ALMS1 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	ALMS1
Entrez Gene ID	103099926
Full Name	ALMS1, centrosome and basal body associated protein
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007477862.2	XP_007477924.1	Alstrom syndrome protein 1

Pathways from BioSystems
Gene Ontology

The following ALMS1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ALMS1 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
OMc08038	XM_007477862.2 Latest version!	Monodelphis domestica ALMS1, centrosome and basal body associated protein (ALMS1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

ALMS1 ( XM_007477862.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007477924.1 Monodelphis domestica ALMS1, centrosome and basal body associated protein (ALMS1), mRNA.

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CloneID	OMc08038
Clone ID Related Accession (Same CDS sequence)	XM_007477862.2
Accession Version	XM_007477862.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5121bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	Alstrom syndrome protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008801.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 27, 2016 this sequence version replaced XM_007477862.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTCAGA AGCAGGAGGA GCAGGCCTCT AGCTCAGAGA GTGCCCCTGG TGACATCCCC 
AAGTCTGAGC AAGCTGAGAA GAGATCGGTG CCCCTAAGGA TTCCTTCCAC AACTTTCTAT 
TATAAGGAGG ATTTAAAAAT TGTTTCTGAA CGTGTCCAAA GGCTCATCGA TCGTTGGGAT 
TCAGAGCTCA TTGAGATCAG TGCCCACACT GCCCCTAAGC CTACCCTGAA GACTGTGAGT 
AGTGGTAAGG AGGCAACCAA GCTCACCTTT TTTGAAAGTA AGGAGATACC CGTGACTGTC 
GATAAAGCAG GGAAGGTCAG GTCAGACCTT CAGGACATTA AGGAGGTATC AGAGTATGAA 
TCCAAAACAG ACAAAGGGCT CCACTCCCTC CTGGTGGAGG CGGAGAACAA TGCGAGGAAG 
CGATTCAGCA ATGCCTCAGC TCTTCGAGCT GACACCGTGT CTCCTTGGCC CAGCAGGCTG 
GACGACTCCA AGGAGCCCTC TTTGAAGAAG GACTCGGTGG GCCTTTCCCA GAGGTCAACG 
AGGGAAGAAA CCCTGGTCTC CACTGGGAAG GTGGAGACAA GTGCCCTCAG TTATTTCCCT 
TCTCAGAGAG AGTCTGGGAG AACTTCTGTT GAGGAAATGG AGAGTAAGGC CCGAGTGGCC 
ATGAGGGAGA CCCTCAGACA GTACGAAAAC GCCCGGTCGG TGCCAAGGTG TGATCCGGGC 
AGAAGTGGTG CCATCACTGG GCATCCAGTG CCTCTGATGC CTTTTGTAGA TAGCCATTCA 
AGTAGTGACA TCAGTGATGG GAGAGTTTCC TATGTCTGGG ACCCCTTTTT GGGATACCTG 
CCAGCCATCC CCAGCCATGC ATATATGGGA GATGTCCGGG ATCTGTCTGA TAGTGATGAT 
GGCAGCAGTG ATGACTCCTT GGCTGCCCAT GTGGAGCATC TTCTCAAGTG CGAGTCCCCT 
GTGAGCTTTG CCACACAGGT GCTGCGGAGT GCAGAGGAAG AGGAGTGCAG AGTTCGTGCA 
CGTGCTTGGA ATCTCAAGTT TAACCTGGCT TCCAAGTATG GGGACTTCAT GGCGGATCTG 
GACGAAGAAG ACATGAGGAA GATGGAGGAG ATCAAGGCTA GCCTGTTTGG CTGTGAGAGG 
CCACTGGACA TGATCCAGGG TTTGCCGTGC CCGGTGGGGA TAAGAAATAT CCCTGAAACA 
TTTTGTAATC ATCTCTTTAT TGAAGCTCAT GATAAAGGCT GCACCAGAAA TATGGCCAAT 
GACCAATCTG AAAGCGCTTC TCATGGCTTC AGATCTAAGG AGTCTGCAGA GGCGAATCAA 
GGACAGTCAG CAGCATCTTG GAGTGTGCAG TTTGCCAGCC ATGAAAAGCC AGCTATCCAA 
AGCTCTCAGG CAAGAGCGTG GAGCTCTTCT AGGACGGGAA GCCACCAGCC ATTCTTGAGC 
TCCACATCTG AGGCTCTTTA TGTTAGCAAG GTGGCAACAG GGCCATTCCA TGAAGAGGCA 
GAGACACAGC TGGTGAGATC TGTGGGACCT GCCCCCGGAT CCTCCCAAGA ACCCATCAGT 
TATCCATCTC ATCCGTCTGC GGGCTACTCC GAGTTCCACA GAAGCTCCCA GGGCTTCTGT 
GATGCTCCGA TTGTGGTTCA GATTGACCAA GCGCAAAGCC CTGTCCATGC CTCCAAGAGA 
CTGACTATGC AGGCACTGAA GAGCCCTCCC ACAATTACAA GCCAAGCCCT GGCAAGTTCC 
CTAAGGAAAG ATCCAGTGCT CACAGGAATT CGTGATCGGG TATCCATTGA TTTGTCTGTC 
ACCACAAGAA GCTTTCAAGA CAGAGGACCA CCAGAAGCAC CATCTACTAA AACTGCGGCT 
GAGCTCCAGC TCAGTACCAA GGACAGTTGG CCTGCTGACC CCCGGGACCT TGGTAGAGGC 
TTGAATGCCA AGTCACTTGG AGGAAAGGAG CAAAGTCTCC CTTCTGGCAT TGCCCCTGAG 
GAGCATCTGA AACAGTACCG GCCTCGGGAA GTCCTGCCTG GAGAGAGCCA GGGGAAACCT 
GGACGCTTCT CCCAGATTCC TTTTTCCCAG CCTCCTCTTT CCCAGCCTCC TCTTTCCCAG 
CCACCTCTTT CCCAGCCACC TCTTTCCCAG CCACCTCTTT CCCAGCCACC TCTTTCCCAG 
CCTCCTCTTT CCCAGCCACC TCTTTCCCAG CCACCTCTTT CCCAGCCTCC CCTTTCTCAG 
CCTCCCCTTT CCCAGCATCG CGGCCGTATT GTGGCAGAAC AGGGTCAGCT GAAGCAGAAC 
CCACGTCATG TAGCAGGCAT GGAGGCAGAG GCGGACTTCA GGATACGTCC AAGCTCCCCA 
CCTCTAGATG GAGAAGTGTC TTCTCCATTT CCATGCTCTT CAAGCAAAAG GGCCATCTCT 
TATCTTCGGA TTACACTCTC CCCCAACCCT TGCAGTGGCA TGCTGAATGG GGAGACCTTC 
CTGAAAAGGC AGCACACGAT GGATGCTGGC ACTAGAACAA GACTTCATAA TTCACTGAGT 
GTGGCCCCAT GTCCCCCAAA GCCTTGCTTG CCTGTGCCTA TACTGCTGTG CCCTCCAGAA 
TCGACCATAC CGCTACCAGA TAACGAGTTC TTAGATTGTC TACCTCACAG GAGTGGCCAG 
CCCTTGAAAT CTTTTTCAAG GCAAACCCAA GTTAATTGTT CAGATTTGGA GGCTTACTCA 
CATTCGAAAG GAGTGCCGAA CAATGATAGC TGTGTAACAT TCGATAACTC CAGGAATGCA 
TATCCTGCCC CTCCTCTCAA GTTATCATCG GATGCCAACA CTCAGATAAC AACAACTGAG 
GGTTCAGAAA AGACCACAAT TTCATCAGAG ATTTTTATTA GTTCTCACAT CCCTAACAAG 
CCATCTCATG GCCCAACTGC CCAGCCTTCA CTGCTGCCAT ACAAGCCTCC TGGAAGCACC 
ACCATGTATT ATGTTCCAAA CTCAGCGGAG CCACTTCTGT ACCCTGTGGC CAAATCCGAT 
ACCACTGTGG AGAGCACCCA TTCAGGGTCC AATGATGCTA TTGCTCCAGA TTTCCCCCCT 
GAGGCTCTTG GCACAAGGGA TGAAAATGTG TCTGACATTG TAAACATCAA ACATAAAGAG 
GGAATCTATA GCAAGAAGAC TAAGTCAGCC TGGACTGAAG AAGAAAATCC CACTACAAAA 
AGTGTGGCAG AATCCAAGAA TCAGTTGGAA GCTGAAAACA CAACTCATTC TGTCTTCAAG 
TCAGCCCAGT TTTACTTTCA CCATCCGGTC CACCATCACG ATTTCTTCTC CTGCTGTGAG 
CCCTGGGGAA GGGGCGCTCA GCTGCTTAAC TCCAGAGGAG TCCCCGGGCT CTGTCCTTCT 
TTTGATACTT TTGAAGACAA CAATGGGTTC TACCCGTTAC AGACCGAAAT GGATTACACC 
AGAATAGAAA GTTACTGCGT GAACGTAGGG GGCTCTGAAG AGCGGGGGGC CCGGCAGCAG 
CCCGACAAGA GTCATGAAGT CAGAGTTCCC ACAGGGAGCC CGAGGATCAG CTTCTCGCTA 
GCCCCGACGC TCCAGCCCAG CGCTAGTCTG AATGACCTCT GGAACAGGTT TCAGGAGCGA 
CAGAAGCAGC AGAAACTGCC GGCTTCCAAC TCCTCCAAAG AGTTGTCCTT GGTTGACCGT 
CTAGATCGCC TGGCCAAGGT CCTTCAGAAG CCCATGATGC TTTCTCTGCA GACTTCTGGG 
CCTGCCCAGG CTGATGGCAG CGGGGAGGGC ACCTGGCAGC AGCAGCAGGA CACAGGGAAA 
CACAAGCCAA AGAAGGATGA AAATGAACCC CACTCTCCCT GTGAATTGAG ATGGGTCTCC 
CGGGCTTCGT TTGTCCTGAC CGGGCGTCAT CAGAACAGGC CCGACCATCC CAGAGAGGCA 
GGGGCTGATT CCATGAGCCT CATCTCTTCA GACTCACTCA TGCCAGAGCC CTTGGACACC 
ATGTTTGAGT CTGACTCGAT GACCCAGACC GATGGAGAAG CAGACCCGAT GGGTGAGGCA 
AGCAGCGATG TATCCATGGC CCAGAAAGTC CTGGAAAGGA GGCATGGATC CCCCAGACGG 
CAGCACAGGC AGACGGAGGG GAGCAGTAGA GGAACAAAGG CTCGATCAAC CGCCCCTCAG 
GTCAGAAGAA AAGACATTCA GGTGGATTCT GTCACTTCCT TGGACTCTGG CTCGACTGAC 
AGTAGTGCTT GCAGTCTACA CCCTACTCCC AGGAATAAGC AGAATGTCCG GATGTTAAAT 
AAGGCTGTTC AAACAGGGGA ATTGGAGATG GTGAGAAGTA CAAGGAAGCA TACTCAGGAT 
TTTGGGGTGA CTTTTCCAAC CCCAAATCAT AACGTGACTG AAAAGAGAGC AGACAATTAT 
GTGAACTATT CAAAGACAGG AAGCAGTTCT GAAGAAAAGA AGCCTCTGAC TCTGTACCTG 
TGGACCAAGA AGTCAAGGAA AAGTAAACCT AATTGTTGTG AAGGGGTTTC CTGGTTTATT 
CCTGCAGAAA ACTTGAGATG TGCCTCTAAG AAGGAGAATC AGGCCAGTTG TGTCCGTGGC 
CCCGGCCCCT CCTGGTTCGC CTCTCTCACT TACAGCAAGC CCTGGAGGCA GCCCCTTCGA 
GAAAAGAACT GCCAGACCGA GAGCAGAGTG AGTTGTCGCC TCCAAGCCAT GTCGCCCGAT 
CTCAATGATG ATAAGGAGGC CCAGAGACGA TTTGTGAAGG CGGGCCTGCA GGAGTGCCTG 
GAGAGGAACC GTCCTGACTT CATCTCCAGC TCGGGAGCCC GGGTGAAGCG GCTGAAGTTA 
ATCACAGAGG AGAGGAAACT GCAGCATTTG TTACAGAGGG AGCGAGATGC CTTGTTCAAC 
ACGACTGAGC AGCAGAAGGT GTCTCAGGAT TTTGCCTGCT TTCTCTCTAA GAAAGGTCAC 
GTGACTTCGA GGAACAGGAC AATTACCAAG AAGGAAATGG TGCAACGCTC AAAAAGGATG 
TATGAGCAGC TTCCTGAGGT GAGGAAGAAG AGGGAAGAAG AGCAGAGGAG GTCGGCCTAC 
ACTGCCTACC GCTTTAAGGC TCAGCTCTAC AAAATGAAAA TCACCAACCG TGTCTTAGGG 
AGAAAAATCC CCTGGGACTG A

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

RefSeq	XP_007477924.1
CDS	582..5702
Translation	MPQKQEEQASSSESAPGDIPKSEQAEKRSVPLRIPSTTFYYKEDLKIVSERVQRLIDRWDSELIEISAHTAPKPTLKTVSSGKEATKLTFFESKEIPVTVDKAGKVRSDLQDIKEVSEYESKTDKGLHSLLVEAENNARKRFSNASALRADTVSPWPSRLDDSKEPSLKKDSVGLSQRSTREETLVSTGKVETSALSYFPSQRESGRTSVEEMESKARVAMRETLRQYENARSVPRCDPGRSGAITGHPVPLMPFVDSHSSSDISDGRVSYVWDPFLGYLPAIPSHAYMGDVRDLSDSDDGSSDDSLAAHVEHLLKCESPVSFATQVLRSAEEEECRVRARAWNLKFNLASKYGDFMADLDEEDMRKMEEIKASLFGCERPLDMIQGLPCPVGIRNIPETFCNHLFIEAHDKGCTRNMANDQSESASHGFRSKESAEANQGQSAASWSVQFASHEKPAIQSSQARAWSSSRTGSHQPFLSSTSEALYVSKVATGPFHEEAETQLVRSVGPAPGSSQEPISYPSHPSAGYSEFHRSSQGFCDAPIVVQIDQAQSPVHASKRLTMQALKSPPTITSQALASSLRKDPVLTGIRDRVSIDLSVTTRSFQDRGPPEAPSTKTAAELQLSTKDSWPADPRDLGRGLNAKSLGGKEQSLPSGIAPEEHLKQYRPREVLPGESQGKPGRFSQIPFSQPPLSQPPLSQPPLSQPPLSQPPLSQPPLSQPPLSQPPLSQPPLSQPPLSQPPLSQHRGRIVAEQGQLKQNPRHVAGMEAEADFRIRPSSPPLDGEVSSPFPCSSSKRAISYLRITLSPNPCSGMLNGETFLKRQHTMDAGTRTRLHNSLSVAPCPPKPCLPVPILLCPPESTIPLPDNEFLDCLPHRSGQPLKSFSRQTQVNCSDLEAYSHSKGVPNNDSCVTFDNSRNAYPAPPLKLSSDANTQITTTEGSEKTTISSEIFISSHIPNKPSHGPTAQPSLLPYKPPGSTTMYYVPNSAEPLLYPVAKSDTTVESTHSGSNDAIAPDFPPEALGTRDENVSDIVNIKHKEGIYSKKTKSAWTEEENPTTKSVAESKNQLEAENTTHSVFKSAQFYFHHPVHHHDFFSCCEPWGRGAQLLNSRGVPGLCPSFDTFEDNNGFYPLQTEMDYTRIESYCVNVGGSEERGARQQPDKSHEVRVPTGSPRISFSLAPTLQPSASLNDLWNRFQERQKQQKLPASNSSKELSLVDRLDRLAKVLQKPMMLSLQTSGPAQADGSGEGTWQQQQDTGKHKPKKDENEPHSPCELRWVSRASFVLTGRHQNRPDHPREAGADSMSLISSDSLMPEPLDTMFESDSMTQTDGEADPMGEASSDVSMAQKVLERRHGSPRRQHRQTEGSSRGTKARSTAPQVRRKDIQVDSVTSLDSGSTDSSACSLHPTPRNKQNVRMLNKAVQTGELEMVRSTRKHTQDFGVTFPTPNHNVTEKRADNYVNYSKTGSSSEEKKPLTLYLWTKKSRKSKPNCCEGVSWFIPAENLRCASKKENQASCVRGPGPSWFASLTYSKPWRQPLREKNCQTESRVSCRLQAMSPDLNDDKEAQRRFVKAGLQECLERNRPDFISSSGARVKRLKLITEERKLQHLLQRERDALFNTTEQQKVSQDFACFLSKKGHVTSRNRTITKKEMVQRSKRMYEQLPEVRKKREEEQRRSAYTAYRFKAQLYKMKITNRVLGRKIPWD

Target ORF information:

RefSeq Version	XM_007477862.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica ALMS1, centrosome and basal body associated protein (ALMS1), mRNA.

Target ORF information:

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

XM_007477862.2

ORF Insert Sequence:

ATGCCTCAGA AGCAGGAGGA GCAGGCCTCT AGCTCAGAGA GTGCCCCTGG TGACATCCCC 
AAGTCTGAGC AAGCTGAGAA GAGATCGGTG CCCCTAAGGA TTCCTTCCAC AACTTTCTAT 
TATAAGGAGG ATTTAAAAAT TGTTTCTGAA CGTGTCCAAA GGCTCATCGA TCGTTGGGAT 
TCAGAGCTCA TTGAGATCAG TGCCCACACT GCCCCTAAGC CTACCCTGAA GACTGTGAGT 
AGTGGTAAGG AGGCAACCAA GCTCACCTTT TTTGAAAGTA AGGAGATACC CGTGACTGTC 
GATAAAGCAG GGAAGGTCAG GTCAGACCTT CAGGACATTA AGGAGGTATC AGAGTATGAA 
TCCAAAACAG ACAAAGGGCT CCACTCCCTC CTGGTGGAGG CGGAGAACAA TGCGAGGAAG 
CGATTCAGCA ATGCCTCAGC TCTTCGAGCT GACACCGTGT CTCCTTGGCC CAGCAGGCTG 
GACGACTCCA AGGAGCCCTC TTTGAAGAAG GACTCGGTGG GCCTTTCCCA GAGGTCAACG 
AGGGAAGAAA CCCTGGTCTC CACTGGGAAG GTGGAGACAA GTGCCCTCAG TTATTTCCCT 
TCTCAGAGAG AGTCTGGGAG AACTTCTGTT GAGGAAATGG AGAGTAAGGC CCGAGTGGCC 
ATGAGGGAGA CCCTCAGACA GTACGAAAAC GCCCGGTCGG TGCCAAGGTG TGATCCGGGC 
AGAAGTGGTG CCATCACTGG GCATCCAGTG CCTCTGATGC CTTTTGTAGA TAGCCATTCA 
AGTAGTGACA TCAGTGATGG GAGAGTTTCC TATGTCTGGG ACCCCTTTTT GGGATACCTG 
CCAGCCATCC CCAGCCATGC ATATATGGGA GATGTCCGGG ATCTGTCTGA TAGTGATGAT 
GGCAGCAGTG ATGACTCCTT GGCTGCCCAT GTGGAGCATC TTCTCAAGTG CGAGTCCCCT 
GTGAGCTTTG CCACACAGGT GCTGCGGAGT GCAGAGGAAG AGGAGTGCAG AGTTCGTGCA 
CGTGCTTGGA ATCTCAAGTT TAACCTGGCT TCCAAGTATG GGGACTTCAT GGCGGATCTG 
GACGAAGAAG ACATGAGGAA GATGGAGGAG ATCAAGGCTA GCCTGTTTGG CTGTGAGAGG 
CCACTGGACA TGATCCAGGG TTTGCCGTGC CCGGTGGGGA TAAGAAATAT CCCTGAAACA 
TTTTGTAATC ATCTCTTTAT TGAAGCTCAT GATAAAGGCT GCACCAGAAA TATGGCCAAT 
GACCAATCTG AAAGCGCTTC TCATGGCTTC AGATCTAAGG AGTCTGCAGA GGCGAATCAA 
GGACAGTCAG CAGCATCTTG GAGTGTGCAG TTTGCCAGCC ATGAAAAGCC AGCTATCCAA 
AGCTCTCAGG CAAGAGCGTG GAGCTCTTCT AGGACGGGAA GCCACCAGCC ATTCTTGAGC 
TCCACATCTG AGGCTCTTTA TGTTAGCAAG GTGGCAACAG GGCCATTCCA TGAAGAGGCA 
GAGACACAGC TGGTGAGATC TGTGGGACCT GCCCCCGGAT CCTCCCAAGA ACCCATCAGT 
TATCCATCTC ATCCGTCTGC GGGCTACTCC GAGTTCCACA GAAGCTCCCA GGGCTTCTGT 
GATGCTCCGA TTGTGGTTCA GATTGACCAA GCGCAAAGCC CTGTCCATGC CTCCAAGAGA 
CTGACTATGC AGGCACTGAA GAGCCCTCCC ACAATTACAA GCCAAGCCCT GGCAAGTTCC 
CTAAGGAAAG ATCCAGTGCT CACAGGAATT CGTGATCGGG TATCCATTGA TTTGTCTGTC 
ACCACAAGAA GCTTTCAAGA CAGAGGACCA CCAGAAGCAC CATCTACTAA AACTGCGGCT 
GAGCTCCAGC TCAGTACCAA GGACAGTTGG CCTGCTGACC CCCGGGACCT TGGTAGAGGC 
TTGAATGCCA AGTCACTTGG AGGAAAGGAG CAAAGTCTCC CTTCTGGCAT TGCCCCTGAG 
GAGCATCTGA AACAGTACCG GCCTCGGGAA GTCCTGCCTG GAGAGAGCCA GGGGAAACCT 
GGACGCTTCT CCCAGATTCC TTTTTCCCAG CCTCCTCTTT CCCAGCCTCC TCTTTCCCAG 
CCACCTCTTT CCCAGCCACC TCTTTCCCAG CCACCTCTTT CCCAGCCACC TCTTTCCCAG 
CCTCCTCTTT CCCAGCCACC TCTTTCCCAG CCACCTCTTT CCCAGCCTCC CCTTTCTCAG 
CCTCCCCTTT CCCAGCATCG CGGCCGTATT GTGGCAGAAC AGGGTCAGCT GAAGCAGAAC 
CCACGTCATG TAGCAGGCAT GGAGGCAGAG GCGGACTTCA GGATACGTCC AAGCTCCCCA 
CCTCTAGATG GAGAAGTGTC TTCTCCATTT CCATGCTCTT CAAGCAAAAG GGCCATCTCT 
TATCTTCGGA TTACACTCTC CCCCAACCCT TGCAGTGGCA TGCTGAATGG GGAGACCTTC 
CTGAAAAGGC AGCACACGAT GGATGCTGGC ACTAGAACAA GACTTCATAA TTCACTGAGT 
GTGGCCCCAT GTCCCCCAAA GCCTTGCTTG CCTGTGCCTA TACTGCTGTG CCCTCCAGAA 
TCGACCATAC CGCTACCAGA TAACGAGTTC TTAGATTGTC TACCTCACAG GAGTGGCCAG 
CCCTTGAAAT CTTTTTCAAG GCAAACCCAA GTTAATTGTT CAGATTTGGA GGCTTACTCA 
CATTCGAAAG GAGTGCCGAA CAATGATAGC TGTGTAACAT TCGATAACTC CAGGAATGCA 
TATCCTGCCC CTCCTCTCAA GTTATCATCG GATGCCAACA CTCAGATAAC AACAACTGAG 
GGTTCAGAAA AGACCACAAT TTCATCAGAG ATTTTTATTA GTTCTCACAT CCCTAACAAG 
CCATCTCATG GCCCAACTGC CCAGCCTTCA CTGCTGCCAT ACAAGCCTCC TGGAAGCACC 
ACCATGTATT ATGTTCCAAA CTCAGCGGAG CCACTTCTGT ACCCTGTGGC CAAATCCGAT 
ACCACTGTGG AGAGCACCCA TTCAGGGTCC AATGATGCTA TTGCTCCAGA TTTCCCCCCT 
GAGGCTCTTG GCACAAGGGA TGAAAATGTG TCTGACATTG TAAACATCAA ACATAAAGAG 
GGAATCTATA GCAAGAAGAC TAAGTCAGCC TGGACTGAAG AAGAAAATCC CACTACAAAA 
AGTGTGGCAG AATCCAAGAA TCAGTTGGAA GCTGAAAACA CAACTCATTC TGTCTTCAAG 
TCAGCCCAGT TTTACTTTCA CCATCCGGTC CACCATCACG ATTTCTTCTC CTGCTGTGAG 
CCCTGGGGAA GGGGCGCTCA GCTGCTTAAC TCCAGAGGAG TCCCCGGGCT CTGTCCTTCT 
TTTGATACTT TTGAAGACAA CAATGGGTTC TACCCGTTAC AGACCGAAAT GGATTACACC 
AGAATAGAAA GTTACTGCGT GAACGTAGGG GGCTCTGAAG AGCGGGGGGC CCGGCAGCAG 
CCCGACAAGA GTCATGAAGT CAGAGTTCCC ACAGGGAGCC CGAGGATCAG CTTCTCGCTA 
GCCCCGACGC TCCAGCCCAG CGCTAGTCTG AATGACCTCT GGAACAGGTT TCAGGAGCGA 
CAGAAGCAGC AGAAACTGCC GGCTTCCAAC TCCTCCAAAG AGTTGTCCTT GGTTGACCGT 
CTAGATCGCC TGGCCAAGGT CCTTCAGAAG CCCATGATGC TTTCTCTGCA GACTTCTGGG 
CCTGCCCAGG CTGATGGCAG CGGGGAGGGC ACCTGGCAGC AGCAGCAGGA CACAGGGAAA 
CACAAGCCAA AGAAGGATGA AAATGAACCC CACTCTCCCT GTGAATTGAG ATGGGTCTCC 
CGGGCTTCGT TTGTCCTGAC CGGGCGTCAT CAGAACAGGC CCGACCATCC CAGAGAGGCA 
GGGGCTGATT CCATGAGCCT CATCTCTTCA GACTCACTCA TGCCAGAGCC CTTGGACACC 
ATGTTTGAGT CTGACTCGAT GACCCAGACC GATGGAGAAG CAGACCCGAT GGGTGAGGCA 
AGCAGCGATG TATCCATGGC CCAGAAAGTC CTGGAAAGGA GGCATGGATC CCCCAGACGG 
CAGCACAGGC AGACGGAGGG GAGCAGTAGA GGAACAAAGG CTCGATCAAC CGCCCCTCAG 
GTCAGAAGAA AAGACATTCA GGTGGATTCT GTCACTTCCT TGGACTCTGG CTCGACTGAC 
AGTAGTGCTT GCAGTCTACA CCCTACTCCC AGGAATAAGC AGAATGTCCG GATGTTAAAT 
AAGGCTGTTC AAACAGGGGA ATTGGAGATG GTGAGAAGTA CAAGGAAGCA TACTCAGGAT 
TTTGGGGTGA CTTTTCCAAC CCCAAATCAT AACGTGACTG AAAAGAGAGC AGACAATTAT 
GTGAACTATT CAAAGACAGG AAGCAGTTCT GAAGAAAAGA AGCCTCTGAC TCTGTACCTG 
TGGACCAAGA AGTCAAGGAA AAGTAAACCT AATTGTTGTG AAGGGGTTTC CTGGTTTATT 
CCTGCAGAAA ACTTGAGATG TGCCTCTAAG AAGGAGAATC AGGCCAGTTG TGTCCGTGGC 
CCCGGCCCCT CCTGGTTCGC CTCTCTCACT TACAGCAAGC CCTGGAGGCA GCCCCTTCGA 
GAAAAGAACT GCCAGACCGA GAGCAGAGTG AGTTGTCGCC TCCAAGCCAT GTCGCCCGAT 
CTCAATGATG ATAAGGAGGC CCAGAGACGA TTTGTGAAGG CGGGCCTGCA GGAGTGCCTG 
GAGAGGAACC GTCCTGACTT CATCTCCAGC TCGGGAGCCC GGGTGAAGCG GCTGAAGTTA 
ATCACAGAGG AGAGGAAACT GCAGCATTTG TTACAGAGGG AGCGAGATGC CTTGTTCAAC 
ACGACTGAGC AGCAGAAGGT GTCTCAGGAT TTTGCCTGCT TTCTCTCTAA GAAAGGTCAC 
GTGACTTCGA GGAACAGGAC AATTACCAAG AAGGAAATGG TGCAACGCTC AAAAAGGATG 
TATGAGCAGC TTCCTGAGGT GAGGAAGAAG AGGGAAGAAG AGCAGAGGAG GTCGGCCTAC 
ACTGCCTACC GCTTTAAGGC TCAGCTCTAC AAAATGAAAA TCACCAACCG TGTCTTAGGG 
AGAAAAATCC CCTGGGACTG A

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

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ALMS1 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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