LOC102781727 cDNA ORF clone, Neolamprologus brichardi

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC102781727
Entrez Gene ID	102781727
Full Name	neural cell adhesion molecule L1-like
Gene Type	protein-coding
Organism	Neolamprologus brichardi

mRNA and Protein(s)

mRNA	Protein	Name
XM_006785799.1	XP_006785862.1	LOW QUALITY PROTEIN: neural cell adhesion molecule L1-like

Pathways from BioSystems
Gene Ontology

The following LOC102781727 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC102781727 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)	Select
ONe67993	XM_006785799.1 Latest version!	Neolamprologus brichardi neural cell adhesion molecule L1-like (LOC102781727), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

LOC102781727 ( XM_006785799.1 ) cDNA ORF clone, Neolamprologus brichardi -> XP_006785862.1 Neolamprologus brichardi neural cell adhesion molecule L1-like (LOC102781727), mRNA.

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CloneID	ONe67993
Clone ID Related Accession (Same CDS sequence)	XM_006785799.1
Accession Version	XM_006785799.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3744bp) 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	2014-02-09
Organism	Neolamprologus brichardi
Product	LOW QUALITY PROTEIN: neural cell adhesion molecule L1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006272009.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Neolamprologus brichardi Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTGACA CGCAGCGACA GCAGGTTGGC AGTAGGGGGC AGTGCTCCAG CTGCCTCCTC 
CCCCTTGTCC TCATCCTCCT CTCCCTTGCA ACCCAGCCCA GCCAAGCAGC CATAAATATT 
CCCCCCAATT TCAAGAGGCC TCCAGTGATC AAAACACAGC CGGAGTCTGT CACCGTATTT 
AGCACTGAAG ACTTCGTCAT GAACTGTGAA GCCTCTGGCA ACCCTTCACC CATCTTCCGA 
TGGGCAAAGG ACGGGGAAGA CTTTGACCCA GGCAGTGACC CGGAGCTGAA GGTCTCTGAA 
AGCTCTGGCT CATTCGCATT CTACACACTT AGCAACACCA TGGACACACT GAACAAGTAC 
AAAGGCAAAT ACGTTTGCTA CGCATCCAAT GAGCTGGGGA CAGCTGTGTC TAACGAGGCC 
ATACTGAACA CGGACGTTCC CCCCTCCCAG CAGAAAGATA AAAAGGTTGA TGAGACGGCT 
GACGAGGGAA AAAGTTTTAT TCTGAAGTGT AACCCCCCAC AAAGTTCTAT GGAGCCTATC 
ATTCACTGGA TGGACTTAAG GTTGCGTCAT ATCGAGCTTA GTAAGCGGGT GATGGTGGGG 
AAGGACGGCA ATCTGTACTT TGCCAATCTG GAAAGTTCGG ACAGCAGGGA CGACTACACG 
TGCAATGTCC AGTACCTGGC AACACGCACG ATTCTGGCAA AAGAGCCCAC CTCTCTGAAA 
GTCACCCATT CCAACTCGGT ACTGCGGAAC AGAAGGCCCC AAATGATGAG ACCTACTGGA 
CATCACAGCA CGTACCATGC CCTGAGGGGA CAGACACTAG AGCTGGAGTG CATCGTCGAA 
GGCCTTCCAA CTCCAGAAGT GTCCTGGATG AGGAGGGATG GCGAGCTGTC AGAAACTCGG 
ACCACCAAAG ATATGTTTGA CCGCCGCTTG CGCTTCACTA ATATCTCGGA AAGTGACGGG 
GGCGAATACC AGTGTATAGC TGAGAACTCC CAAGGAAACA CCAAACACAT TTACATGTTG 
ACTGTGGAAG CTGCACCTTA TTGGATCAAG GAGCCGGTCA GTCAGCTATA TGCCCCAGGT 
GAGACAGTCA GATTAGACTG TCAGGCAGAT GGCATTCCCT CTCCTCTCAT CAGCTGGACC 
ATCAACGGGG TCCCCATCTC AGGAGTTGAT AAGGACCCTA GGCGTACTCT GACAGCAAGC 
GGATCTCTGA TCCTAGAGGA TGTGAACTTT GGAGACACTG CCATCTATCA GTGTCGGGCC 
TCCAATAAAC ATGGAACTAT CCTCACGAAC ACCAATGTTT ATGTCATCGA GCTGCCTCCC 
CAGATCCTCA CCGATGATGG GAATACATAT GCGTATACAG AGGGCCAGAA GGCTTTACTG 
GAGTGTGAGA CCTTTGGCTC TCCTAAACCA AAAGTGATAT GGGAAAGAAA CAACGGCAGC 
TCCTCCCTTC TAGCAGATCG CAGAGTTAAC CCTCTCAGCA ACGGGTGGCT CGAGATCGCT 
AACGTCACCC ACGGCGATGA CGGGATCTAC ACCTGCACTG TGCCAAATTC CAATTTGTCA 
ATCAGCGTTG AGCTGGAAAT ATTCAATAGG ACCGTGATTC AGTCACCCCC ACAGGCTCTG 
AAGGTCCGGG CTGGAGAGAG AGCCATTTTC ACCTGCACGG GCCTCGTTGA CCCCAGACTC 
GACCCTCCTT TCATTCAGTG GAGAAAGAAC AACCAGAAGC TGGCTGATTC CAACAGTGAT 
GAAAAGTATA CAATGGAAGG ACCGGATCTC AAAATAACGA ATGTGCAGCC AGATGATGAG 
GGAGTGTACA CCTGTGAGAT CATCACAAAA CTGGATGTAG CAGAAGCCAG GGGTACCCTC 
ACCTTATGGG TTATGTTTCC ATTACTTCCT TGGGATAATG TCCTTTCTCC ACACTCCTTG 
ACTTTTGTCG TAGAGTATGT GGTAGAGTTT GAGGACCAAC GTTCGAATGA GAGCGTCTGG 
AAAATGCTGG CCAGAGTTAG CGGAAACAAA GAACGTGCCG TTCTCTCCCT GTGGCCCTTC 
ATGTCCTACC GTTTCCGGAT CATTGCCATC AATGACGTGG GCAAGAGCGA CCCTAGCAAA 
CCATCTGGAA TACACAACAC ACCTGCTGAA GCTCCAGATA ATAACCCTCA AGATGTCAAG 
AGTGAGTCCA TTGAACCGAA CACTCTGGTC ATCACCTGGA AGAAAATGAA CAAAACTGAG 
GTCCACGGAC CTGGCTTCAC GTACTGTGTG CAGTGGAGAC AAGCAGTGGG AGGTGGGCCC 
GACTGGCACG AGAGAAACGT AACAGAGCCG CCTTTCCGTG TTGACAATGT CGGGAACTTC 
TCTGCGTATG AGATTAAAGT TCAGGCTTTC AATGAGATAG GGAGGGGACC TGAGCCAGAC 
CCAGTCATAG GCTACTCAGG AGAAGATGTT CCTTTAGAGG CTCCGATGGA TGTGGGTGTT 
GAAATAATAA ACAGCACTAC AATCAAAGTG ACCTGGGCAC CTATAGACAA AGAGACGGTC 
AGAGGACACC TGCTGGGATA CAAGATCCAC TATACCAGGA AAGTGCATAG GAGCCACCAC 
CGAGGCCGCA GGGCACAAGA GTTAGAAAGC ACTGTGGTGG TGAAAACGGA GCCCAACGAG 
AAGAAGAAAG TGATCAGTGA TCTGAGGCCG TTCTCCAACT ACACCCTTAA GGTGACTGTG 
TACAACATAA AGGGAGAAGG ACCCTTCTCT GAGGCGCTGC CCTTTGAGAC TCCAGAGGGA 
GTCCCTGGTC CTCCCTTGAC CCTGACCCTA GACAGCCCAT CAGAAACAGA AATGACCCTC 
CACTGGACAC CTCCTGGCCA GCCCAATGGA GTGCTTATTG GATATCTGCT GCAGTACCAA 
CAGATTACAG AGAGTGATGA CAGCCCCATG CAGGTGGAGA CAATAGATGA CCCCACAGTC 
ACCCACATCA CCCTGAAGAA CCTGGACCAT AAGAGCCACT ACCGTTTCTA CCTCAGGGGG 
CGGACTGCTG CTGGGGATGG AGTACCTACA ACGATGAAGG GTGCCACTAT GCTGGATGGA 
GTAGTTCCTA TGAACATCAG CCTGTCTGTG GGGGAAAACG CAGTGAACTT TAGCTGGGTA 
CCAGAAAAGA GACGCAGGAA TGTTGGCTTC CAGATCCAAT ACCGCAACAA GAACGATGGC 
AATAAATGGA AGACGACAGA GAAGGTGAAC TCCTCTCAGT CTTTCTACCA GATCCAGGGC 
TTGACTCCTG GCTCCTATTA TTCTTTCCAA TTTATCTACA ACAACACGAC CTTCTTCAAG 
GCTGGAATCG AGACAGAAGG AACAGGAGTA ACAGAGATGC AGCCAAGCTT TGCAACACAG 
GGCTGGTTCA TTGGCGTTGT GAGCGCCATC GGGCTGTTGT TGCTGATCCT GCTCATCCTC 
TGCTTCATTA AGAGGAGTAA AGGGGGAAAG TACTCAGATT TCTTCTGCTC TTCATGCTGC 
AGTGATCTCG AGGAGAAGCG AACAGCCAGC CAGCCGTCTC TGTGTGAGAA GAGCAAGCTG 
TACAGCGAAG ACAACCTCGA CTTCAATGGC AGCAGCGCCA TGACCACAGA GCTCAACATG 
GATGAGTCTC TGGCCAGCCA GATCAGTCGT CCCAGTGGCG GTCCAGAAGG TTTCCACGGC 
CTGCCGGAGA ACGCCCCGCT GAACCCCTCT ACCTTCTCTC CCGCCACCAA TGGCGTGCCC 
AACTCAGTCA CCATCCTCGA TTAA

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

RefSeq	XP_006785862.1
CDS	211..3954
Translation	MPDTQRQQVGSRGQCSSCLLPLVLILLSLATQPSQAAINIPPNFKRPPVIKTQPESVTVFSTEDFVMNCEASGNPSPIFRWAKDGEDFDPGSDPELKVSESSGSFAFYTLSNTMDTLNKYKGKYVCYASNELGTAVSNEAILNTDVPPSQQKDKKVDETADEGKSFILKCNPPQSSMEPIIHWMDLRLRHIELSKRVMVGKDGNLYFANLESSDSRDDYTCNVQYLATRTILAKEPTSLKVTHSNSVLRNRRPQMMRPTGHHSTYHALRGQTLELECIVEGLPTPEVSWMRRDGELSETRTTKDMFDRRLRFTNISESDGGEYQCIAENSQGNTKHIYMLTVEAAPYWIKEPVSQLYAPGETVRLDCQADGIPSPLISWTINGVPISGVDKDPRRTLTASGSLILEDVNFGDTAIYQCRASNKHGTILTNTNVYVIELPPQILTDDGNTYAYTEGQKALLECETFGSPKPKVIWERNNGSSSLLADRRVNPLSNGWLEIANVTHGDDGIYTCTVPNSNLSISVELEIFNRTVIQSPPQALKVRAGERAIFTCTGLVDPRLDPPFIQWRKNNQKLADSNSDEKYTMEGPDLKITNVQPDDEGVYTCEIITKLDVAEARGTLTLWVMFPLLPWDNVLSPHSLTFVVEYVVEFEDQRSNESVWKMLARVSGNKERAVLSLWPFMSYRFRIIAINDVGKSDPSKPSGIHNTPAEAPDNNPQDVKSESIEPNTLVITWKKMNKTEVHGPGFTYCVQWRQAVGGGPDWHERNVTEPPFRVDNVGNFSAYEIKVQAFNEIGRGPEPDPVIGYSGEDVPLEAPMDVGVEIINSTTIKVTWAPIDKETVRGHLLGYKIHYTRKVHRSHHRGRRAQELESTVVVKTEPNEKKKVISDLRPFSNYTLKVTVYNIKGEGPFSEALPFETPEGVPGPPLTLTLDSPSETEMTLHWTPPGQPNGVLIGYLLQYQQITESDDSPMQVETIDDPTVTHITLKNLDHKSHYRFYLRGRTAAGDGVPTTMKGATMLDGVVPMNISLSVGENAVNFSWVPEKRRRNVGFQIQYRNKNDGNKWKTTEKVNSSQSFYQIQGLTPGSYYSFQFIYNNTTFFKAGIETEGTGVTEMQPSFATQGWFIGVVSAIGLLLLILLILCFIKRSKGGKYSDFFCSSCCSDLEEKRTASQPSLCEKSKLYSEDNLDFNGSSAMTTELNMDESLASQISRPSGGPEGFHGLPENAPLNPSTFSPATNGVPNSVTILD

Target ORF information:

RefSeq Version	XM_006785799.1
Organism	Neolamprologus brichardi
Definition	Neolamprologus brichardi neural cell adhesion molecule L1-like (LOC102781727), mRNA.

Target ORF information:

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

XM_006785799.1

ORF Insert Sequence:

ATGCCTGACA CGCAGCGACA GCAGGTTGGC AGTAGGGGGC AGTGCTCCAG CTGCCTCCTC 
CCCCTTGTCC TCATCCTCCT CTCCCTTGCA ACCCAGCCCA GCCAAGCAGC CATAAATATT 
CCCCCCAATT TCAAGAGGCC TCCAGTGATC AAAACACAGC CGGAGTCTGT CACCGTATTT 
AGCACTGAAG ACTTCGTCAT GAACTGTGAA GCCTCTGGCA ACCCTTCACC CATCTTCCGA 
TGGGCAAAGG ACGGGGAAGA CTTTGACCCA GGCAGTGACC CGGAGCTGAA GGTCTCTGAA 
AGCTCTGGCT CATTCGCATT CTACACACTT AGCAACACCA TGGACACACT GAACAAGTAC 
AAAGGCAAAT ACGTTTGCTA CGCATCCAAT GAGCTGGGGA CAGCTGTGTC TAACGAGGCC 
ATACTGAACA CGGACGTTCC CCCCTCCCAG CAGAAAGATA AAAAGGTTGA TGAGACGGCT 
GACGAGGGAA AAAGTTTTAT TCTGAAGTGT AACCCCCCAC AAAGTTCTAT GGAGCCTATC 
ATTCACTGGA TGGACTTAAG GTTGCGTCAT ATCGAGCTTA GTAAGCGGGT GATGGTGGGG 
AAGGACGGCA ATCTGTACTT TGCCAATCTG GAAAGTTCGG ACAGCAGGGA CGACTACACG 
TGCAATGTCC AGTACCTGGC AACACGCACG ATTCTGGCAA AAGAGCCCAC CTCTCTGAAA 
GTCACCCATT CCAACTCGGT ACTGCGGAAC AGAAGGCCCC AAATGATGAG ACCTACTGGA 
CATCACAGCA CGTACCATGC CCTGAGGGGA CAGACACTAG AGCTGGAGTG CATCGTCGAA 
GGCCTTCCAA CTCCAGAAGT GTCCTGGATG AGGAGGGATG GCGAGCTGTC AGAAACTCGG 
ACCACCAAAG ATATGTTTGA CCGCCGCTTG CGCTTCACTA ATATCTCGGA AAGTGACGGG 
GGCGAATACC AGTGTATAGC TGAGAACTCC CAAGGAAACA CCAAACACAT TTACATGTTG 
ACTGTGGAAG CTGCACCTTA TTGGATCAAG GAGCCGGTCA GTCAGCTATA TGCCCCAGGT 
GAGACAGTCA GATTAGACTG TCAGGCAGAT GGCATTCCCT CTCCTCTCAT CAGCTGGACC 
ATCAACGGGG TCCCCATCTC AGGAGTTGAT AAGGACCCTA GGCGTACTCT GACAGCAAGC 
GGATCTCTGA TCCTAGAGGA TGTGAACTTT GGAGACACTG CCATCTATCA GTGTCGGGCC 
TCCAATAAAC ATGGAACTAT CCTCACGAAC ACCAATGTTT ATGTCATCGA GCTGCCTCCC 
CAGATCCTCA CCGATGATGG GAATACATAT GCGTATACAG AGGGCCAGAA GGCTTTACTG 
GAGTGTGAGA CCTTTGGCTC TCCTAAACCA AAAGTGATAT GGGAAAGAAA CAACGGCAGC 
TCCTCCCTTC TAGCAGATCG CAGAGTTAAC CCTCTCAGCA ACGGGTGGCT CGAGATCGCT 
AACGTCACCC ACGGCGATGA CGGGATCTAC ACCTGCACTG TGCCAAATTC CAATTTGTCA 
ATCAGCGTTG AGCTGGAAAT ATTCAATAGG ACCGTGATTC AGTCACCCCC ACAGGCTCTG 
AAGGTCCGGG CTGGAGAGAG AGCCATTTTC ACCTGCACGG GCCTCGTTGA CCCCAGACTC 
GACCCTCCTT TCATTCAGTG GAGAAAGAAC AACCAGAAGC TGGCTGATTC CAACAGTGAT 
GAAAAGTATA CAATGGAAGG ACCGGATCTC AAAATAACGA ATGTGCAGCC AGATGATGAG 
GGAGTGTACA CCTGTGAGAT CATCACAAAA CTGGATGTAG CAGAAGCCAG GGGTACCCTC 
ACCTTATGGG TTATGTTTCC ATTACTTCCT TGGGATAATG TCCTTTCTCC ACACTCCTTG 
ACTTTTGTCG TAGAGTATGT GGTAGAGTTT GAGGACCAAC GTTCGAATGA GAGCGTCTGG 
AAAATGCTGG CCAGAGTTAG CGGAAACAAA GAACGTGCCG TTCTCTCCCT GTGGCCCTTC 
ATGTCCTACC GTTTCCGGAT CATTGCCATC AATGACGTGG GCAAGAGCGA CCCTAGCAAA 
CCATCTGGAA TACACAACAC ACCTGCTGAA GCTCCAGATA ATAACCCTCA AGATGTCAAG 
AGTGAGTCCA TTGAACCGAA CACTCTGGTC ATCACCTGGA AGAAAATGAA CAAAACTGAG 
GTCCACGGAC CTGGCTTCAC GTACTGTGTG CAGTGGAGAC AAGCAGTGGG AGGTGGGCCC 
GACTGGCACG AGAGAAACGT AACAGAGCCG CCTTTCCGTG TTGACAATGT CGGGAACTTC 
TCTGCGTATG AGATTAAAGT TCAGGCTTTC AATGAGATAG GGAGGGGACC TGAGCCAGAC 
CCAGTCATAG GCTACTCAGG AGAAGATGTT CCTTTAGAGG CTCCGATGGA TGTGGGTGTT 
GAAATAATAA ACAGCACTAC AATCAAAGTG ACCTGGGCAC CTATAGACAA AGAGACGGTC 
AGAGGACACC TGCTGGGATA CAAGATCCAC TATACCAGGA AAGTGCATAG GAGCCACCAC 
CGAGGCCGCA GGGCACAAGA GTTAGAAAGC ACTGTGGTGG TGAAAACGGA GCCCAACGAG 
AAGAAGAAAG TGATCAGTGA TCTGAGGCCG TTCTCCAACT ACACCCTTAA GGTGACTGTG 
TACAACATAA AGGGAGAAGG ACCCTTCTCT GAGGCGCTGC CCTTTGAGAC TCCAGAGGGA 
GTCCCTGGTC CTCCCTTGAC CCTGACCCTA GACAGCCCAT CAGAAACAGA AATGACCCTC 
CACTGGACAC CTCCTGGCCA GCCCAATGGA GTGCTTATTG GATATCTGCT GCAGTACCAA 
CAGATTACAG AGAGTGATGA CAGCCCCATG CAGGTGGAGA CAATAGATGA CCCCACAGTC 
ACCCACATCA CCCTGAAGAA CCTGGACCAT AAGAGCCACT ACCGTTTCTA CCTCAGGGGG 
CGGACTGCTG CTGGGGATGG AGTACCTACA ACGATGAAGG GTGCCACTAT GCTGGATGGA 
GTAGTTCCTA TGAACATCAG CCTGTCTGTG GGGGAAAACG CAGTGAACTT TAGCTGGGTA 
CCAGAAAAGA GACGCAGGAA TGTTGGCTTC CAGATCCAAT ACCGCAACAA GAACGATGGC 
AATAAATGGA AGACGACAGA GAAGGTGAAC TCCTCTCAGT CTTTCTACCA GATCCAGGGC 
TTGACTCCTG GCTCCTATTA TTCTTTCCAA TTTATCTACA ACAACACGAC CTTCTTCAAG 
GCTGGAATCG AGACAGAAGG AACAGGAGTA ACAGAGATGC AGCCAAGCTT TGCAACACAG 
GGCTGGTTCA TTGGCGTTGT GAGCGCCATC GGGCTGTTGT TGCTGATCCT GCTCATCCTC 
TGCTTCATTA AGAGGAGTAA AGGGGGAAAG TACTCAGATT TCTTCTGCTC TTCATGCTGC 
AGTGATCTCG AGGAGAAGCG AACAGCCAGC CAGCCGTCTC TGTGTGAGAA GAGCAAGCTG 
TACAGCGAAG ACAACCTCGA CTTCAATGGC AGCAGCGCCA TGACCACAGA GCTCAACATG 
GATGAGTCTC TGGCCAGCCA GATCAGTCGT CCCAGTGGCG GTCCAGAAGG TTTCCACGGC 
CTGCCGGAGA ACGCCCCGCT GAACCCCTCT ACCTTCTCTC CCGCCACCAA TGGCGTGCCC 
AACTCAGTCA CCATCCTCGA TTAA