Fam135b cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Fam135b
Entrez Gene ID	110310844
Full Name	family with sequence similarity 135 member B
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021183959.1	XP_021039618.1	protein FAM135B
XM_021183960.1	XP_021039619.1	protein FAM135B
XM_029469991.1	XP_029325851.1	protein FAM135B
XM_029469992.1	XP_029325852.1	protein FAM135B
XM_029469990.1	XP_029325850.1	protein FAM135B
XM_021183959.2	XP_021039618.1	protein FAM135B
XM_021183960.2	XP_021039619.1	protein FAM135B
XM_021183961.1	XP_021039620.1	protein FAM135B

Pathways from BioSystems
Gene Ontology

The following Fam135b gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Fam135b cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OMv32505	XM_029469990.1 Latest version!	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OMv32505	XM_021183960.2 Latest version!	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OMv32505	XM_029469991.1 Latest version!	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OMv32505	XM_021183961.1 Latest version!	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OMv32505	XM_029469992.1 Latest version!	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OMv32505	XM_021183959.2 Latest version!	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
View Old Accession Versions >>
OMv32505	XM_021183959.1	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OMv32505	XM_021183960.1	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
Hide Old Accession Versions >>

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

Fam135b ( XM_021183959.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021039618.1 Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMv32505
Clone ID Related Accession (Same CDS sequence)	XM_021183959.1 , XM_021183960.1 , XM_029469991.1 , XM_029469992.1 , XM_029469990.1 , XM_021183959.2 , XM_021183960.2 , XM_021183961.1
Accession Version	XM_021183959.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4212bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	protein FAM135B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034584.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_021039618.1
CDS	164..4375
Translation	MSEVQGTVEFSVELHKFYNVDLFQRGYYQIRVTLKVSSRIPHRLSASIVGQSESSSLHSACVHESAVHSRVFQILYRNEEVSINDAMLFRVHLLLDGERVEDALSEVEFQLKVDLHFTDSEQQLRDVTGTPMISSRTLGLHFHPRRGLHHQVPVMFDYFHLSVISVAIHAALVALQQPLISFTRPGRGSWLGKGGPDTGPEQPTISLENLVFGAGYCKPTSSEGSFYVPSENCIQHAHKWHRDLCLLLLHAYQGLRLYFLVIMRDIPELPTMELEALAVEETLSQLCSELQMLNNPEKIAEQISKDLAWLASHLMALWTQFLDTVTLHSQVTTYLTQEHHTLRVRRFSEAFFYMEHQKLAVLTFQENLIQTHSQLSLDIRNSEYLTSMPPLPAECLDIDGDWNTLPVIFEDRYVDCPVSGHNLRVYPNFDVPVTSPAILNLKGEEKNLINQNSSSRKDIPLSTTEAPQLGSDEDVTRHPEVQENVPPWNPIDVCSESQVYLTIGEFQNRAGIPEVECWTGPRPDAVKDSLTDTDMCSRSPGPDEGQTPALTYIDVQSSNKYCPRAELVQGINVQHEHRSSRESYGIVKTVPSKVVAGTSQNNSISLNQTAALELRSLGRGVNQDGKPVLLSLKLTPAEPCDPPSTALREALDTKPSQPDHAEEPEDLSVLSGVIKRSASIISDSGIESEPSSVAWSEARSRALELPSDRDVLHQVVRRHAHHRNSLEGGHTESNTSLPSGIQASLSSISSLPFEEEEREMALNKLTKSVSAPQISSPEDSAEGADTIKNTAGFSEDLDLSSKDNSSPRHTSLSYGGPGVQDVRSGHSLADIALDSDRPQGPGYMDIPNGKGNHSDLQEPCCLDGMAETPLHVETKGLNLKIPCTIVLENSKSRSFHRAAVETAKGKPEELSMSKHVLSNNSISEVRAASHHRVPEISCSPAVEAVNLNSTGVQNSSLSVNDTMTLNRRHNASLEAKHEAGTVCPTVTHTIASQVSRNQELKTGTSISGSHLNSTEAFTLDSLKAVEVVNLSVSCTATCLPFSSVPKETPARAGLSSKQNPAPITHQPLGSFGVVSTYSSKLEEEVSERMFSFYQAKEKFKKELKIEGFLYSDLSVLASDIPYFPPEEEEENLEDGIHLVVCVHGLDGNSADLRLVKTFIELGLPGGKLDFLMSEKNQTDTFADFDTMTDRLLDEIIQHIQLYNLSISRISFIGHSLGNIIIRSVLTRPRFRYYLNKLHTFLSLSGPHLGTLYNNSTLVSTGLWLMQKLKKSGSLLQLTFRDNADLRKCFLYQLSQKTGLQYFKNVVLVASPQDRYVPFHSARIEMCKTALKDRHTGPVYAEMINNLLGPLVEAKDCTLIRHNVFHALPNTANTLIGRAAHIAVLDSELFLEKFFLVAGLNYFK

Target ORF information:

RefSeq Version	XM_021183959.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_021183959.1

ORF Insert Sequence:

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam135b ( XM_021183960.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021039619.1 Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMv32505
Clone ID Related Accession (Same CDS sequence)	XM_021183959.1 , XM_021183960.1 , XM_029469991.1 , XM_029469992.1 , XM_029469990.1 , XM_021183959.2 , XM_021183960.2 , XM_021183961.1
Accession Version	XM_021183960.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4212bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	protein FAM135B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034584.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_021039619.1
CDS	196..4407
Translation	MSEVQGTVEFSVELHKFYNVDLFQRGYYQIRVTLKVSSRIPHRLSASIVGQSESSSLHSACVHESAVHSRVFQILYRNEEVSINDAMLFRVHLLLDGERVEDALSEVEFQLKVDLHFTDSEQQLRDVTGTPMISSRTLGLHFHPRRGLHHQVPVMFDYFHLSVISVAIHAALVALQQPLISFTRPGRGSWLGKGGPDTGPEQPTISLENLVFGAGYCKPTSSEGSFYVPSENCIQHAHKWHRDLCLLLLHAYQGLRLYFLVIMRDIPELPTMELEALAVEETLSQLCSELQMLNNPEKIAEQISKDLAWLASHLMALWTQFLDTVTLHSQVTTYLTQEHHTLRVRRFSEAFFYMEHQKLAVLTFQENLIQTHSQLSLDIRNSEYLTSMPPLPAECLDIDGDWNTLPVIFEDRYVDCPVSGHNLRVYPNFDVPVTSPAILNLKGEEKNLINQNSSSRKDIPLSTTEAPQLGSDEDVTRHPEVQENVPPWNPIDVCSESQVYLTIGEFQNRAGIPEVECWTGPRPDAVKDSLTDTDMCSRSPGPDEGQTPALTYIDVQSSNKYCPRAELVQGINVQHEHRSSRESYGIVKTVPSKVVAGTSQNNSISLNQTAALELRSLGRGVNQDGKPVLLSLKLTPAEPCDPPSTALREALDTKPSQPDHAEEPEDLSVLSGVIKRSASIISDSGIESEPSSVAWSEARSRALELPSDRDVLHQVVRRHAHHRNSLEGGHTESNTSLPSGIQASLSSISSLPFEEEEREMALNKLTKSVSAPQISSPEDSAEGADTIKNTAGFSEDLDLSSKDNSSPRHTSLSYGGPGVQDVRSGHSLADIALDSDRPQGPGYMDIPNGKGNHSDLQEPCCLDGMAETPLHVETKGLNLKIPCTIVLENSKSRSFHRAAVETAKGKPEELSMSKHVLSNNSISEVRAASHHRVPEISCSPAVEAVNLNSTGVQNSSLSVNDTMTLNRRHNASLEAKHEAGTVCPTVTHTIASQVSRNQELKTGTSISGSHLNSTEAFTLDSLKAVEVVNLSVSCTATCLPFSSVPKETPARAGLSSKQNPAPITHQPLGSFGVVSTYSSKLEEEVSERMFSFYQAKEKFKKELKIEGFLYSDLSVLASDIPYFPPEEEEENLEDGIHLVVCVHGLDGNSADLRLVKTFIELGLPGGKLDFLMSEKNQTDTFADFDTMTDRLLDEIIQHIQLYNLSISRISFIGHSLGNIIIRSVLTRPRFRYYLNKLHTFLSLSGPHLGTLYNNSTLVSTGLWLMQKLKKSGSLLQLTFRDNADLRKCFLYQLSQKTGLQYFKNVVLVASPQDRYVPFHSARIEMCKTALKDRHTGPVYAEMINNLLGPLVEAKDCTLIRHNVFHALPNTANTLIGRAAHIAVLDSELFLEKFFLVAGLNYFK

Target ORF information:

RefSeq Version	XM_021183960.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_021183960.1

ORF Insert Sequence:

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam135b ( XM_029469991.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029325851.1 Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X3, mRNA.

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CloneID	OMv32505
Clone ID Related Accession (Same CDS sequence)	XM_021183959.1 , XM_021183960.1 , XM_029469991.1 , XM_029469992.1 , XM_029469990.1 , XM_021183959.2 , XM_021183960.2 , XM_021183961.1
Accession Version	XM_029469991.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4212bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	protein FAM135B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034584.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_029325851.1
CDS	829..5040
Translation	MSEVQGTVEFSVELHKFYNVDLFQRGYYQIRVTLKVSSRIPHRLSASIVGQSESSSLHSACVHESAVHSRVFQILYRNEEVSINDAMLFRVHLLLDGERVEDALSEVEFQLKVDLHFTDSEQQLRDVTGTPMISSRTLGLHFHPRRGLHHQVPVMFDYFHLSVISVAIHAALVALQQPLISFTRPGRGSWLGKGGPDTGPEQPTISLENLVFGAGYCKPTSSEGSFYVPSENCIQHAHKWHRDLCLLLLHAYQGLRLYFLVIMRDIPELPTMELEALAVEETLSQLCSELQMLNNPEKIAEQISKDLAWLASHLMALWTQFLDTVTLHSQVTTYLTQEHHTLRVRRFSEAFFYMEHQKLAVLTFQENLIQTHSQLSLDIRNSEYLTSMPPLPAECLDIDGDWNTLPVIFEDRYVDCPVSGHNLRVYPNFDVPVTSPAILNLKGEEKNLINQNSSSRKDIPLSTTEAPQLGSDEDVTRHPEVQENVPPWNPIDVCSESQVYLTIGEFQNRAGIPEVECWTGPRPDAVKDSLTDTDMCSRSPGPDEGQTPALTYIDVQSSNKYCPRAELVQGINVQHEHRSSRESYGIVKTVPSKVVAGTSQNNSISLNQTAALELRSLGRGVNQDGKPVLLSLKLTPAEPCDPPSTALREALDTKPSQPDHAEEPEDLSVLSGVIKRSASIISDSGIESEPSSVAWSEARSRALELPSDRDVLHQVVRRHAHHRNSLEGGHTESNTSLPSGIQASLSSISSLPFEEEEREMALNKLTKSVSAPQISSPEDSAEGADTIKNTAGFSEDLDLSSKDNSSPRHTSLSYGGPGVQDVRSGHSLADIALDSDRPQGPGYMDIPNGKGNHSDLQEPCCLDGMAETPLHVETKGLNLKIPCTIVLENSKSRSFHRAAVETAKGKPEELSMSKHVLSNNSISEVRAASHHRVPEISCSPAVEAVNLNSTGVQNSSLSVNDTMTLNRRHNASLEAKHEAGTVCPTVTHTIASQVSRNQELKTGTSISGSHLNSTEAFTLDSLKAVEVVNLSVSCTATCLPFSSVPKETPARAGLSSKQNPAPITHQPLGSFGVVSTYSSKLEEEVSERMFSFYQAKEKFKKELKIEGFLYSDLSVLASDIPYFPPEEEEENLEDGIHLVVCVHGLDGNSADLRLVKTFIELGLPGGKLDFLMSEKNQTDTFADFDTMTDRLLDEIIQHIQLYNLSISRISFIGHSLGNIIIRSVLTRPRFRYYLNKLHTFLSLSGPHLGTLYNNSTLVSTGLWLMQKLKKSGSLLQLTFRDNADLRKCFLYQLSQKTGLQYFKNVVLVASPQDRYVPFHSARIEMCKTALKDRHTGPVYAEMINNLLGPLVEAKDCTLIRHNVFHALPNTANTLIGRAAHIAVLDSELFLEKFFLVAGLNYFK

Target ORF information:

RefSeq Version	XM_029469991.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_029469991.1

ORF Insert Sequence:

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam135b ( XM_029469992.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029325852.1 Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X5, mRNA.

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CloneID	OMv32505
Clone ID Related Accession (Same CDS sequence)	XM_021183959.1 , XM_021183960.1 , XM_029469991.1 , XM_029469992.1 , XM_029469990.1 , XM_021183959.2 , XM_021183960.2 , XM_021183961.1
Accession Version	XM_029469992.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4212bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	protein FAM135B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034584.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_029325852.1
CDS	249..4460
Translation	MSEVQGTVEFSVELHKFYNVDLFQRGYYQIRVTLKVSSRIPHRLSASIVGQSESSSLHSACVHESAVHSRVFQILYRNEEVSINDAMLFRVHLLLDGERVEDALSEVEFQLKVDLHFTDSEQQLRDVTGTPMISSRTLGLHFHPRRGLHHQVPVMFDYFHLSVISVAIHAALVALQQPLISFTRPGRGSWLGKGGPDTGPEQPTISLENLVFGAGYCKPTSSEGSFYVPSENCIQHAHKWHRDLCLLLLHAYQGLRLYFLVIMRDIPELPTMELEALAVEETLSQLCSELQMLNNPEKIAEQISKDLAWLASHLMALWTQFLDTVTLHSQVTTYLTQEHHTLRVRRFSEAFFYMEHQKLAVLTFQENLIQTHSQLSLDIRNSEYLTSMPPLPAECLDIDGDWNTLPVIFEDRYVDCPVSGHNLRVYPNFDVPVTSPAILNLKGEEKNLINQNSSSRKDIPLSTTEAPQLGSDEDVTRHPEVQENVPPWNPIDVCSESQVYLTIGEFQNRAGIPEVECWTGPRPDAVKDSLTDTDMCSRSPGPDEGQTPALTYIDVQSSNKYCPRAELVQGINVQHEHRSSRESYGIVKTVPSKVVAGTSQNNSISLNQTAALELRSLGRGVNQDGKPVLLSLKLTPAEPCDPPSTALREALDTKPSQPDHAEEPEDLSVLSGVIKRSASIISDSGIESEPSSVAWSEARSRALELPSDRDVLHQVVRRHAHHRNSLEGGHTESNTSLPSGIQASLSSISSLPFEEEEREMALNKLTKSVSAPQISSPEDSAEGADTIKNTAGFSEDLDLSSKDNSSPRHTSLSYGGPGVQDVRSGHSLADIALDSDRPQGPGYMDIPNGKGNHSDLQEPCCLDGMAETPLHVETKGLNLKIPCTIVLENSKSRSFHRAAVETAKGKPEELSMSKHVLSNNSISEVRAASHHRVPEISCSPAVEAVNLNSTGVQNSSLSVNDTMTLNRRHNASLEAKHEAGTVCPTVTHTIASQVSRNQELKTGTSISGSHLNSTEAFTLDSLKAVEVVNLSVSCTATCLPFSSVPKETPARAGLSSKQNPAPITHQPLGSFGVVSTYSSKLEEEVSERMFSFYQAKEKFKKELKIEGFLYSDLSVLASDIPYFPPEEEEENLEDGIHLVVCVHGLDGNSADLRLVKTFIELGLPGGKLDFLMSEKNQTDTFADFDTMTDRLLDEIIQHIQLYNLSISRISFIGHSLGNIIIRSVLTRPRFRYYLNKLHTFLSLSGPHLGTLYNNSTLVSTGLWLMQKLKKSGSLLQLTFRDNADLRKCFLYQLSQKTGLQYFKNVVLVASPQDRYVPFHSARIEMCKTALKDRHTGPVYAEMINNLLGPLVEAKDCTLIRHNVFHALPNTANTLIGRAAHIAVLDSELFLEKFFLVAGLNYFK

Target ORF information:

RefSeq Version	XM_029469992.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_029469992.1

ORF Insert Sequence:

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam135b ( XM_029469990.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029325850.1 Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X2, mRNA.

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CloneID	OMv32505
Clone ID Related Accession (Same CDS sequence)	XM_021183959.1 , XM_021183960.1 , XM_029469991.1 , XM_029469992.1 , XM_029469990.1 , XM_021183959.2 , XM_021183960.2 , XM_021183961.1
Accession Version	XM_029469990.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4212bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	protein FAM135B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034584.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_029325850.1
CDS	426..4637
Translation	MSEVQGTVEFSVELHKFYNVDLFQRGYYQIRVTLKVSSRIPHRLSASIVGQSESSSLHSACVHESAVHSRVFQILYRNEEVSINDAMLFRVHLLLDGERVEDALSEVEFQLKVDLHFTDSEQQLRDVTGTPMISSRTLGLHFHPRRGLHHQVPVMFDYFHLSVISVAIHAALVALQQPLISFTRPGRGSWLGKGGPDTGPEQPTISLENLVFGAGYCKPTSSEGSFYVPSENCIQHAHKWHRDLCLLLLHAYQGLRLYFLVIMRDIPELPTMELEALAVEETLSQLCSELQMLNNPEKIAEQISKDLAWLASHLMALWTQFLDTVTLHSQVTTYLTQEHHTLRVRRFSEAFFYMEHQKLAVLTFQENLIQTHSQLSLDIRNSEYLTSMPPLPAECLDIDGDWNTLPVIFEDRYVDCPVSGHNLRVYPNFDVPVTSPAILNLKGEEKNLINQNSSSRKDIPLSTTEAPQLGSDEDVTRHPEVQENVPPWNPIDVCSESQVYLTIGEFQNRAGIPEVECWTGPRPDAVKDSLTDTDMCSRSPGPDEGQTPALTYIDVQSSNKYCPRAELVQGINVQHEHRSSRESYGIVKTVPSKVVAGTSQNNSISLNQTAALELRSLGRGVNQDGKPVLLSLKLTPAEPCDPPSTALREALDTKPSQPDHAEEPEDLSVLSGVIKRSASIISDSGIESEPSSVAWSEARSRALELPSDRDVLHQVVRRHAHHRNSLEGGHTESNTSLPSGIQASLSSISSLPFEEEEREMALNKLTKSVSAPQISSPEDSAEGADTIKNTAGFSEDLDLSSKDNSSPRHTSLSYGGPGVQDVRSGHSLADIALDSDRPQGPGYMDIPNGKGNHSDLQEPCCLDGMAETPLHVETKGLNLKIPCTIVLENSKSRSFHRAAVETAKGKPEELSMSKHVLSNNSISEVRAASHHRVPEISCSPAVEAVNLNSTGVQNSSLSVNDTMTLNRRHNASLEAKHEAGTVCPTVTHTIASQVSRNQELKTGTSISGSHLNSTEAFTLDSLKAVEVVNLSVSCTATCLPFSSVPKETPARAGLSSKQNPAPITHQPLGSFGVVSTYSSKLEEEVSERMFSFYQAKEKFKKELKIEGFLYSDLSVLASDIPYFPPEEEEENLEDGIHLVVCVHGLDGNSADLRLVKTFIELGLPGGKLDFLMSEKNQTDTFADFDTMTDRLLDEIIQHIQLYNLSISRISFIGHSLGNIIIRSVLTRPRFRYYLNKLHTFLSLSGPHLGTLYNNSTLVSTGLWLMQKLKKSGSLLQLTFRDNADLRKCFLYQLSQKTGLQYFKNVVLVASPQDRYVPFHSARIEMCKTALKDRHTGPVYAEMINNLLGPLVEAKDCTLIRHNVFHALPNTANTLIGRAAHIAVLDSELFLEKFFLVAGLNYFK

Target ORF information:

RefSeq Version	XM_029469990.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_029469990.1

ORF Insert Sequence:

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam135b ( XM_021183959.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021039618.1 Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OMv32505
Clone ID Related Accession (Same CDS sequence)	XM_021183959.1 , XM_021183960.1 , XM_029469991.1 , XM_029469992.1 , XM_029469990.1 , XM_021183959.2 , XM_021183960.2 , XM_021183961.1
Accession Version	XM_021183959.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4212bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	protein FAM135B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034584.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 10, 2019 this sequence version replaced XM_021183959.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_021039618.1
CDS	164..4375
Translation	MSEVQGTVEFSVELHKFYNVDLFQRGYYQIRVTLKVSSRIPHRLSASIVGQSESSSLHSACVHESAVHSRVFQILYRNEEVSINDAMLFRVHLLLDGERVEDALSEVEFQLKVDLHFTDSEQQLRDVTGTPMISSRTLGLHFHPRRGLHHQVPVMFDYFHLSVISVAIHAALVALQQPLISFTRPGRGSWLGKGGPDTGPEQPTISLENLVFGAGYCKPTSSEGSFYVPSENCIQHAHKWHRDLCLLLLHAYQGLRLYFLVIMRDIPELPTMELEALAVEETLSQLCSELQMLNNPEKIAEQISKDLAWLASHLMALWTQFLDTVTLHSQVTTYLTQEHHTLRVRRFSEAFFYMEHQKLAVLTFQENLIQTHSQLSLDIRNSEYLTSMPPLPAECLDIDGDWNTLPVIFEDRYVDCPVSGHNLRVYPNFDVPVTSPAILNLKGEEKNLINQNSSSRKDIPLSTTEAPQLGSDEDVTRHPEVQENVPPWNPIDVCSESQVYLTIGEFQNRAGIPEVECWTGPRPDAVKDSLTDTDMCSRSPGPDEGQTPALTYIDVQSSNKYCPRAELVQGINVQHEHRSSRESYGIVKTVPSKVVAGTSQNNSISLNQTAALELRSLGRGVNQDGKPVLLSLKLTPAEPCDPPSTALREALDTKPSQPDHAEEPEDLSVLSGVIKRSASIISDSGIESEPSSVAWSEARSRALELPSDRDVLHQVVRRHAHHRNSLEGGHTESNTSLPSGIQASLSSISSLPFEEEEREMALNKLTKSVSAPQISSPEDSAEGADTIKNTAGFSEDLDLSSKDNSSPRHTSLSYGGPGVQDVRSGHSLADIALDSDRPQGPGYMDIPNGKGNHSDLQEPCCLDGMAETPLHVETKGLNLKIPCTIVLENSKSRSFHRAAVETAKGKPEELSMSKHVLSNNSISEVRAASHHRVPEISCSPAVEAVNLNSTGVQNSSLSVNDTMTLNRRHNASLEAKHEAGTVCPTVTHTIASQVSRNQELKTGTSISGSHLNSTEAFTLDSLKAVEVVNLSVSCTATCLPFSSVPKETPARAGLSSKQNPAPITHQPLGSFGVVSTYSSKLEEEVSERMFSFYQAKEKFKKELKIEGFLYSDLSVLASDIPYFPPEEEEENLEDGIHLVVCVHGLDGNSADLRLVKTFIELGLPGGKLDFLMSEKNQTDTFADFDTMTDRLLDEIIQHIQLYNLSISRISFIGHSLGNIIIRSVLTRPRFRYYLNKLHTFLSLSGPHLGTLYNNSTLVSTGLWLMQKLKKSGSLLQLTFRDNADLRKCFLYQLSQKTGLQYFKNVVLVASPQDRYVPFHSARIEMCKTALKDRHTGPVYAEMINNLLGPLVEAKDCTLIRHNVFHALPNTANTLIGRAAHIAVLDSELFLEKFFLVAGLNYFK

Target ORF information:

RefSeq Version	XM_021183959.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_021183959.2

ORF Insert Sequence:

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam135b ( XM_021183960.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021039619.1 Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X1, mRNA.

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CloneID	OMv32505
Clone ID Related Accession (Same CDS sequence)	XM_021183959.1 , XM_021183960.1 , XM_029469991.1 , XM_029469992.1 , XM_029469990.1 , XM_021183959.2 , XM_021183960.2 , XM_021183961.1
Accession Version	XM_021183960.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4212bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	protein FAM135B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034584.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 10, 2019 this sequence version replaced XM_021183960.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_021039619.1
CDS	652..4863
Translation	MSEVQGTVEFSVELHKFYNVDLFQRGYYQIRVTLKVSSRIPHRLSASIVGQSESSSLHSACVHESAVHSRVFQILYRNEEVSINDAMLFRVHLLLDGERVEDALSEVEFQLKVDLHFTDSEQQLRDVTGTPMISSRTLGLHFHPRRGLHHQVPVMFDYFHLSVISVAIHAALVALQQPLISFTRPGRGSWLGKGGPDTGPEQPTISLENLVFGAGYCKPTSSEGSFYVPSENCIQHAHKWHRDLCLLLLHAYQGLRLYFLVIMRDIPELPTMELEALAVEETLSQLCSELQMLNNPEKIAEQISKDLAWLASHLMALWTQFLDTVTLHSQVTTYLTQEHHTLRVRRFSEAFFYMEHQKLAVLTFQENLIQTHSQLSLDIRNSEYLTSMPPLPAECLDIDGDWNTLPVIFEDRYVDCPVSGHNLRVYPNFDVPVTSPAILNLKGEEKNLINQNSSSRKDIPLSTTEAPQLGSDEDVTRHPEVQENVPPWNPIDVCSESQVYLTIGEFQNRAGIPEVECWTGPRPDAVKDSLTDTDMCSRSPGPDEGQTPALTYIDVQSSNKYCPRAELVQGINVQHEHRSSRESYGIVKTVPSKVVAGTSQNNSISLNQTAALELRSLGRGVNQDGKPVLLSLKLTPAEPCDPPSTALREALDTKPSQPDHAEEPEDLSVLSGVIKRSASIISDSGIESEPSSVAWSEARSRALELPSDRDVLHQVVRRHAHHRNSLEGGHTESNTSLPSGIQASLSSISSLPFEEEEREMALNKLTKSVSAPQISSPEDSAEGADTIKNTAGFSEDLDLSSKDNSSPRHTSLSYGGPGVQDVRSGHSLADIALDSDRPQGPGYMDIPNGKGNHSDLQEPCCLDGMAETPLHVETKGLNLKIPCTIVLENSKSRSFHRAAVETAKGKPEELSMSKHVLSNNSISEVRAASHHRVPEISCSPAVEAVNLNSTGVQNSSLSVNDTMTLNRRHNASLEAKHEAGTVCPTVTHTIASQVSRNQELKTGTSISGSHLNSTEAFTLDSLKAVEVVNLSVSCTATCLPFSSVPKETPARAGLSSKQNPAPITHQPLGSFGVVSTYSSKLEEEVSERMFSFYQAKEKFKKELKIEGFLYSDLSVLASDIPYFPPEEEEENLEDGIHLVVCVHGLDGNSADLRLVKTFIELGLPGGKLDFLMSEKNQTDTFADFDTMTDRLLDEIIQHIQLYNLSISRISFIGHSLGNIIIRSVLTRPRFRYYLNKLHTFLSLSGPHLGTLYNNSTLVSTGLWLMQKLKKSGSLLQLTFRDNADLRKCFLYQLSQKTGLQYFKNVVLVASPQDRYVPFHSARIEMCKTALKDRHTGPVYAEMINNLLGPLVEAKDCTLIRHNVFHALPNTANTLIGRAAHIAVLDSELFLEKFFLVAGLNYFK

Target ORF information:

RefSeq Version	XM_021183960.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_021183960.2

ORF Insert Sequence:

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam135b ( XM_021183961.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021039620.1 Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X3, mRNA.

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CloneID	OMv32505
Clone ID Related Accession (Same CDS sequence)	XM_021183959.1 , XM_021183960.1 , XM_029469991.1 , XM_029469992.1 , XM_029469990.1 , XM_021183959.2 , XM_021183960.2 , XM_021183961.1
Accession Version	XM_021183961.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4212bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	protein FAM135B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034584.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_021039620.1
CDS	52..4263
Translation	MSEVQGTVEFSVELHKFYNVDLFQRGYYQIRVTLKVSSRIPHRLSASIVGQSESSSLHSACVHESAVHSRVFQILYRNEEVSINDAMLFRVHLLLDGERVEDALSEVEFQLKVDLHFTDSEQQLRDVTGTPMISSRTLGLHFHPRRGLHHQVPVMFDYFHLSVISVAIHAALVALQQPLISFTRPGRGSWLGKGGPDTGPEQPTISLENLVFGAGYCKPTSSEGSFYVPSENCIQHAHKWHRDLCLLLLHAYQGLRLYFLVIMRDIPELPTMELEALAVEETLSQLCSELQMLNNPEKIAEQISKDLAWLASHLMALWTQFLDTVTLHSQVTTYLTQEHHTLRVRRFSEAFFYMEHQKLAVLTFQENLIQTHSQLSLDIRNSEYLTSMPPLPAECLDIDGDWNTLPVIFEDRYVDCPVSGHNLRVYPNFDVPVTSPAILNLKGEEKNLINQNSSSRKDIPLSTTEAPQLGSDEDVTRHPEVQENVPPWNPIDVCSESQVYLTIGEFQNRAGIPEVECWTGPRPDAVKDSLTDTDMCSRSPGPDEGQTPALTYIDVQSSNKYCPRAELVQGINVQHEHRSSRESYGIVKTVPSKVVAGTSQNNSISLNQTAALELRSLGRGVNQDGKPVLLSLKLTPAEPCDPPSTALREALDTKPSQPDHAEEPEDLSVLSGVIKRSASIISDSGIESEPSSVAWSEARSRALELPSDRDVLHQVVRRHAHHRNSLEGGHTESNTSLPSGIQASLSSISSLPFEEEEREMALNKLTKSVSAPQISSPEDSAEGADTIKNTAGFSEDLDLSSKDNSSPRHTSLSYGGPGVQDVRSGHSLADIALDSDRPQGPGYMDIPNGKGNHSDLQEPCCLDGMAETPLHVETKGLNLKIPCTIVLENSKSRSFHRAAVETAKGKPEELSMSKHVLSNNSISEVRAASHHRVPEISCSPAVEAVNLNSTGVQNSSLSVNDTMTLNRRHNASLEAKHEAGTVCPTVTHTIASQVSRNQELKTGTSISGSHLNSTEAFTLDSLKAVEVVNLSVSCTATCLPFSSVPKETPARAGLSSKQNPAPITHQPLGSFGVVSTYSSKLEEEVSERMFSFYQAKEKFKKELKIEGFLYSDLSVLASDIPYFPPEEEEENLEDGIHLVVCVHGLDGNSADLRLVKTFIELGLPGGKLDFLMSEKNQTDTFADFDTMTDRLLDEIIQHIQLYNLSISRISFIGHSLGNIIIRSVLTRPRFRYYLNKLHTFLSLSGPHLGTLYNNSTLVSTGLWLMQKLKKSGSLLQLTFRDNADLRKCFLYQLSQKTGLQYFKNVVLVASPQDRYVPFHSARIEMCKTALKDRHTGPVYAEMINNLLGPLVEAKDCTLIRHNVFHALPNTANTLIGRAAHIAVLDSELFLEKFFLVAGLNYFK

Target ORF information:

RefSeq Version	XM_021183961.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli family with sequence similarity 135 member B (Fam135b), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_021183961.1

ORF Insert Sequence:

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAATT TTATAATGTG 
GATCTCTTTC AGAGAGGGTA CTACCAGATT CGAGTGACCT TGAAAGTGTC TTCAAGGATC 
CCCCACAGGC TGAGTGCCTC CATTGTCGGG CAGTCAGAGA GCAGCAGTCT GCATTCAGCC 
TGTGTCCACG AGAGTGCTGT GCACAGTCGT GTCTTCCAGA TCTTATACAG AAATGAAGAA 
GTTTCCATAA ATGATGCCAT GCTTTTCCGG GTTCATTTGC TCTTAGATGG TGAGAGGGTA 
GAAGATGCGC TGAGTGAGGT TGAGTTTCAG CTCAAGGTGG ACCTGCACTT TACGGATAGT 
GAGCAGCAGC TGAGAGATGT GACTGGGACA CCGATGATCA GCAGCCGCAC ACTTGGTCTG 
CACTTCCACC CGAGGAGGGG TCTGCACCAC CAGGTCCCTG TCATGTTCGA CTACTTCCAC 
CTGTCAGTGA TCTCAGTGGC CATACATGCT GCGCTGGTGG CTCTGCAGCA GCCCCTGATC 
AGTTTCACTC GCCCAGGAAG AGGTTCCTGG TTAGGCAAAG GTGGCCCAGA CACAGGACCA 
GAACAGCCCA CCATTTCTCT GGAAAACTTG GTCTTTGGAG CTGGATACTG CAAGCCAACT 
TCCTCAGAGG GAAGCTTCTA TGTTCCCTCA GAGAACTGCA TACAACATGC ACACAAGTGG 
CACCGGGATC TCTGTCTACT GCTCCTTCAT GCCTATCAGG GCCTCCGACT CTATTTCCTG 
GTCATCATGA GAGACATTCC TGAGCTGCCC ACCATGGAGC TGGAGGCTCT TGCTGTTGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATAGCA 
GAGCAGATCA GCAAGGATCT TGCCTGGCTG GCTTCACATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTAACCCT GCACTCCCAA GTGACCACTT ATCTCACCCA GGAGCATCAC 
ACTTTGAGGG TCCGAAGGTT TTCTGAAGCT TTCTTTTATA TGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAAAA CCTGATACAG ACTCACAGCC AGCTGTCCCT GGACATCCGG 
AACTCAGAGT ACCTCACCAG CATGCCTCCA TTGCCCGCAG AGTGCCTGGA CATCGATGGT 
GACTGGAACA CCCTGCCTGT TATCTTTGAA GACAGATATG TGGACTGCCC TGTCTCAGGG 
CATAACTTGC GTGTTTATCC TAATTTTGAT GTCCCAGTGA CAAGTCCTGC AATATTGAAT 
CTAAAAGGGG AAGAAAAGAA TCTTATAAAT CAAAACTCAT CTTCAAGAAA GGACATTCCC 
TTATCTACTA CAGAAGCACC CCAGCTGGGC TCTGATGAAG ATGTTACTAG GCATCCAGAG 
GTGCAGGAGA ATGTCCCCCC ATGGAATCCT ATCGATGTGT GCTCAGAATC TCAGGTGTAC 
CTGACCATTG GTGAATTTCA AAACAGAGCA GGCATACCTG AAGTTGAATG CTGGACTGGC 
CCTAGGCCTG ATGCTGTAAA AGATTCACTA ACAGATACGG ACATGTGTAG CAGAAGTCCA 
GGCCCTGATG AAGGGCAGAC CCCAGCACTG ACCTATATTG ATGTGCAATC TAGCAATAAG 
TACTGCCCTA GAGCTGAACT GGTACAGGGC ATTAATGTTC AGCATGAACA CAGGAGCTCA 
AGGGAGAGCT ATGGTATTGT TAAGACTGTG CCAAGCAAAG TTGTAGCAGG AACAAGCCAG 
AATAATTCCA TCTCTTTAAA CCAAACAGCT GCTCTTGAGT TGAGGAGTCT AGGGAGGGGA 
GTCAACCAGG ATGGAAAGCC TGTCCTGCTA AGCCTGAAGC TCACCCCTGC TGAGCCCTGT 
GACCCACCGA GCACTGCTCT GAGGGAAGCT TTGGACACTA AACCTTCCCA GCCTGACCAT 
GCTGAAGAGC CAGAAGATCT TTCAGTGCTC TCTGGCGTTA TCAAGAGGTC AGCCTCCATA 
ATATCTGATT CAGGCATTGA AAGTGAACCA AGCTCAGTTG CCTGGTCTGA GGCCCGTAGC 
AGAGCCCTGG AGTTACCCAG TGATCGTGAC GTCTTACATC AGGTGGTTCG AAGGCATGCC 
CACCACAGGA ACTCTTTGGA GGGTGGTCAC ACAGAAAGTA ACACGAGCCT GCCCAGTGGC 
ATTCAGGCTT CTCTTTCCTC CATCAGCTCA TTGCCTTTTG AAGAGGAAGA GCGTGAGATG 
GCACTTAACA AGCTAACCAA GTCTGTATCT GCACCCCAGA TCAGCAGCCC TGAGGATTCT 
GCTGAAGGTG CAGACACCAT AAAGAACACA GCAGGATTTT CTGAAGATCT GGACCTTTCT 
AGCAAAGACA ACAGTTCACC CAGACACACT TCTCTTTCGT ATGGTGGGCC TGGGGTCCAG 
GATGTTAGGT CAGGACATTC CCTTGCAGAT ATAGCTTTAG ATTCTGACAG ACCCCAGGGC 
CCTGGGTACA TGGACATCCC CAATGGCAAA GGGAATCACT CTGATCTTCA AGAACCCTGT 
TGTCTGGATG GCATGGCTGA GACCCCACTA CATGTTGAAA CCAAAGGTCT TAACTTAAAA 
ATACCATGTA CTATAGTGCT TGAAAATTCT AAGTCCAGGT CTTTTCATAG AGCAGCAGTG 
GAAACTGCAA AAGGTAAACC TGAAGAATTG AGCATGAGTA AACACGTGCT CTCCAATAAC 
AGCATCTCCG AAGTCAGGGC TGCGTCTCAC CACAGGGTGC CTGAAATCAG TTGTTCACCA 
GCTGTTGAAG CTGTCAACCT GAATTCTACA GGTGTACAAA ATAGTTCGTT AAGTGTCAAT 
GATACCATGA CATTGAATAG AAGACATAAT GCCTCTCTGG AGGCCAAACA TGAAGCAGGC 
ACCGTGTGCC CCACTGTGAC TCACACTATT GCCTCCCAAG TGTCACGAAA CCAAGAGCTG 
AAGACAGGAA CTTCCATCTC TGGGTCCCAC TTGAACTCCA CAGAGGCCTT TACTCTGGAT 
AGCCTGAAGG CAGTGGAAGT TGTTAACTTG TCTGTGTCTT GCACTGCCAC ATGTCTCCCT 
TTCTCATCTG TACCCAAGGA GACACCTGCC AGGGCTGGAC TCTCTTCCAA ACAAAACCCA 
GCTCCTATTA CTCATCAGCC TTTGGGTTCC TTTGGTGTTG TTTCTACCTA CTCCAGCAAG 
CTGGAAGAAG AAGTCAGTGA AAGGATGTTC AGTTTTTATC AGGCCAAAGA AAAGTTTAAA 
AAAGAACTGA AGATTGAAGG ATTTCTGTAC AGTGACTTAT CTGTACTAGC TTCTGACATA 
CCATATTTCC CACCAGAGGA AGAGGAGGAA AACTTGGAAG ATGGGATTCA CCTGGTGGTC 
TGTGTCCATG GCCTGGATGG CAACAGTGCA GACCTCCGGC TGGTGAAGAC ATTCATAGAA 
CTGGGACTCC CTGGGGGAAA ACTGGACTTC TTAATGTCTG AAAAGAATCA GACGGATACA 
TTTGCAGATT TTGATACCAT GACAGATCGA TTGTTGGATG AGATTATTCA ACACATCCAG 
TTGTACAACC TCTCCATATC CCGAATTAGC TTCATCGGCC ATTCTCTTGG CAACATTATC 
ATCAGATCCG TCCTTACAAG ACCCCGGTTC CGGTATTACC TCAACAAACT CCACACATTC 
TTGTCATTGT CTGGGCCTCA CCTGGGGACT CTGTACAACA ATAGCACCCT GGTTAGTACT 
GGTTTGTGGC TCATGCAGAA ACTAAAGAAA TCTGGCTCCC TTTTACAGCT GACCTTCAGG 
GATAATGCTG ATCTGCGCAA ATGTTTCCTT TACCAACTTA GCCAAAAAAC AGGGCTGCAG 
TATTTTAAAA ACGTTGTTCT GGTTGCTTCT CCCCAAGACC GCTATGTGCC ATTTCATTCA 
GCCAGGATTG AAATGTGTAA AACTGCCCTC AAGGACAGAC ACACAGGGCC AGTGTATGCA 
GAAATGATCA ACAACCTCTT GGGCCCTCTG GTGGAAGCCA AGGACTGCAC TTTGATCAGA 
CATAATGTGT TCCATGCTCT ACCCAACACT GCCAACACCC TGATTGGACG TGCAGCTCAT 
ATAGCCGTGC TGGACTCGGA ACTCTTTCTT GAAAAGTTTT TCTTGGTGGC AGGACTCAAC 
TATTTCAAGT AG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

PubMed

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Fam135b cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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