hum-6 cDNA ORF clone, Caenorhabditis elegans

Gene
Clones
gRNAs

Summary

Gene Symbol	hum-6
Entrez Gene ID	180539
Full Name	Unconventional myosin heavy chain 6
Gene Type	protein-coding
Organism	Caenorhabditis elegans

mRNA and Protein(s)

mRNA	Protein	Name
NM_076019.3	NP_508420.1	Unconventional myosin heavy chain 6
NM_076019.5	NP_508420.1	Unconventional myosin heavy chain 6

Pathways from BioSystems

Homologies

Rattus norvegicus (Norway rat)	Myo7b	NP_001178870.1
Gallus gallus (chicken)	MYO7B	XP_003641791.1
	MYO7B	XP_002799468.1
Bos taurus (cattle)	MYO7B	XP_002685259.2
Xenopus tropicalis (tropical clawed frog)	myo7b	XP_002936659.2
Mus musculus (house mouse)	Myo7b	NP_115770.2
Homo sapiens (human)	MYO7B	NP_001073996.1
Pan troglodytes (chimpanzee)	MYO7B	XP_515778.3
Canis lupus familiaris (dog)	MYO7B	XP_005631987.1
Caenorhabditis elegans (roundworm)	hum-6	NP_508420.1

Gene Ontology
Bibliography

Related articles in PubMed

Genome sequence of the nematode C. elegans: a platform for investigating biology.

Science (New York, N.Y.)282(5396)2012-8(1998 Dec)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following hum-6 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the hum-6 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)
OCa349065	NM_076019.5 Latest version!	Caenorhabditis elegans Unconventional myosin heavy chain 6 (hum-6), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
View Old Accession Versions >>
OCa349065	NM_076019.3	Caenorhabditis elegans Unconventional myosin heavy chain 6 (hum-6), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00
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)

hum-6 ( NM_076019.3 ) cDNA ORF clone, Caenorhabditis elegans -> NP_508420.1 Caenorhabditis elegans Unconventional myosin heavy chain 6 (hum-6), partial mRNA.

Price & Availability↑

CloneID	OCa349065
Clone ID Related Accession (Same CDS sequence)	NM_076019.3 , NM_076019.5
Accession Version	NM_076019.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6297bp) 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	2019-04-08
Organism	Caenorhabditis elegans
Product	Unconventional myosin heavy chain 6
Comment	Comment: REVIEWED REFSEQ: This record has been curated by WormBase. This record is derived from an annotated genomic sequence (NC_003284). On Jun 26, 2012 this sequence version replaced NM_076019.2. COMPLETENESS: incomplete on both ends.

ATGGTATTAG TAAGCAAGGG TGACTTCATC TGGATTGAGC CCGGAAAAAC AGAGGGATCG 
ATTCCAATTG GAGCACGCGT CATCGACCAA GACCATGGAC GTTTGAAAGT GATTGACGAT 
CTTGGAAATG AACAATGGCT ATCGGCGGAT CGACGGGTCA GGCTGATGCA TCCGACATCA 
GTTCAGGGTG TGGAAGACAT GTGTCAGCTG GGCGATTTTC ATGAGAGTGC GATTTTGAGA 
AATTTATTTA TCAGATACAG AGAAAAACTT ATTTATGCCT ATACTGGTTC AATTTTGATA 
GCAGTAAATC CATATATGGA CATTGCTATC TATACAGCTG ATGAGATTCG GATGTACAAA 
AGGAAACGAA TCGGAGAGCT TCCACCCCAC ATTTTTGCAA TTGCTGATAA TGCGTATACA 
AATATGAGGA GGGAAAAGAA AAATCAATCT GTCATTATCA GTGGCGAATC TGGTGCAGGA 
AAAACTGAAT CCACAAAACT GGTCCTCCAG TTTTTGGCAA CAATCAGTGG ACAACACAGC 
TGGATCGAAC AGCAAGTCCT AGAAGCAAAT CCGGTTCTCG AAGCATTTGG TAATGCGAAG 
ACCATCCGCA ATGATAACTC GTCTCGATTT GGAAAATACA TTGATGTACA TTTTAACGAG 
AGTGGATCTA TTGAAGGAGC GAAAATTGAA CAATATTTGT TGGAGAAATC GAGAATTGTT 
ACTCAATCAG AGAATGAGAG AAATTACCAT ATATTTTATT GTTTGTTGGC AGGACTGTCC 
AGAGAAGAAA AGTCGGAGCT AGAATTAGGA ACAGCTGCTG ATTATTATTA TTTGATTCAA 
GGAAAAACAC TGACAGCAGA AGGCCGTGAT GATGCTGCCG ATTTGGCTGA AATCCGATCC 
GCAATGCGAG TTCTCATGAT CAACGAGCAA GAAATTGGAA GTATCTTCAA ACTTTTGGCA 
TCTCTTCTTC ATATTGGAAA CATCAGATTC CGACAGAATA CGAATGACAA CATGGAATCA 
GTTGATGTAG CCGATCCATC AACTCTTGTC AGAATTGCAA AACTTTTGCA ACTCCACGAG 
CAAAATCTTC TTGACGCAAT TACTACTAAA AGCTTAGTAA CGCGCGAAGA ACGAGTGATC 
TCTAGATTGA ATGGTCAACA AGCCGTCGAT GCAAGAGATG CCCTTGCGAA GGCAATTTAT 
GGAAAATTAT TCATTCATAT CGTTAGAAGA GTGAACGATG CAATTTACAA ACCGTCGCAG 
TCAAGAAGAA CATCTATCGG AATTCTTGAT ATCTTTGGGT TTGAAAATTT TGAAAGTAAT 
AGTTTTGAGC AACTTTGCAT TAACTTTGCA AATGAGACAT TACAACAATT CTTTGTTCAC 
CATGTGTTTA AGATGGAGCA GAAGGAGTAT GATGAGGAGC ACATTAACTG GCGTCACATA 
AAATTTGTCG ATAATCAGGC TACAGTCGAT TTGATTGCTC AGAGACCGTT GAATATTTTG 
TCTCTTATTG ATGAGGAAAG TATTTTCCCA AAAGGAACTG ATAAGACAAT GCTGCTCAAA 
CTTCATTCAA CACATGGCAG AAACGAGCTC TATTTGCAGC CAAAATCTGA GCTTCAGAGA 
GCATTTGGAG TCACTCATTT TGCTGGAAAT GTGTTTTACA ACACACGAGG TTTCCTCGAA 
AAGAATCGAG ATTCCTTTTC AGCCGACTTG TCCGTGCTCA TTTCCTCATC AAAAATGCCA 
TTCCTTGCTC GATTATTCGA CGACATAGAA TACGACACAA GCTCCAGAAA GAAGGTGACC 
GTCGGAAATC AATTCCGAAG ATCGTTGGAG CAACTTATGT CCCAGTTGAC TCAAACACAT 
CCATTTTTCA TCAGATGCAT CAAGCCGAAT GAGATGAAGA GAGCACTTGT GATGGATAGA 
GATCTTGTAT TAAGACAGCT TCGCTATTCC GGAATGATGG AGACTATCAA AATCAGAAGG 
AGTGGTTATC CGATTCGTCA TGACTACTAT CCATTTGTCT TCCGTTATCG TGTCTTAGTT 
TCTTCCATCC AGGGACCAGT GAACAGGATC GATTTGCACG ATGCAGCCAA AAAAATTTGC 
CACATGATTC TTGGAACAAA TGCTGACTAT CAACTTGGAA AAACTAAAGT CTTTCTGAAA 
GATAAACACG ACTTGGTTCT GGAGCAAGAG TACTACCGCA TATTGAAGGA TAAGGCAATT 
GTTATTCAGA AAAATGTCAG GAGATGGTTA GTGAGAAAAG ACTTTGAGAA GCAAAGACAA 
GCTGCTGTCA CCATTCAAAC TGCATGGAGA GGTTTTGACC AAAGGAAAAG ATATCGTCAG 
ATTATTTCCG GTTTCTCACG CCTTCAGGCT GTTTTGCGTT CGAGACAATT GGTGTCACAT 
TATCAAACTC TACGAAAGAC AATCATCCAA TTTCAAGCTG TATGCCGCGG GTCTCTAGTA 
CGTCGTCAGG TTGGAGAAAA GCGAAAACGA GGCGAGAAAG CACCACTCAC AGAAGTTTCA 
TCCACTGCTT CAGTTATTTC GGATTCACAT GAGGAATTAG TTGGTCATTT GTTCGACTTC 
TTGCCATCTG ACGGGAAAGA TTCTGGGAAC GAAAATGATA GTGCGGATAG CAGCAGACGT 
GGATCCTATT CTAGACTTCA TACATCTCCT GTAATGCCAC CAGCAAACAT CCCAAGAGTT 
GACTCGTACG TAGATGAAGA TCTCAGTAAA TATCAATTCG GAAAGTACGC GGCAACATTC 
TTCCAAGCTC AAGCCACTGC GACTCATGTT AAGAAGCCAT TGAAAACTGC GCTTCTCACC 
CACACCGAGC CAAGTGCACA ACTTGCGGCT TTGACCGCAT GGACCACAAT ATTACGGTTT 
ATGGGAGACT TGGCTGATGT CAAACCAGGT TCCACGAATG GGTCAGAAGT TTATGACAAA 
ACTCCTGTAA TGATCAAGCT TTATGCAACA CTTGGAAAGA AATTCAGTGC ACATGATTTG 
GAAGAAGCTA TGCTTTCTAG TGAATATGGC GGAGCAAAAA CCTTGAAGAA AGGAATGGGC 
AGAAAATTGA TCAGTATGAC ACTGAAACGA AAAGGAAAGA TCAATGGATC AGATACATCA 
TCTATATCTT CTGATAGTGT TTATTCAAGT TTCAATGCAA TGCTGGAAAA CAAGCCAATG 
ACTAGTCTCG ATAAACTACA CTACATCATT GGACTCGGAA TTCTGAGAGA AGATTTGAGG 
GACGAAATAT ACTGTCAATT ATGTAAGCAA TTGAGCAACA ACCCGTCGAA GCTGTCTGCA 
GCACGCGGAT GGATCCTCCT GTCACTTTGT GTCGGATGCT TTGCTCCTTC AGAACGATTC 
ATTAAGTATT TGTTCTGTTT CATCAGAGAA AGAGGACCCG CTGGAACTGG TTATTCTAAA 
TACATCGAGG ATAGATTGCG AAGAACACAG GTGAATGGTA CGAGACACCA ACCACCAAGT 
TATGTGGAGC TGCAAGCGAA TAAATCACAA AAGCCAGTAG TCTTGGCCGT AACATTTATG 
GATGGAAGTG TCAAGACGCT TTGCGCAGAT TCTGCAACAA CGGCTGCGGA GCTGTGCAAG 
CAGCTAGCAG AGAAAGTTGG ACTAACGAAT TCCTTCGGGT TTAGTCTGTA TATTGCACTT 
TTTGATAAGG TTTCATCACT GGGAAGTGGC ACTGATCACG TTATGGATGC AATTTCACAG 
TGTGAACAGT ATGCAAAGGA GCAAGGAAGG CAAGAGCGGA ACGCTCCATG GAGACTATTT 
TTCAGAAAGG AAATTTTCAG TCCATGGCAT GACCCAAGAG ACGATCCCGT CAGCACAAAC 
TTGATCTACC AGCAAGTAAT CCGTGGAATA AAATATGGAG AATACAGATG TGACAAGGAT 
GAAGAGCTTG CCGCCATATG TGCGCAACAA TATTACATTG ATGAAGGTAC AATGGATGTG 
AATAAACTTG AAAACAACCT TCCGTCTTAT CTACCTGATT TTGAAATGTC TGGCAAAGAA 
ATGGCACTTG AGAAATGGAC TCAAACAATT ATGCATCAGT ATAGAAAAAA ATTCACTGGC 
CGACTTCCTT CTCAGATTGA AGTCAAAGAA AACGTCGTTT CTGTTGCAAA AACAAAATGG 
CCTCTTTTGT TCTCCAGATT CTATGAAGCA TTGAAATTCG CTGGACCCCC ATTACCAAAG 
AATGAAGTTA TTATTGCTGT GAATTGGACT GGTGTCTATG TGGTTGATGA TCGAGAGCAT 
GTGATGCTCG AGTTCAGTTT TCCAGAAATA TCAACGGCTT ATTATGGAAA GGGAAAACGA 
AGTACAACCG ACACTTGCAC AGTCAGAACT GTGGTTGGAG ACGAGTACAC ATTCCAATCA 
CCAAACGCAG ATGATATCAC TAATCTAATT GTTATGTTCC TGGAAGGCCT GAAAAAGCGA 
AGCAGATATC TTGTTGCTAT CAAGTCTCAA AAAGGAGACG AGAAGAACAA TTTTCTTGAA 
TTCGAAAAAG GCGACCTGTT GATTCTAGTG AATGAATTCA CCGGAAACAC ACTACTCACC 
GAAAGTGTTG TAAAAGGGGA GAATTCTAGA ACATGCTTGT TTGGCCTTAT CCGAGCTGAA 
AATGTTTACG TTCTGCCAAC TCTTGTGAAG CCATCGAAAA ACACTTTGCA AATCTTCCCG 
AAAGATATGG ATTTAAGTCT TGACCTGTTC AACAACAACA AACAAGTTAC CGTAGTCGAT 
TATAATGCAG AACCGTACAC TCTTGAAAAC TTTGCCGAAG ACAATTTCAA CTCTCAAGTA 
AAAAGAGTGG GGTCACAAAT CTCTTTAATG ACGCTGAGAA AGAAAGAATC GCAAATTGAA 
TGCTGGAGGT TTTCCAGAGA ACATATTGAT CAACCACTGC TTAAGAAGTT AAATGGAAGA 
GAAGATGCTT GCCGTGGTGC TATCGAAATA TTCGCAGCGA TCATGAAGTA CATGGGCGAC 
GAGCCATCAA AGAGAAGTCG CCTCGGAACT CATCTAACTG ATCACATTTT CAAATTGCCA 
ATTTCGATGG AAGCCCTGCG CGATGAACTG TACTGCCAAC TTGTGAAACA ATTGACTTTG 
AATCCTTCAA TCATGTCAGA GGAGCGTGGT TGGGAGCTTC TCTGGATGGC AACTGGGCTA 
TTTGCTCCGA GTGCTGCTCT GGCAAAAGAA ATCAGTCATT TCCTGAAATC CAGACCACAT 
CCTATAGCAT TAGATTGTCA GAATCGCATG CAGAAGCTTG CGAAGGGCGG AAGCAGGAAA 
TATCCCCCAC ATCTTGTCGA AGTTGAGGCA ATTCAACACA AAACAACGCA AATCTTCCAT 
AAAGTGTTTT TCCCAGACAA CACGGATGAG GCGATCGAGG TGGACTCTGC GACCAGAGCC 
CGCGACTTTT GTCACAAGAT CGGCTATAGG CTAGGATTGA AATCGTCCGA CGGGTTCAGT 
TTGTTTGTCA AAATAAAGGA CAAAGTGCTG GCTGTTCCGG AAAGCGAGTT TTTCTTCGAT 
TATGTAAGAT CACTTTCCGA TTGGGTTCAT ACGAATCACG CGACACAAAA GGATGCAACA 
ATGATACCGA TCAACTACCA GGTCTACTTT ATGAGAAAAC TTTGGTATAA CTTTGTGGCC 
GGTGCTGATC CACAAGCAGA CATCATCTTC CATTATCATC AAGAATCTCA AAAGTACCTT 
CTCGGATATC ATAAAACCAC CAAAAATGAT GTCATTGAAC TAGCTGCTCT TATTTTACGC 
TCAATGACTA AAGATGGCAA AAATGCACCT CTGGCTCAAA TACCTCAATT ACTTGATGAA 
ATTATACCTA AGGATTCGTT GAAAATGTAC TCAGCAAGTG AATGGAGGAA AACCATCAGT 
AATGCCTATG CAAGAATAGA GCATTTAAAG TCAGATCAAG CGAAAATTGA GTTCCTGAAC 
TACATATGCA GATGGCCAAC ATTCGGCTCC GCATTCTTCC CAGTTTCACA ATACTCTGAC 
CTAAACCTTC CTGATAGACT ACTTCTTGCG ATCAATCAAA CTGGAGTGAA CATTTATCAC 
TTGGATACTA AGAACCTTCT TGTTCAGTAT CCATTCAATG TAATTTGTAA TTGGACAAGT 
GGAAACACAT ACTTTAACAT GACCGTTGGT AATATGCTGA AGGGTAACGA AGGAAAGAAA 
CTTCTTCTTG ACACCACTGT CGGTTACAAA ATGGACGACT TGCTCACCTC TTATATATCA 
CTGCTAATAT CAAATCAAAA TAATCACCCA TCAAAAACTA GGGAAGTGGC ATTATAG

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

RefSeq	NP_508420.1
CDS	1..6297
Translation	MVLVSKGDFIWIEPGKTEGSIPIGARVIDQDHGRLKVIDDLGNEQWLSADRRVRLMHPTSVQGVEDMCQLGDFHESAILRNLFIRYREKLIYAYTGSILIAVNPYMDIAIYTADEIRMYKRKRIGELPPHIFAIADNAYTNMRREKKNQSVIISGESGAGKTESTKLVLQFLATISGQHSWIEQQVLEANPVLEAFGNAKTIRNDNSSRFGKYIDVHFNESGSIEGAKIEQYLLEKSRIVTQSENERNYHIFYCLLAGLSREEKSELELGTAADYYYLIQGKTLTAEGRDDAADLAEIRSAMRVLMINEQEIGSIFKLLASLLHIGNIRFRQNTNDNMESVDVADPSTLVRIAKLLQLHEQNLLDAITTKSLVTREERVISRLNGQQAVDARDALAKAIYGKLFIHIVRRVNDAIYKPSQSRRTSIGILDIFGFENFESNSFEQLCINFANETLQQFFVHHVFKMEQKEYDEEHINWRHIKFVDNQATVDLIAQRPLNILSLIDEESIFPKGTDKTMLLKLHSTHGRNELYLQPKSELQRAFGVTHFAGNVFYNTRGFLEKNRDSFSADLSVLISSSKMPFLARLFDDIEYDTSSRKKVTVGNQFRRSLEQLMSQLTQTHPFFIRCIKPNEMKRALVMDRDLVLRQLRYSGMMETIKIRRSGYPIRHDYYPFVFRYRVLVSSIQGPVNRIDLHDAAKKICHMILGTNADYQLGKTKVFLKDKHDLVLEQEYYRILKDKAIVIQKNVRRWLVRKDFEKQRQAAVTIQTAWRGFDQRKRYRQIISGFSRLQAVLRSRQLVSHYQTLRKTIIQFQAVCRGSLVRRQVGEKRKRGEKAPLTEVSSTASVISDSHEELVGHLFDFLPSDGKDSGNENDSADSSRRGSYSRLHTSPVMPPANIPRVDSYVDEDLSKYQFGKYAATFFQAQATATHVKKPLKTALLTHTEPSAQLAALTAWTTILRFMGDLADVKPGSTNGSEVYDKTPVMIKLYATLGKKFSAHDLEEAMLSSEYGGAKTLKKGMGRKLISMTLKRKGKINGSDTSSISSDSVYSSFNAMLENKPMTSLDKLHYIIGLGILREDLRDEIYCQLCKQLSNNPSKLSAARGWILLSLCVGCFAPSERFIKYLFCFIRERGPAGTGYSKYIEDRLRRTQVNGTRHQPPSYVELQANKSQKPVVLAVTFMDGSVKTLCADSATTAAELCKQLAEKVGLTNSFGFSLYIALFDKVSSLGSGTDHVMDAISQCEQYAKEQGRQERNAPWRLFFRKEIFSPWHDPRDDPVSTNLIYQQVIRGIKYGEYRCDKDEELAAICAQQYYIDEGTMDVNKLENNLPSYLPDFEMSGKEMALEKWTQTIMHQYRKKFTGRLPSQIEVKENVVSVAKTKWPLLFSRFYEALKFAGPPLPKNEVIIAVNWTGVYVVDDREHVMLEFSFPEISTAYYGKGKRSTTDTCTVRTVVGDEYTFQSPNADDITNLIVMFLEGLKKRSRYLVAIKSQKGDEKNNFLEFEKGDLLILVNEFTGNTLLTESVVKGENSRTCLFGLIRAENVYVLPTLVKPSKNTLQIFPKDMDLSLDLFNNNKQVTVVDYNAEPYTLENFAEDNFNSQVKRVGSQISLMTLRKKESQIECWRFSREHIDQPLLKKLNGREDACRGAIEIFAAIMKYMGDEPSKRSRLGTHLTDHIFKLPISMEALRDELYCQLVKQLTLNPSIMSEERGWELLWMATGLFAPSAALAKEISHFLKSRPHPIALDCQNRMQKLAKGGSRKYPPHLVEVEAIQHKTTQIFHKVFFPDNTDEAIEVDSATRARDFCHKIGYRLGLKSSDGFSLFVKIKDKVLAVPESEFFFDYVRSLSDWVHTNHATQKDATMIPINYQVYFMRKLWYNFVAGADPQADIIFHYHQESQKYLLGYHKTTKNDVIELAALILRSMTKDGKNAPLAQIPQLLDEIIPKDSLKMYSASEWRKTISNAYARIEHLKSDQAKIEFLNYICRWPTFGSAFFPVSQYSDLNLPDRLLLAINQTGVNIYHLDTKNLLVQYPFNVICNWTSGNTYFNMTVGNMLKGNEGKKLLLDTTVGYKMDDLLTSYISLLISNQNNHPSKTREVAL

Target ORF information:

RefSeq Version	NM_076019.3
Organism	Caenorhabditis elegans
Definition	Caenorhabditis elegans Unconventional myosin heavy chain 6 (hum-6), partial mRNA.

Target ORF information:

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

NM_076019.3

ORF Insert Sequence:

ATGGTATTAG TAAGCAAGGG TGACTTCATC TGGATTGAGC CCGGAAAAAC AGAGGGATCG 
ATTCCAATTG GAGCACGCGT CATCGACCAA GACCATGGAC GTTTGAAAGT GATTGACGAT 
CTTGGAAATG AACAATGGCT ATCGGCGGAT CGACGGGTCA GGCTGATGCA TCCGACATCA 
GTTCAGGGTG TGGAAGACAT GTGTCAGCTG GGCGATTTTC ATGAGAGTGC GATTTTGAGA 
AATTTATTTA TCAGATACAG AGAAAAACTT ATTTATGCCT ATACTGGTTC AATTTTGATA 
GCAGTAAATC CATATATGGA CATTGCTATC TATACAGCTG ATGAGATTCG GATGTACAAA 
AGGAAACGAA TCGGAGAGCT TCCACCCCAC ATTTTTGCAA TTGCTGATAA TGCGTATACA 
AATATGAGGA GGGAAAAGAA AAATCAATCT GTCATTATCA GTGGCGAATC TGGTGCAGGA 
AAAACTGAAT CCACAAAACT GGTCCTCCAG TTTTTGGCAA CAATCAGTGG ACAACACAGC 
TGGATCGAAC AGCAAGTCCT AGAAGCAAAT CCGGTTCTCG AAGCATTTGG TAATGCGAAG 
ACCATCCGCA ATGATAACTC GTCTCGATTT GGAAAATACA TTGATGTACA TTTTAACGAG 
AGTGGATCTA TTGAAGGAGC GAAAATTGAA CAATATTTGT TGGAGAAATC GAGAATTGTT 
ACTCAATCAG AGAATGAGAG AAATTACCAT ATATTTTATT GTTTGTTGGC AGGACTGTCC 
AGAGAAGAAA AGTCGGAGCT AGAATTAGGA ACAGCTGCTG ATTATTATTA TTTGATTCAA 
GGAAAAACAC TGACAGCAGA AGGCCGTGAT GATGCTGCCG ATTTGGCTGA AATCCGATCC 
GCAATGCGAG TTCTCATGAT CAACGAGCAA GAAATTGGAA GTATCTTCAA ACTTTTGGCA 
TCTCTTCTTC ATATTGGAAA CATCAGATTC CGACAGAATA CGAATGACAA CATGGAATCA 
GTTGATGTAG CCGATCCATC AACTCTTGTC AGAATTGCAA AACTTTTGCA ACTCCACGAG 
CAAAATCTTC TTGACGCAAT TACTACTAAA AGCTTAGTAA CGCGCGAAGA ACGAGTGATC 
TCTAGATTGA ATGGTCAACA AGCCGTCGAT GCAAGAGATG CCCTTGCGAA GGCAATTTAT 
GGAAAATTAT TCATTCATAT CGTTAGAAGA GTGAACGATG CAATTTACAA ACCGTCGCAG 
TCAAGAAGAA CATCTATCGG AATTCTTGAT ATCTTTGGGT TTGAAAATTT TGAAAGTAAT 
AGTTTTGAGC AACTTTGCAT TAACTTTGCA AATGAGACAT TACAACAATT CTTTGTTCAC 
CATGTGTTTA AGATGGAGCA GAAGGAGTAT GATGAGGAGC ACATTAACTG GCGTCACATA 
AAATTTGTCG ATAATCAGGC TACAGTCGAT TTGATTGCTC AGAGACCGTT GAATATTTTG 
TCTCTTATTG ATGAGGAAAG TATTTTCCCA AAAGGAACTG ATAAGACAAT GCTGCTCAAA 
CTTCATTCAA CACATGGCAG AAACGAGCTC TATTTGCAGC CAAAATCTGA GCTTCAGAGA 
GCATTTGGAG TCACTCATTT TGCTGGAAAT GTGTTTTACA ACACACGAGG TTTCCTCGAA 
AAGAATCGAG ATTCCTTTTC AGCCGACTTG TCCGTGCTCA TTTCCTCATC AAAAATGCCA 
TTCCTTGCTC GATTATTCGA CGACATAGAA TACGACACAA GCTCCAGAAA GAAGGTGACC 
GTCGGAAATC AATTCCGAAG ATCGTTGGAG CAACTTATGT CCCAGTTGAC TCAAACACAT 
CCATTTTTCA TCAGATGCAT CAAGCCGAAT GAGATGAAGA GAGCACTTGT GATGGATAGA 
GATCTTGTAT TAAGACAGCT TCGCTATTCC GGAATGATGG AGACTATCAA AATCAGAAGG 
AGTGGTTATC CGATTCGTCA TGACTACTAT CCATTTGTCT TCCGTTATCG TGTCTTAGTT 
TCTTCCATCC AGGGACCAGT GAACAGGATC GATTTGCACG ATGCAGCCAA AAAAATTTGC 
CACATGATTC TTGGAACAAA TGCTGACTAT CAACTTGGAA AAACTAAAGT CTTTCTGAAA 
GATAAACACG ACTTGGTTCT GGAGCAAGAG TACTACCGCA TATTGAAGGA TAAGGCAATT 
GTTATTCAGA AAAATGTCAG GAGATGGTTA GTGAGAAAAG ACTTTGAGAA GCAAAGACAA 
GCTGCTGTCA CCATTCAAAC TGCATGGAGA GGTTTTGACC AAAGGAAAAG ATATCGTCAG 
ATTATTTCCG GTTTCTCACG CCTTCAGGCT GTTTTGCGTT CGAGACAATT GGTGTCACAT 
TATCAAACTC TACGAAAGAC AATCATCCAA TTTCAAGCTG TATGCCGCGG GTCTCTAGTA 
CGTCGTCAGG TTGGAGAAAA GCGAAAACGA GGCGAGAAAG CACCACTCAC AGAAGTTTCA 
TCCACTGCTT CAGTTATTTC GGATTCACAT GAGGAATTAG TTGGTCATTT GTTCGACTTC 
TTGCCATCTG ACGGGAAAGA TTCTGGGAAC GAAAATGATA GTGCGGATAG CAGCAGACGT 
GGATCCTATT CTAGACTTCA TACATCTCCT GTAATGCCAC CAGCAAACAT CCCAAGAGTT 
GACTCGTACG TAGATGAAGA TCTCAGTAAA TATCAATTCG GAAAGTACGC GGCAACATTC 
TTCCAAGCTC AAGCCACTGC GACTCATGTT AAGAAGCCAT TGAAAACTGC GCTTCTCACC 
CACACCGAGC CAAGTGCACA ACTTGCGGCT TTGACCGCAT GGACCACAAT ATTACGGTTT 
ATGGGAGACT TGGCTGATGT CAAACCAGGT TCCACGAATG GGTCAGAAGT TTATGACAAA 
ACTCCTGTAA TGATCAAGCT TTATGCAACA CTTGGAAAGA AATTCAGTGC ACATGATTTG 
GAAGAAGCTA TGCTTTCTAG TGAATATGGC GGAGCAAAAA CCTTGAAGAA AGGAATGGGC 
AGAAAATTGA TCAGTATGAC ACTGAAACGA AAAGGAAAGA TCAATGGATC AGATACATCA 
TCTATATCTT CTGATAGTGT TTATTCAAGT TTCAATGCAA TGCTGGAAAA CAAGCCAATG 
ACTAGTCTCG ATAAACTACA CTACATCATT GGACTCGGAA TTCTGAGAGA AGATTTGAGG 
GACGAAATAT ACTGTCAATT ATGTAAGCAA TTGAGCAACA ACCCGTCGAA GCTGTCTGCA 
GCACGCGGAT GGATCCTCCT GTCACTTTGT GTCGGATGCT TTGCTCCTTC AGAACGATTC 
ATTAAGTATT TGTTCTGTTT CATCAGAGAA AGAGGACCCG CTGGAACTGG TTATTCTAAA 
TACATCGAGG ATAGATTGCG AAGAACACAG GTGAATGGTA CGAGACACCA ACCACCAAGT 
TATGTGGAGC TGCAAGCGAA TAAATCACAA AAGCCAGTAG TCTTGGCCGT AACATTTATG 
GATGGAAGTG TCAAGACGCT TTGCGCAGAT TCTGCAACAA CGGCTGCGGA GCTGTGCAAG 
CAGCTAGCAG AGAAAGTTGG ACTAACGAAT TCCTTCGGGT TTAGTCTGTA TATTGCACTT 
TTTGATAAGG TTTCATCACT GGGAAGTGGC ACTGATCACG TTATGGATGC AATTTCACAG 
TGTGAACAGT ATGCAAAGGA GCAAGGAAGG CAAGAGCGGA ACGCTCCATG GAGACTATTT 
TTCAGAAAGG AAATTTTCAG TCCATGGCAT GACCCAAGAG ACGATCCCGT CAGCACAAAC 
TTGATCTACC AGCAAGTAAT CCGTGGAATA AAATATGGAG AATACAGATG TGACAAGGAT 
GAAGAGCTTG CCGCCATATG TGCGCAACAA TATTACATTG ATGAAGGTAC AATGGATGTG 
AATAAACTTG AAAACAACCT TCCGTCTTAT CTACCTGATT TTGAAATGTC TGGCAAAGAA 
ATGGCACTTG AGAAATGGAC TCAAACAATT ATGCATCAGT ATAGAAAAAA ATTCACTGGC 
CGACTTCCTT CTCAGATTGA AGTCAAAGAA AACGTCGTTT CTGTTGCAAA AACAAAATGG 
CCTCTTTTGT TCTCCAGATT CTATGAAGCA TTGAAATTCG CTGGACCCCC ATTACCAAAG 
AATGAAGTTA TTATTGCTGT GAATTGGACT GGTGTCTATG TGGTTGATGA TCGAGAGCAT 
GTGATGCTCG AGTTCAGTTT TCCAGAAATA TCAACGGCTT ATTATGGAAA GGGAAAACGA 
AGTACAACCG ACACTTGCAC AGTCAGAACT GTGGTTGGAG ACGAGTACAC ATTCCAATCA 
CCAAACGCAG ATGATATCAC TAATCTAATT GTTATGTTCC TGGAAGGCCT GAAAAAGCGA 
AGCAGATATC TTGTTGCTAT CAAGTCTCAA AAAGGAGACG AGAAGAACAA TTTTCTTGAA 
TTCGAAAAAG GCGACCTGTT GATTCTAGTG AATGAATTCA CCGGAAACAC ACTACTCACC 
GAAAGTGTTG TAAAAGGGGA GAATTCTAGA ACATGCTTGT TTGGCCTTAT CCGAGCTGAA 
AATGTTTACG TTCTGCCAAC TCTTGTGAAG CCATCGAAAA ACACTTTGCA AATCTTCCCG 
AAAGATATGG ATTTAAGTCT TGACCTGTTC AACAACAACA AACAAGTTAC CGTAGTCGAT 
TATAATGCAG AACCGTACAC TCTTGAAAAC TTTGCCGAAG ACAATTTCAA CTCTCAAGTA 
AAAAGAGTGG GGTCACAAAT CTCTTTAATG ACGCTGAGAA AGAAAGAATC GCAAATTGAA 
TGCTGGAGGT TTTCCAGAGA ACATATTGAT CAACCACTGC TTAAGAAGTT AAATGGAAGA 
GAAGATGCTT GCCGTGGTGC TATCGAAATA TTCGCAGCGA TCATGAAGTA CATGGGCGAC 
GAGCCATCAA AGAGAAGTCG CCTCGGAACT CATCTAACTG ATCACATTTT CAAATTGCCA 
ATTTCGATGG AAGCCCTGCG CGATGAACTG TACTGCCAAC TTGTGAAACA ATTGACTTTG 
AATCCTTCAA TCATGTCAGA GGAGCGTGGT TGGGAGCTTC TCTGGATGGC AACTGGGCTA 
TTTGCTCCGA GTGCTGCTCT GGCAAAAGAA ATCAGTCATT TCCTGAAATC CAGACCACAT 
CCTATAGCAT TAGATTGTCA GAATCGCATG CAGAAGCTTG CGAAGGGCGG AAGCAGGAAA 
TATCCCCCAC ATCTTGTCGA AGTTGAGGCA ATTCAACACA AAACAACGCA AATCTTCCAT 
AAAGTGTTTT TCCCAGACAA CACGGATGAG GCGATCGAGG TGGACTCTGC GACCAGAGCC 
CGCGACTTTT GTCACAAGAT CGGCTATAGG CTAGGATTGA AATCGTCCGA CGGGTTCAGT 
TTGTTTGTCA AAATAAAGGA CAAAGTGCTG GCTGTTCCGG AAAGCGAGTT TTTCTTCGAT 
TATGTAAGAT CACTTTCCGA TTGGGTTCAT ACGAATCACG CGACACAAAA GGATGCAACA 
ATGATACCGA TCAACTACCA GGTCTACTTT ATGAGAAAAC TTTGGTATAA CTTTGTGGCC 
GGTGCTGATC CACAAGCAGA CATCATCTTC CATTATCATC AAGAATCTCA AAAGTACCTT 
CTCGGATATC ATAAAACCAC CAAAAATGAT GTCATTGAAC TAGCTGCTCT TATTTTACGC 
TCAATGACTA AAGATGGCAA AAATGCACCT CTGGCTCAAA TACCTCAATT ACTTGATGAA 
ATTATACCTA AGGATTCGTT GAAAATGTAC TCAGCAAGTG AATGGAGGAA AACCATCAGT 
AATGCCTATG CAAGAATAGA GCATTTAAAG TCAGATCAAG CGAAAATTGA GTTCCTGAAC 
TACATATGCA GATGGCCAAC ATTCGGCTCC GCATTCTTCC CAGTTTCACA ATACTCTGAC 
CTAAACCTTC CTGATAGACT ACTTCTTGCG ATCAATCAAA CTGGAGTGAA CATTTATCAC 
TTGGATACTA AGAACCTTCT TGTTCAGTAT CCATTCAATG TAATTTGTAA TTGGACAAGT 
GGAAACACAT ACTTTAACAT GACCGTTGGT AATATGCTGA AGGGTAACGA AGGAAAGAAA 
CTTCTTCTTG ACACCACTGT CGGTTACAAA ATGGACGACT TGCTCACCTC TTATATATCA 
CTGCTAATAT CAAATCAAAA TAATCACCCA TCAAAAACTA GGGAAGTGGC ATTATAG

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

hum-6 ( NM_076019.5 ) cDNA ORF clone, Caenorhabditis elegans -> NP_508420.1 Caenorhabditis elegans Unconventional myosin heavy chain 6 (hum-6), mRNA.

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CloneID	OCa349065
Clone ID Related Accession (Same CDS sequence)	NM_076019.3 , NM_076019.5
Accession Version	NM_076019.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6297bp) 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	2019-10-17
Organism	Caenorhabditis elegans
Product	Unconventional myosin heavy chain 6
Comment	Comment: REVIEWED REFSEQ: This record has been curated by WormBase. This record is derived from an annotated genomic sequence (NC_003284). On Oct 18, 2019 this sequence version replaced NM_076019.4.

ATGGTATTAG TAAGCAAGGG TGACTTCATC TGGATTGAGC CCGGAAAAAC AGAGGGATCG 
ATTCCAATTG GAGCACGCGT CATCGACCAA GACCATGGAC GTTTGAAAGT GATTGACGAT 
CTTGGAAATG AACAATGGCT ATCGGCGGAT CGACGGGTCA GGCTGATGCA TCCGACATCA 
GTTCAGGGTG TGGAAGACAT GTGTCAGCTG GGCGATTTTC ATGAGAGTGC GATTTTGAGA 
AATTTATTTA TCAGATACAG AGAAAAACTT ATTTATGCCT ATACTGGTTC AATTTTGATA 
GCAGTAAATC CATATATGGA CATTGCTATC TATACAGCTG ATGAGATTCG GATGTACAAA 
AGGAAACGAA TCGGAGAGCT TCCACCCCAC ATTTTTGCAA TTGCTGATAA TGCGTATACA 
AATATGAGGA GGGAAAAGAA AAATCAATCT GTCATTATCA GTGGCGAATC TGGTGCAGGA 
AAAACTGAAT CCACAAAACT GGTCCTCCAG TTTTTGGCAA CAATCAGTGG ACAACACAGC 
TGGATCGAAC AGCAAGTCCT AGAAGCAAAT CCGGTTCTCG AAGCATTTGG TAATGCGAAG 
ACCATCCGCA ATGATAACTC GTCTCGATTT GGAAAATACA TTGATGTACA TTTTAACGAG 
AGTGGATCTA TTGAAGGAGC GAAAATTGAA CAATATTTGT TGGAGAAATC GAGAATTGTT 
ACTCAATCAG AGAATGAGAG AAATTACCAT ATATTTTATT GTTTGTTGGC AGGACTGTCC 
AGAGAAGAAA AGTCGGAGCT AGAATTAGGA ACAGCTGCTG ATTATTATTA TTTGATTCAA 
GGAAAAACAC TGACAGCAGA AGGCCGTGAT GATGCTGCCG ATTTGGCTGA AATCCGATCC 
GCAATGCGAG TTCTCATGAT CAACGAGCAA GAAATTGGAA GTATCTTCAA ACTTTTGGCA 
TCTCTTCTTC ATATTGGAAA CATCAGATTC CGACAGAATA CGAATGACAA CATGGAATCA 
GTTGATGTAG CCGATCCATC AACTCTTGTC AGAATTGCAA AACTTTTGCA ACTCCACGAG 
CAAAATCTTC TTGACGCAAT TACTACTAAA AGCTTAGTAA CGCGCGAAGA ACGAGTGATC 
TCTAGATTGA ATGGTCAACA AGCCGTCGAT GCAAGAGATG CCCTTGCGAA GGCAATTTAT 
GGAAAATTAT TCATTCATAT CGTTAGAAGA GTGAACGATG CAATTTACAA ACCGTCGCAG 
TCAAGAAGAA CATCTATCGG AATTCTTGAT ATCTTTGGGT TTGAAAATTT TGAAAGTAAT 
AGTTTTGAGC AACTTTGCAT TAACTTTGCA AATGAGACAT TACAACAATT CTTTGTTCAC 
CATGTGTTTA AGATGGAGCA GAAGGAGTAT GATGAGGAGC ACATTAACTG GCGTCACATA 
AAATTTGTCG ATAATCAGGC TACAGTCGAT TTGATTGCTC AGAGACCGTT GAATATTTTG 
TCTCTTATTG ATGAGGAAAG TATTTTCCCA AAAGGAACTG ATAAGACAAT GCTGCTCAAA 
CTTCATTCAA CACATGGCAG AAACGAGCTC TATTTGCAGC CAAAATCTGA GCTTCAGAGA 
GCATTTGGAG TCACTCATTT TGCTGGAAAT GTGTTTTACA ACACACGAGG TTTCCTCGAA 
AAGAATCGAG ATTCCTTTTC AGCCGACTTG TCCGTGCTCA TTTCCTCATC AAAAATGCCA 
TTCCTTGCTC GATTATTCGA CGACATAGAA TACGACACAA GCTCCAGAAA GAAGGTGACC 
GTCGGAAATC AATTCCGAAG ATCGTTGGAG CAACTTATGT CCCAGTTGAC TCAAACACAT 
CCATTTTTCA TCAGATGCAT CAAGCCGAAT GAGATGAAGA GAGCACTTGT GATGGATAGA 
GATCTTGTAT TAAGACAGCT TCGCTATTCC GGAATGATGG AGACTATCAA AATCAGAAGG 
AGTGGTTATC CGATTCGTCA TGACTACTAT CCATTTGTCT TCCGTTATCG TGTCTTAGTT 
TCTTCCATCC AGGGACCAGT GAACAGGATC GATTTGCACG ATGCAGCCAA AAAAATTTGC 
CACATGATTC TTGGAACAAA TGCTGACTAT CAACTTGGAA AAACTAAAGT CTTTCTGAAA 
GATAAACACG ACTTGGTTCT GGAGCAAGAG TACTACCGCA TATTGAAGGA TAAGGCAATT 
GTTATTCAGA AAAATGTCAG GAGATGGTTA GTGAGAAAAG ACTTTGAGAA GCAAAGACAA 
GCTGCTGTCA CCATTCAAAC TGCATGGAGA GGTTTTGACC AAAGGAAAAG ATATCGTCAG 
ATTATTTCCG GTTTCTCACG CCTTCAGGCT GTTTTGCGTT CGAGACAATT GGTGTCACAT 
TATCAAACTC TACGAAAGAC AATCATCCAA TTTCAAGCTG TATGCCGCGG GTCTCTAGTA 
CGTCGTCAGG TTGGAGAAAA GCGAAAACGA GGCGAGAAAG CACCACTCAC AGAAGTTTCA 
TCCACTGCTT CAGTTATTTC GGATTCACAT GAGGAATTAG TTGGTCATTT GTTCGACTTC 
TTGCCATCTG ACGGGAAAGA TTCTGGGAAC GAAAATGATA GTGCGGATAG CAGCAGACGT 
GGATCCTATT CTAGACTTCA TACATCTCCT GTAATGCCAC CAGCAAACAT CCCAAGAGTT 
GACTCGTACG TAGATGAAGA TCTCAGTAAA TATCAATTCG GAAAGTACGC GGCAACATTC 
TTCCAAGCTC AAGCCACTGC GACTCATGTT AAGAAGCCAT TGAAAACTGC GCTTCTCACC 
CACACCGAGC CAAGTGCACA ACTTGCGGCT TTGACCGCAT GGACCACAAT ATTACGGTTT 
ATGGGAGACT TGGCTGATGT CAAACCAGGT TCCACGAATG GGTCAGAAGT TTATGACAAA 
ACTCCTGTAA TGATCAAGCT TTATGCAACA CTTGGAAAGA AATTCAGTGC ACATGATTTG 
GAAGAAGCTA TGCTTTCTAG TGAATATGGC GGAGCAAAAA CCTTGAAGAA AGGAATGGGC 
AGAAAATTGA TCAGTATGAC ACTGAAACGA AAAGGAAAGA TCAATGGATC AGATACATCA 
TCTATATCTT CTGATAGTGT TTATTCAAGT TTCAATGCAA TGCTGGAAAA CAAGCCAATG 
ACTAGTCTCG ATAAACTACA CTACATCATT GGACTCGGAA TTCTGAGAGA AGATTTGAGG 
GACGAAATAT ACTGTCAATT ATGTAAGCAA TTGAGCAACA ACCCGTCGAA GCTGTCTGCA 
GCACGCGGAT GGATCCTCCT GTCACTTTGT GTCGGATGCT TTGCTCCTTC AGAACGATTC 
ATTAAGTATT TGTTCTGTTT CATCAGAGAA AGAGGACCCG CTGGAACTGG TTATTCTAAA 
TACATCGAGG ATAGATTGCG AAGAACACAG GTGAATGGTA CGAGACACCA ACCACCAAGT 
TATGTGGAGC TGCAAGCGAA TAAATCACAA AAGCCAGTAG TCTTGGCCGT AACATTTATG 
GATGGAAGTG TCAAGACGCT TTGCGCAGAT TCTGCAACAA CGGCTGCGGA GCTGTGCAAG 
CAGCTAGCAG AGAAAGTTGG ACTAACGAAT TCCTTCGGGT TTAGTCTGTA TATTGCACTT 
TTTGATAAGG TTTCATCACT GGGAAGTGGC ACTGATCACG TTATGGATGC AATTTCACAG 
TGTGAACAGT ATGCAAAGGA GCAAGGAAGG CAAGAGCGGA ACGCTCCATG GAGACTATTT 
TTCAGAAAGG AAATTTTCAG TCCATGGCAT GACCCAAGAG ACGATCCCGT CAGCACAAAC 
TTGATCTACC AGCAAGTAAT CCGTGGAATA AAATATGGAG AATACAGATG TGACAAGGAT 
GAAGAGCTTG CCGCCATATG TGCGCAACAA TATTACATTG ATGAAGGTAC AATGGATGTG 
AATAAACTTG AAAACAACCT TCCGTCTTAT CTACCTGATT TTGAAATGTC TGGCAAAGAA 
ATGGCACTTG AGAAATGGAC TCAAACAATT ATGCATCAGT ATAGAAAAAA ATTCACTGGC 
CGACTTCCTT CTCAGATTGA AGTCAAAGAA AACGTCGTTT CTGTTGCAAA AACAAAATGG 
CCTCTTTTGT TCTCCAGATT CTATGAAGCA TTGAAATTCG CTGGACCCCC ATTACCAAAG 
AATGAAGTTA TTATTGCTGT GAATTGGACT GGTGTCTATG TGGTTGATGA TCGAGAGCAT 
GTGATGCTCG AGTTCAGTTT TCCAGAAATA TCAACGGCTT ATTATGGAAA GGGAAAACGA 
AGTACAACCG ACACTTGCAC AGTCAGAACT GTGGTTGGAG ACGAGTACAC ATTCCAATCA 
CCAAACGCAG ATGATATCAC TAATCTAATT GTTATGTTCC TGGAAGGCCT GAAAAAGCGA 
AGCAGATATC TTGTTGCTAT CAAGTCTCAA AAAGGAGACG AGAAGAACAA TTTTCTTGAA 
TTCGAAAAAG GCGACCTGTT GATTCTAGTG AATGAATTCA CCGGAAACAC ACTACTCACC 
GAAAGTGTTG TAAAAGGGGA GAATTCTAGA ACATGCTTGT TTGGCCTTAT CCGAGCTGAA 
AATGTTTACG TTCTGCCAAC TCTTGTGAAG CCATCGAAAA ACACTTTGCA AATCTTCCCG 
AAAGATATGG ATTTAAGTCT TGACCTGTTC AACAACAACA AACAAGTTAC CGTAGTCGAT 
TATAATGCAG AACCGTACAC TCTTGAAAAC TTTGCCGAAG ACAATTTCAA CTCTCAAGTA 
AAAAGAGTGG GGTCACAAAT CTCTTTAATG ACGCTGAGAA AGAAAGAATC GCAAATTGAA 
TGCTGGAGGT TTTCCAGAGA ACATATTGAT CAACCACTGC TTAAGAAGTT AAATGGAAGA 
GAAGATGCTT GCCGTGGTGC TATCGAAATA TTCGCAGCGA TCATGAAGTA CATGGGCGAC 
GAGCCATCAA AGAGAAGTCG CCTCGGAACT CATCTAACTG ATCACATTTT CAAATTGCCA 
ATTTCGATGG AAGCCCTGCG CGATGAACTG TACTGCCAAC TTGTGAAACA ATTGACTTTG 
AATCCTTCAA TCATGTCAGA GGAGCGTGGT TGGGAGCTTC TCTGGATGGC AACTGGGCTA 
TTTGCTCCGA GTGCTGCTCT GGCAAAAGAA ATCAGTCATT TCCTGAAATC CAGACCACAT 
CCTATAGCAT TAGATTGTCA GAATCGCATG CAGAAGCTTG CGAAGGGCGG AAGCAGGAAA 
TATCCCCCAC ATCTTGTCGA AGTTGAGGCA ATTCAACACA AAACAACGCA AATCTTCCAT 
AAAGTGTTTT TCCCAGACAA CACGGATGAG GCGATCGAGG TGGACTCTGC GACCAGAGCC 
CGCGACTTTT GTCACAAGAT CGGCTATAGG CTAGGATTGA AATCGTCCGA CGGGTTCAGT 
TTGTTTGTCA AAATAAAGGA CAAAGTGCTG GCTGTTCCGG AAAGCGAGTT TTTCTTCGAT 
TATGTAAGAT CACTTTCCGA TTGGGTTCAT ACGAATCACG CGACACAAAA GGATGCAACA 
ATGATACCGA TCAACTACCA GGTCTACTTT ATGAGAAAAC TTTGGTATAA CTTTGTGGCC 
GGTGCTGATC CACAAGCAGA CATCATCTTC CATTATCATC AAGAATCTCA AAAGTACCTT 
CTCGGATATC ATAAAACCAC CAAAAATGAT GTCATTGAAC TAGCTGCTCT TATTTTACGC 
TCAATGACTA AAGATGGCAA AAATGCACCT CTGGCTCAAA TACCTCAATT ACTTGATGAA 
ATTATACCTA AGGATTCGTT GAAAATGTAC TCAGCAAGTG AATGGAGGAA AACCATCAGT 
AATGCCTATG CAAGAATAGA GCATTTAAAG TCAGATCAAG CGAAAATTGA GTTCCTGAAC 
TACATATGCA GATGGCCAAC ATTCGGCTCC GCATTCTTCC CAGTTTCACA ATACTCTGAC 
CTAAACCTTC CTGATAGACT ACTTCTTGCG ATCAATCAAA CTGGAGTGAA CATTTATCAC 
TTGGATACTA AGAACCTTCT TGTTCAGTAT CCATTCAATG TAATTTGTAA TTGGACAAGT 
GGAAACACAT ACTTTAACAT GACCGTTGGT AATATGCTGA AGGGTAACGA AGGAAAGAAA 
CTTCTTCTTG ACACCACTGT CGGTTACAAA ATGGACGACT TGCTCACCTC TTATATATCA 
CTGCTAATAT CAAATCAAAA TAATCACCCA TCAAAAACTA GGGAAGTGGC ATTATAG

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

RefSeq	NP_508420.1
CDS	44..6340
Translation	MVLVSKGDFIWIEPGKTEGSIPIGARVIDQDHGRLKVIDDLGNEQWLSADRRVRLMHPTSVQGVEDMCQLGDFHESAILRNLFIRYREKLIYAYTGSILIAVNPYMDIAIYTADEIRMYKRKRIGELPPHIFAIADNAYTNMRREKKNQSVIISGESGAGKTESTKLVLQFLATISGQHSWIEQQVLEANPVLEAFGNAKTIRNDNSSRFGKYIDVHFNESGSIEGAKIEQYLLEKSRIVTQSENERNYHIFYCLLAGLSREEKSELELGTAADYYYLIQGKTLTAEGRDDAADLAEIRSAMRVLMINEQEIGSIFKLLASLLHIGNIRFRQNTNDNMESVDVADPSTLVRIAKLLQLHEQNLLDAITTKSLVTREERVISRLNGQQAVDARDALAKAIYGKLFIHIVRRVNDAIYKPSQSRRTSIGILDIFGFENFESNSFEQLCINFANETLQQFFVHHVFKMEQKEYDEEHINWRHIKFVDNQATVDLIAQRPLNILSLIDEESIFPKGTDKTMLLKLHSTHGRNELYLQPKSELQRAFGVTHFAGNVFYNTRGFLEKNRDSFSADLSVLISSSKMPFLARLFDDIEYDTSSRKKVTVGNQFRRSLEQLMSQLTQTHPFFIRCIKPNEMKRALVMDRDLVLRQLRYSGMMETIKIRRSGYPIRHDYYPFVFRYRVLVSSIQGPVNRIDLHDAAKKICHMILGTNADYQLGKTKVFLKDKHDLVLEQEYYRILKDKAIVIQKNVRRWLVRKDFEKQRQAAVTIQTAWRGFDQRKRYRQIISGFSRLQAVLRSRQLVSHYQTLRKTIIQFQAVCRGSLVRRQVGEKRKRGEKAPLTEVSSTASVISDSHEELVGHLFDFLPSDGKDSGNENDSADSSRRGSYSRLHTSPVMPPANIPRVDSYVDEDLSKYQFGKYAATFFQAQATATHVKKPLKTALLTHTEPSAQLAALTAWTTILRFMGDLADVKPGSTNGSEVYDKTPVMIKLYATLGKKFSAHDLEEAMLSSEYGGAKTLKKGMGRKLISMTLKRKGKINGSDTSSISSDSVYSSFNAMLENKPMTSLDKLHYIIGLGILREDLRDEIYCQLCKQLSNNPSKLSAARGWILLSLCVGCFAPSERFIKYLFCFIRERGPAGTGYSKYIEDRLRRTQVNGTRHQPPSYVELQANKSQKPVVLAVTFMDGSVKTLCADSATTAAELCKQLAEKVGLTNSFGFSLYIALFDKVSSLGSGTDHVMDAISQCEQYAKEQGRQERNAPWRLFFRKEIFSPWHDPRDDPVSTNLIYQQVIRGIKYGEYRCDKDEELAAICAQQYYIDEGTMDVNKLENNLPSYLPDFEMSGKEMALEKWTQTIMHQYRKKFTGRLPSQIEVKENVVSVAKTKWPLLFSRFYEALKFAGPPLPKNEVIIAVNWTGVYVVDDREHVMLEFSFPEISTAYYGKGKRSTTDTCTVRTVVGDEYTFQSPNADDITNLIVMFLEGLKKRSRYLVAIKSQKGDEKNNFLEFEKGDLLILVNEFTGNTLLTESVVKGENSRTCLFGLIRAENVYVLPTLVKPSKNTLQIFPKDMDLSLDLFNNNKQVTVVDYNAEPYTLENFAEDNFNSQVKRVGSQISLMTLRKKESQIECWRFSREHIDQPLLKKLNGREDACRGAIEIFAAIMKYMGDEPSKRSRLGTHLTDHIFKLPISMEALRDELYCQLVKQLTLNPSIMSEERGWELLWMATGLFAPSAALAKEISHFLKSRPHPIALDCQNRMQKLAKGGSRKYPPHLVEVEAIQHKTTQIFHKVFFPDNTDEAIEVDSATRARDFCHKIGYRLGLKSSDGFSLFVKIKDKVLAVPESEFFFDYVRSLSDWVHTNHATQKDATMIPINYQVYFMRKLWYNFVAGADPQADIIFHYHQESQKYLLGYHKTTKNDVIELAALILRSMTKDGKNAPLAQIPQLLDEIIPKDSLKMYSASEWRKTISNAYARIEHLKSDQAKIEFLNYICRWPTFGSAFFPVSQYSDLNLPDRLLLAINQTGVNIYHLDTKNLLVQYPFNVICNWTSGNTYFNMTVGNMLKGNEGKKLLLDTTVGYKMDDLLTSYISLLISNQNNHPSKTREVAL

Target ORF information:

RefSeq Version	NM_076019.5
Organism	Caenorhabditis elegans
Definition	Caenorhabditis elegans Unconventional myosin heavy chain 6 (hum-6), mRNA.

Target ORF information:

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

NM_076019.5

ORF Insert Sequence:

ATGGTATTAG TAAGCAAGGG TGACTTCATC TGGATTGAGC CCGGAAAAAC AGAGGGATCG 
ATTCCAATTG GAGCACGCGT CATCGACCAA GACCATGGAC GTTTGAAAGT GATTGACGAT 
CTTGGAAATG AACAATGGCT ATCGGCGGAT CGACGGGTCA GGCTGATGCA TCCGACATCA 
GTTCAGGGTG TGGAAGACAT GTGTCAGCTG GGCGATTTTC ATGAGAGTGC GATTTTGAGA 
AATTTATTTA TCAGATACAG AGAAAAACTT ATTTATGCCT ATACTGGTTC AATTTTGATA 
GCAGTAAATC CATATATGGA CATTGCTATC TATACAGCTG ATGAGATTCG GATGTACAAA 
AGGAAACGAA TCGGAGAGCT TCCACCCCAC ATTTTTGCAA TTGCTGATAA TGCGTATACA 
AATATGAGGA GGGAAAAGAA AAATCAATCT GTCATTATCA GTGGCGAATC TGGTGCAGGA 
AAAACTGAAT CCACAAAACT GGTCCTCCAG TTTTTGGCAA CAATCAGTGG ACAACACAGC 
TGGATCGAAC AGCAAGTCCT AGAAGCAAAT CCGGTTCTCG AAGCATTTGG TAATGCGAAG 
ACCATCCGCA ATGATAACTC GTCTCGATTT GGAAAATACA TTGATGTACA TTTTAACGAG 
AGTGGATCTA TTGAAGGAGC GAAAATTGAA CAATATTTGT TGGAGAAATC GAGAATTGTT 
ACTCAATCAG AGAATGAGAG AAATTACCAT ATATTTTATT GTTTGTTGGC AGGACTGTCC 
AGAGAAGAAA AGTCGGAGCT AGAATTAGGA ACAGCTGCTG ATTATTATTA TTTGATTCAA 
GGAAAAACAC TGACAGCAGA AGGCCGTGAT GATGCTGCCG ATTTGGCTGA AATCCGATCC 
GCAATGCGAG TTCTCATGAT CAACGAGCAA GAAATTGGAA GTATCTTCAA ACTTTTGGCA 
TCTCTTCTTC ATATTGGAAA CATCAGATTC CGACAGAATA CGAATGACAA CATGGAATCA 
GTTGATGTAG CCGATCCATC AACTCTTGTC AGAATTGCAA AACTTTTGCA ACTCCACGAG 
CAAAATCTTC TTGACGCAAT TACTACTAAA AGCTTAGTAA CGCGCGAAGA ACGAGTGATC 
TCTAGATTGA ATGGTCAACA AGCCGTCGAT GCAAGAGATG CCCTTGCGAA GGCAATTTAT 
GGAAAATTAT TCATTCATAT CGTTAGAAGA GTGAACGATG CAATTTACAA ACCGTCGCAG 
TCAAGAAGAA CATCTATCGG AATTCTTGAT ATCTTTGGGT TTGAAAATTT TGAAAGTAAT 
AGTTTTGAGC AACTTTGCAT TAACTTTGCA AATGAGACAT TACAACAATT CTTTGTTCAC 
CATGTGTTTA AGATGGAGCA GAAGGAGTAT GATGAGGAGC ACATTAACTG GCGTCACATA 
AAATTTGTCG ATAATCAGGC TACAGTCGAT TTGATTGCTC AGAGACCGTT GAATATTTTG 
TCTCTTATTG ATGAGGAAAG TATTTTCCCA AAAGGAACTG ATAAGACAAT GCTGCTCAAA 
CTTCATTCAA CACATGGCAG AAACGAGCTC TATTTGCAGC CAAAATCTGA GCTTCAGAGA 
GCATTTGGAG TCACTCATTT TGCTGGAAAT GTGTTTTACA ACACACGAGG TTTCCTCGAA 
AAGAATCGAG ATTCCTTTTC AGCCGACTTG TCCGTGCTCA TTTCCTCATC AAAAATGCCA 
TTCCTTGCTC GATTATTCGA CGACATAGAA TACGACACAA GCTCCAGAAA GAAGGTGACC 
GTCGGAAATC AATTCCGAAG ATCGTTGGAG CAACTTATGT CCCAGTTGAC TCAAACACAT 
CCATTTTTCA TCAGATGCAT CAAGCCGAAT GAGATGAAGA GAGCACTTGT GATGGATAGA 
GATCTTGTAT TAAGACAGCT TCGCTATTCC GGAATGATGG AGACTATCAA AATCAGAAGG 
AGTGGTTATC CGATTCGTCA TGACTACTAT CCATTTGTCT TCCGTTATCG TGTCTTAGTT 
TCTTCCATCC AGGGACCAGT GAACAGGATC GATTTGCACG ATGCAGCCAA AAAAATTTGC 
CACATGATTC TTGGAACAAA TGCTGACTAT CAACTTGGAA AAACTAAAGT CTTTCTGAAA 
GATAAACACG ACTTGGTTCT GGAGCAAGAG TACTACCGCA TATTGAAGGA TAAGGCAATT 
GTTATTCAGA AAAATGTCAG GAGATGGTTA GTGAGAAAAG ACTTTGAGAA GCAAAGACAA 
GCTGCTGTCA CCATTCAAAC TGCATGGAGA GGTTTTGACC AAAGGAAAAG ATATCGTCAG 
ATTATTTCCG GTTTCTCACG CCTTCAGGCT GTTTTGCGTT CGAGACAATT GGTGTCACAT 
TATCAAACTC TACGAAAGAC AATCATCCAA TTTCAAGCTG TATGCCGCGG GTCTCTAGTA 
CGTCGTCAGG TTGGAGAAAA GCGAAAACGA GGCGAGAAAG CACCACTCAC AGAAGTTTCA 
TCCACTGCTT CAGTTATTTC GGATTCACAT GAGGAATTAG TTGGTCATTT GTTCGACTTC 
TTGCCATCTG ACGGGAAAGA TTCTGGGAAC GAAAATGATA GTGCGGATAG CAGCAGACGT 
GGATCCTATT CTAGACTTCA TACATCTCCT GTAATGCCAC CAGCAAACAT CCCAAGAGTT 
GACTCGTACG TAGATGAAGA TCTCAGTAAA TATCAATTCG GAAAGTACGC GGCAACATTC 
TTCCAAGCTC AAGCCACTGC GACTCATGTT AAGAAGCCAT TGAAAACTGC GCTTCTCACC 
CACACCGAGC CAAGTGCACA ACTTGCGGCT TTGACCGCAT GGACCACAAT ATTACGGTTT 
ATGGGAGACT TGGCTGATGT CAAACCAGGT TCCACGAATG GGTCAGAAGT TTATGACAAA 
ACTCCTGTAA TGATCAAGCT TTATGCAACA CTTGGAAAGA AATTCAGTGC ACATGATTTG 
GAAGAAGCTA TGCTTTCTAG TGAATATGGC GGAGCAAAAA CCTTGAAGAA AGGAATGGGC 
AGAAAATTGA TCAGTATGAC ACTGAAACGA AAAGGAAAGA TCAATGGATC AGATACATCA 
TCTATATCTT CTGATAGTGT TTATTCAAGT TTCAATGCAA TGCTGGAAAA CAAGCCAATG 
ACTAGTCTCG ATAAACTACA CTACATCATT GGACTCGGAA TTCTGAGAGA AGATTTGAGG 
GACGAAATAT ACTGTCAATT ATGTAAGCAA TTGAGCAACA ACCCGTCGAA GCTGTCTGCA 
GCACGCGGAT GGATCCTCCT GTCACTTTGT GTCGGATGCT TTGCTCCTTC AGAACGATTC 
ATTAAGTATT TGTTCTGTTT CATCAGAGAA AGAGGACCCG CTGGAACTGG TTATTCTAAA 
TACATCGAGG ATAGATTGCG AAGAACACAG GTGAATGGTA CGAGACACCA ACCACCAAGT 
TATGTGGAGC TGCAAGCGAA TAAATCACAA AAGCCAGTAG TCTTGGCCGT AACATTTATG 
GATGGAAGTG TCAAGACGCT TTGCGCAGAT TCTGCAACAA CGGCTGCGGA GCTGTGCAAG 
CAGCTAGCAG AGAAAGTTGG ACTAACGAAT TCCTTCGGGT TTAGTCTGTA TATTGCACTT 
TTTGATAAGG TTTCATCACT GGGAAGTGGC ACTGATCACG TTATGGATGC AATTTCACAG 
TGTGAACAGT ATGCAAAGGA GCAAGGAAGG CAAGAGCGGA ACGCTCCATG GAGACTATTT 
TTCAGAAAGG AAATTTTCAG TCCATGGCAT GACCCAAGAG ACGATCCCGT CAGCACAAAC 
TTGATCTACC AGCAAGTAAT CCGTGGAATA AAATATGGAG AATACAGATG TGACAAGGAT 
GAAGAGCTTG CCGCCATATG TGCGCAACAA TATTACATTG ATGAAGGTAC AATGGATGTG 
AATAAACTTG AAAACAACCT TCCGTCTTAT CTACCTGATT TTGAAATGTC TGGCAAAGAA 
ATGGCACTTG AGAAATGGAC TCAAACAATT ATGCATCAGT ATAGAAAAAA ATTCACTGGC 
CGACTTCCTT CTCAGATTGA AGTCAAAGAA AACGTCGTTT CTGTTGCAAA AACAAAATGG 
CCTCTTTTGT TCTCCAGATT CTATGAAGCA TTGAAATTCG CTGGACCCCC ATTACCAAAG 
AATGAAGTTA TTATTGCTGT GAATTGGACT GGTGTCTATG TGGTTGATGA TCGAGAGCAT 
GTGATGCTCG AGTTCAGTTT TCCAGAAATA TCAACGGCTT ATTATGGAAA GGGAAAACGA 
AGTACAACCG ACACTTGCAC AGTCAGAACT GTGGTTGGAG ACGAGTACAC ATTCCAATCA 
CCAAACGCAG ATGATATCAC TAATCTAATT GTTATGTTCC TGGAAGGCCT GAAAAAGCGA 
AGCAGATATC TTGTTGCTAT CAAGTCTCAA AAAGGAGACG AGAAGAACAA TTTTCTTGAA 
TTCGAAAAAG GCGACCTGTT GATTCTAGTG AATGAATTCA CCGGAAACAC ACTACTCACC 
GAAAGTGTTG TAAAAGGGGA GAATTCTAGA ACATGCTTGT TTGGCCTTAT CCGAGCTGAA 
AATGTTTACG TTCTGCCAAC TCTTGTGAAG CCATCGAAAA ACACTTTGCA AATCTTCCCG 
AAAGATATGG ATTTAAGTCT TGACCTGTTC AACAACAACA AACAAGTTAC CGTAGTCGAT 
TATAATGCAG AACCGTACAC TCTTGAAAAC TTTGCCGAAG ACAATTTCAA CTCTCAAGTA 
AAAAGAGTGG GGTCACAAAT CTCTTTAATG ACGCTGAGAA AGAAAGAATC GCAAATTGAA 
TGCTGGAGGT TTTCCAGAGA ACATATTGAT CAACCACTGC TTAAGAAGTT AAATGGAAGA 
GAAGATGCTT GCCGTGGTGC TATCGAAATA TTCGCAGCGA TCATGAAGTA CATGGGCGAC 
GAGCCATCAA AGAGAAGTCG CCTCGGAACT CATCTAACTG ATCACATTTT CAAATTGCCA 
ATTTCGATGG AAGCCCTGCG CGATGAACTG TACTGCCAAC TTGTGAAACA ATTGACTTTG 
AATCCTTCAA TCATGTCAGA GGAGCGTGGT TGGGAGCTTC TCTGGATGGC AACTGGGCTA 
TTTGCTCCGA GTGCTGCTCT GGCAAAAGAA ATCAGTCATT TCCTGAAATC CAGACCACAT 
CCTATAGCAT TAGATTGTCA GAATCGCATG CAGAAGCTTG CGAAGGGCGG AAGCAGGAAA 
TATCCCCCAC ATCTTGTCGA AGTTGAGGCA ATTCAACACA AAACAACGCA AATCTTCCAT 
AAAGTGTTTT TCCCAGACAA CACGGATGAG GCGATCGAGG TGGACTCTGC GACCAGAGCC 
CGCGACTTTT GTCACAAGAT CGGCTATAGG CTAGGATTGA AATCGTCCGA CGGGTTCAGT 
TTGTTTGTCA AAATAAAGGA CAAAGTGCTG GCTGTTCCGG AAAGCGAGTT TTTCTTCGAT 
TATGTAAGAT CACTTTCCGA TTGGGTTCAT ACGAATCACG CGACACAAAA GGATGCAACA 
ATGATACCGA TCAACTACCA GGTCTACTTT ATGAGAAAAC TTTGGTATAA CTTTGTGGCC 
GGTGCTGATC CACAAGCAGA CATCATCTTC CATTATCATC AAGAATCTCA AAAGTACCTT 
CTCGGATATC ATAAAACCAC CAAAAATGAT GTCATTGAAC TAGCTGCTCT TATTTTACGC 
TCAATGACTA AAGATGGCAA AAATGCACCT CTGGCTCAAA TACCTCAATT ACTTGATGAA 
ATTATACCTA AGGATTCGTT GAAAATGTAC TCAGCAAGTG AATGGAGGAA AACCATCAGT 
AATGCCTATG CAAGAATAGA GCATTTAAAG TCAGATCAAG CGAAAATTGA GTTCCTGAAC 
TACATATGCA GATGGCCAAC ATTCGGCTCC GCATTCTTCC CAGTTTCACA ATACTCTGAC 
CTAAACCTTC CTGATAGACT ACTTCTTGCG ATCAATCAAA CTGGAGTGAA CATTTATCAC 
TTGGATACTA AGAACCTTCT TGTTCAGTAT CCATTCAATG TAATTTGTAA TTGGACAAGT 
GGAAACACAT ACTTTAACAT GACCGTTGGT AATATGCTGA AGGGTAACGA AGGAAAGAAA 
CTTCTTCTTG ACACCACTGT CGGTTACAAA ATGGACGACT TGCTCACCTC TTATATATCA 
CTGCTAATAT CAAATCAAAA TAATCACCCA TCAAAAACTA GGGAAGTGGC ATTATAG

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

PubMed

Genome sequence of the nematode C. elegans: a platform for investigating biology.
Science (New York, N.Y.)282(5396)2012-8(1998 Dec)

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hum-6 cDNA ORF clone, Caenorhabditis elegans

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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