OBSL1 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	OBSL1
Entrez Gene ID	100010083
Full Name	obscurin like 1
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007501930.2	XP_007501992.1	obscurin-like protein 1

Pathways from BioSystems
Gene Ontology

The following OBSL1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the OBSL1 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
OMc31009	XM_007501930.2 Latest version!	Monodelphis domestica obscurin-like 1 (OBSL1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

OBSL1 ( XM_007501930.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007501992.1 Monodelphis domestica obscurin-like 1 (OBSL1), mRNA.

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CloneID	OMc31009
Clone ID Related Accession (Same CDS sequence)	XM_007501930.2
Accession Version	XM_007501930.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6027bp) 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	obscurin-like protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008807.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 27, 2016 this sequence version replaced XM_007501930.1. ##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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGAAGAGA GCGCTGTTCT TGGGGGTGCC CCTCGCTTCC TTCGGTTCCC AAGGCCCGTG 
CGGGCGGTGA GTGGCGCCGA TGCCGTGTTG CGGTGCTGCC TTACAGGGGC CCCTGCACCC 
ACGGTTCTGT GGGAGAAGGA TGGGCAGCAG CTGGAGGCTT CCAGCCGTCT GTGTCTCCAG 
ACAGAAGGGA CTGAGCATAG CCTTTTGGTA AGGGAAGTCG GGGCCCCGGA CGCTGGAGTT 
TATGTGTGCC GGGCCCAAAA CTCCTCTGGG GAGGCCTACG CGGCCGCAGC CCTCACAGTA 
CAAGAGCCTT CAGAGGCAGC CCCCGTTCCC TCCGAGGGGT CCCCAGACCT GACCTCTTTG 
CAGGGTCCCC TTCATAGAGC CAGGACCCCG AGTCCTTTGG ACACGGACTC CACATTCCTC 
TCCTCAGACC CGGCCCAGGC CCCCTCCCTT TCACAGGGGC CCCCAGGCTT ACCGCTTGAG 
CCCCTGGAAG GGCCCCCCGT GTTCTTAGAA GGTCCACGCT GTCAGTGGGT GCAGCAGGGT 
GAGGACGTAG TCTTGGCATG CCAAGTCGGG GGGCAGCCAG AGCCAGCAGT GCACTGGGAG 
AAGGACGGGC GGCTCCTGGA GGATGTCTGG GAGAGCAGTC ACTTCTCTCT GACGAGAGGC 
CCGGCTGGGG ACGGGAGCCA CGCGCTGCGG ATCAGGGGCA TCCGACTACC AGACGCGGGC 
GTCTACGTGT GCCACGCAAG CAACGCGCAC GGGGGCACGG TGGCCGCTGC CCTGCTCCAG 
ATCCAGCCCT CTGCAGAGGC CCCTCTGAGC GCGCCCCACC AGGGCCAGAG GGCTTCTGCA 
GGGCCAGGCC AGGGCCCGGC TGCCCCGAAG AGCTTCTGGG TGAGCGAGGG AAAGCACGCC 
AAATTCCGGT GCTACGTGAC CGGGAAGCCA GAGCCCGAGA CCGAGTGGCA CTGGGAAGGC 
CAGCCGCTGA GCCCCGGGCG CCGACGGCTG CTCTACCGGG ACCACGACGG GGGCTTCGTG 
CTGAAGGTCT TGTACTGCCA GCCGTCCGAC TGCGGGCTTT ACGTGTGCGC CGCCCGCAAC 
ACCGCGGGAC ACACTCTCAG CGCCGTGCAG CTGCACGTCC GAGAGCCCCG AGTGCGGTTT 
GCGGTGCCCC TCGAGGACGT GGAGGGTGAA GAAGGTGGAG CCGCCGTGCT AGAATGCCAG 
GTGCCCTCCC GGGGCATCAC CACGACCTGG TACCGCGAGG ACCAGCGGCT GCTGCCCGGC 
CCCAAGTACG AGATGGGGGA GGCAGGGGTC ATGCGGCGCC TCATCATCCA TGACCTGGAG 
GCTGATGACG ACGGCATTTA CCTGTGTGAG ATGCGGGGCC GAGTGCGGAC CGTAGCCGCC 
GTAGCTGTCA AAGGGCCCAT CACAAGGCGG CTGCCAAGGA AGCTAGACGT GCTGGAAGGA 
GAGAACGCTG TGCTGTCGGT AGAGGTCCGA GGCGCTAAGG TGCTTGGGCG CTGGACTCGA 
GATGGCCAGG AATTGCCGGC TTCGCCCCGG ATCATCCAAA CCAGCTCCAA CCACACGCAC 
ACTCTGGTGT TGGTGGGGGT CACACGCCAG GATGCTGGGG TGGTCACCTT CAGCCTGGGC 
TCTTCCCACA CCTCCTCCAG GCTGAGGGTC AAATGTATGA AGCAAGTTCC CCCAGGACCC 
CCAGTTTCAG TCGAGCTGGG CACAGGATGC AGCAATGCAG CTCTGCTCAG CTGGAAACCC 
CCAGTGCCTG CCCCTGACAC GGCCTTTACC TACCGGCTAG AACGACAAGA AGTGGGCACA 
GATGCCTGGG TCCAGTGCCT CACTACAGAA GCAGCAGGCA TGGTGGAGGT GCCCGGAGAT 
GGCATGCCAA ATGAGGGTGA CTATCGCTTC CGACTCTGTG TGGTCAGTGA GCATGGCCAG 
AGCCCCTACA TCCTCTTTCC TGGCTCAGTG CACCTGGTGC CTGCAGTTCA GGTGCAAAGA 
GGACTACAGG ATGTATGTGT ACAAGAAGGG GATGATGCTA CCTTCTCCCT TGAACTCTCC 
ACCTCGGCGC AAGGCGCCTG GTTTCTGAAC GGGGCAGAGC TCAAGGCAAA AGGTCCAGAG 
AGTGGGTCCA GGGATGAAGT CCAAGGATAC CTGGTGCAGC AGCATGGCCC CCATCACAGC 
CTACTCCTCC GAGCCACGAG GCCCCGGGAC AGTGGGGCCC TCATCACTTT CCTGTGCCCT 
GGTGTACACA TCTCTGCCAC TCTCCACGTG CAAGAAGCCC CCGTGAGGAT TGTGCTCCCT 
CAAGAAAAGG TATCCATCGA GGCCAAGAGC TTGGAACAGG TGGTGCTCCT ATGTGAATTG 
TCCCGGGCTG GAGCTCCTGT GCATTGGTAC AAAGATGGAC TGGAGATAGA AGAGAGCCAA 
GCCATGGTGC TAGAGAATGA GGGCCTCCAA TGCCGCCTGG TGATACCAGC TGCCCAACCC 
CAGCACGGGG GCGAATTTGT ATGTAAGGCG GGAGAGGACT CGGCTTTCTT TATGGTCACC 
ATCAAAGAGC CCCCCGTGAA GATCCTATTC CCCCAGGACC AGGTATGTGT GGCTGCCGAG 
AGCTCGGAAC GGGTGGTTTT AAGCTGTGAG CTGTCCCAGG CTGGAGCCCC TGTGCACTGG 
TACAAGGACG GAATGGTGGC AAAGGAGAGT GAAACTCTGC TACTGGAGCG CAAAGGGCTC 
CACTGCCATC TGATTCTGCC TGCAGCCCAG CCCCAGGATG GGGGCAAGTT TGTGTGCAAG 
GCAGGAGATG ACCAGGCTGT CTTCCATGTC ACCATCACAG AGCCCCCAGT CCAGATCGTA 
CAACCCCAAG ATGAGATGTT CCTGACTGCT GTGACCTCAG AGAGAGTGGT CCTCATGTGC 
CAAGTGTCCC AGCCCAGAGC CTTGGTGGGC TGGTACAAGA ATGGGATGGA GGTAGAAGAG 
AGCAAATATT TGGTACTGGA GAGTGAGGGA CTCCAACACC GTCTCGTGCT GCCTTCTGTA 
AGGCTCCAGG ATGGGGGCGA GTTTGTCTGC AGCACCAGAG ATGACTCTGC CTTCTTCACA 
CTAACTGTAA CAGATCCTCC GGTGAGAATT GTATCCCCCC AGGACATGGT GTCCTTGGCT 
TCCCTCAGCT CAGAACGAGT GGTCCTGAAA TGTGAGCTGT CCCGGGCTGG AGTCCCTGTT 
CGCTGGTACA AGGATGGACT GGAGGTGGAA GAGAGTAGAA CCCTCATCCT GGAGAATGAG 
GGACCCCATC ACCGCTTGAT ACTGCCGGCA GCCCAGCCCC AAGATGGAGG GAAGTTTGTG 
TGCAAAGCAG GAGAAGACTC AGCCTTCTTC AACGTCACCA TCACAGAGCC TCCAGTGAAA 
ATCCTGTTCC CCCGAGATGA GGTGTCTGTG GCTGCCGTGA GCTCAGAGCG GGTGGTTCTG 
ACGTGTGAGC TGTCTCGGGC CGGAGCCCCT GTACGCTGGT ACAAGGATGG GCTGGAGGTA 
GAGGAGAATG AGGCCCTGGT TCTGGAGAGT GAGGGCCCCT ATCACCGCCT GGTGTTACCT 
GCAGCCCAGC CCCAGGATGG AGGGGAGTTT GTGTGTGATG CAGGGGATGA CTCGGCCTTC 
TTCATCGTCA GTGTCACAGT ACCCCCAGAA CGGATCGTGC GTCCAGCTGC CCGCTTCCTA 
CAGCTGCAAT TCAGGTCCCC AGGTCGGGTG GAGCTGCGCT GTGAGGTGGC CCCTGTGGGG 
GCCCGTGTGT GTTGGTACAA GGATGGGCTC GAGGTGGAGG CATCAGAAGA TTTGAAACTG 
GGGGCTGAGG GCCCAATCCG GACCCTGACC CTGCCCCAAG CCAGGCCCCA GGACGCTGGA 
GAGTATGTCT GTGAGACCCG AGATGAGGCA GTCTCTTTTG ACATCCGCCT AGCTGGTCAG 
TGCTCTGCCC AGGAAGGGGA GAAAGGCTGT CCAGGGCGAG TGCGCCAGTT TCTGGAGCCT 
GAATGGATCT CAGTTGTCGA GGATGGTAAC CTGGAGCTTC GGTCTGAGGG CACTCGGCGC 
ATGCTGTTCA TCCGCGCTGC CCACCCTTCT CATGCTGGGA ACTACACGTG CCAGGCTGGG 
TGTGAGCCCG CAGCCCCTAC CCTCACTTTC CCTGTCCAGG TGTCTGAGCC TCCCGTGAAA 
GTGTTGTCGC CGGAGGCCTC CCGGACTGGG GTTCGATGCG CCCCAGGCAG GGACCTGGAG 
CTGGCTGTGT GTCTTTCGGG GCCTGGGGGG GCCGTGCGCT GGTACAAAGA CGGGGAGCGG 
CTGGCCAGCC GGGGGCGGGT GCGGCTGGAG GAGGCCGGGG CACGGCGGGT GCTTCGGGTG 
CGGGGGGCAC GCAGCGGGGA TGCCGGCGAG TACCTCTGTG ATGCCTCCCA GGACAGTCGC 
ATCTTCCTCG TCTCTGTGGA AGAAATCCCC CAGGCGAAGC TAGTTTTAGA ACTGACTCCA 
CTGACCATCC AGGAGGGGGA TGATGCCACA TTCCGGTGTG AGGTCTTCCC AGCAGATGCT 
GAGCTCACCT GGCTTCTAAA TGGGACTGCA ATTACCCCCT GCAATCGGAT AGAAACAAGC 
CAGAATGGCC CAAACCACAC TCTGACCCTT CGGTGCTGTC AGATAAGTGA CTCAGGCACT 
GTGACCGCCC AGACGGAGGG TTCCGAGTCT ACTGCCAGGC TCCACGTCCG AGAGGCTGAA 
CTGCTGTTTT TGCGAAGGCT CCAAGATGCC CGTACTGAAG AGGGCCAGGA GCTGTCTATG 
GAGGTGGAGA CCAGTAGGGT TGGGGGGCAA GGAATAGTGA CCTGGTTACG AGGGGGAAAG 
CCTCTTCCTG AAGACCCTAG GTTCTCAGTG GTCCAGGATG GCCGAGTGCA TCGTCTGATC 
ATCCACAAAG TCATGGTGAG TGACCAGGGC ATCTACTGCT GCAAGAGCCA CCATGATCGC 
ACCCAGGCCC GGCTGCTTGT GAGGCCGGAG CAGCTGAAGG TTCGGCATCC CCTGGAGGAC 
GTGGTGGTCA CTGAAGGGGG CAGTGCCACC TTCCAATTGG AGTTGTCTCA GTCTGGGGTG 
ACCGGAGAAT GGGCCCGGGG AGGGGTCCGG TTGGAGCCTG GCAGGAACTG CCAGATCAGT 
GCCCAGGGTC ACAACCACTG CCTGGTACTC AGTGGCCTTG GCCTGGCCGA TACTGGAACC 
GTGTCCTTCA CCACTGATAC CCTTCGATGT GCTGCTCGGC TAGAAGTGAA AGAGATACCT 
TTAGCCATTG TGAAGGGACT CCAGGATCTC GAAGTGATAG AAGGTGACTC AGCTACATTT 
GAGTGTGAGC TGTCCAGGAC CCAGGCGGAC CTCACATGGG ATAAGGACGG CCAGGAACTG 
TCTCCCAGCC CTCGGCTCCG GATCCAGGCT CTCGGCTCCC GCCGGCTCCT GCAGCTCCGG 
TGCTGCGGCC CGAAGGACGC CGGCACCTAC AGCTGCTGCG TGGGGAACTC CCAAGCTTCG 
GCTGCCCGCC TCACTGTGCG GAAGAAGGAG GTGTCAGTGC TCCAGGAACT AAAGCCAGTG 
AAGGCCCGGG AAGGTGACGG CGCCACCTTC AAGTGCACAG TATCCCAGCC TGGCATCCCT 
GGTAGCTGGC AGCTGGGAGG CCGAGTCCTG CGCCCAGGAG GCCGTGTCCG AATCCGACAG 
GAAGGGAACC TTCACTCCCT GGCACTGAGT GAGCTGCAGG CTGAGGATTC TGGGGAGATC 
CAGTTCCAGG CTGGACAAGC AAAATCCTCC ACTCATCTGG AGGTTGAGGT CCTGCCTCTC 
CAGATCTGTC GTAGACCTCC TCGAGAGAAG ACGGTTTTAG CAGGCCGGAG GGCAGCCTTA 
GAAGTGACTG TGTCCAGGGG AGGTGGCCAT GTTCGATGGC TGCTGGGTGG GGTTGATTTG 
CCACCTGGAC CAAAGTATGA GTTTCGGAGC CATGGTGTCA CCCACAGTCT GATCATTCAC 
AACGTCCAGC CCACTGATGA GGGCACCTAC TGCTGCCAGG CTGGAGAAGA CAGTGCCAAT 
ACCAATCTGC TAGTGGAGAG TAGCTAG

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

RefSeq	XP_007501992.1
CDS	573..6599
Translation	MEESAVLGGAPRFLRFPRPVRAVSGADAVLRCCLTGAPAPTVLWEKDGQQLEASSRLCLQTEGTEHSLLVREVGAPDAGVYVCRAQNSSGEAYAAAALTVQEPSEAAPVPSEGSPDLTSLQGPLHRARTPSPLDTDSTFLSSDPAQAPSLSQGPPGLPLEPLEGPPVFLEGPRCQWVQQGEDVVLACQVGGQPEPAVHWEKDGRLLEDVWESSHFSLTRGPAGDGSHALRIRGIRLPDAGVYVCHASNAHGGTVAAALLQIQPSAEAPLSAPHQGQRASAGPGQGPAAPKSFWVSEGKHAKFRCYVTGKPEPETEWHWEGQPLSPGRRRLLYRDHDGGFVLKVLYCQPSDCGLYVCAARNTAGHTLSAVQLHVREPRVRFAVPLEDVEGEEGGAAVLECQVPSRGITTTWYREDQRLLPGPKYEMGEAGVMRRLIIHDLEADDDGIYLCEMRGRVRTVAAVAVKGPITRRLPRKLDVLEGENAVLSVEVRGAKVLGRWTRDGQELPASPRIIQTSSNHTHTLVLVGVTRQDAGVVTFSLGSSHTSSRLRVKCMKQVPPGPPVSVELGTGCSNAALLSWKPPVPAPDTAFTYRLERQEVGTDAWVQCLTTEAAGMVEVPGDGMPNEGDYRFRLCVVSEHGQSPYILFPGSVHLVPAVQVQRGLQDVCVQEGDDATFSLELSTSAQGAWFLNGAELKAKGPESGSRDEVQGYLVQQHGPHHSLLLRATRPRDSGALITFLCPGVHISATLHVQEAPVRIVLPQEKVSIEAKSLEQVVLLCELSRAGAPVHWYKDGLEIEESQAMVLENEGLQCRLVIPAAQPQHGGEFVCKAGEDSAFFMVTIKEPPVKILFPQDQVCVAAESSERVVLSCELSQAGAPVHWYKDGMVAKESETLLLERKGLHCHLILPAAQPQDGGKFVCKAGDDQAVFHVTITEPPVQIVQPQDEMFLTAVTSERVVLMCQVSQPRALVGWYKNGMEVEESKYLVLESEGLQHRLVLPSVRLQDGGEFVCSTRDDSAFFTLTVTDPPVRIVSPQDMVSLASLSSERVVLKCELSRAGVPVRWYKDGLEVEESRTLILENEGPHHRLILPAAQPQDGGKFVCKAGEDSAFFNVTITEPPVKILFPRDEVSVAAVSSERVVLTCELSRAGAPVRWYKDGLEVEENEALVLESEGPYHRLVLPAAQPQDGGEFVCDAGDDSAFFIVSVTVPPERIVRPAARFLQLQFRSPGRVELRCEVAPVGARVCWYKDGLEVEASEDLKLGAEGPIRTLTLPQARPQDAGEYVCETRDEAVSFDIRLAGQCSAQEGEKGCPGRVRQFLEPEWISVVEDGNLELRSEGTRRMLFIRAAHPSHAGNYTCQAGCEPAAPTLTFPVQVSEPPVKVLSPEASRTGVRCAPGRDLELAVCLSGPGGAVRWYKDGERLASRGRVRLEEAGARRVLRVRGARSGDAGEYLCDASQDSRIFLVSVEEIPQAKLVLELTPLTIQEGDDATFRCEVFPADAELTWLLNGTAITPCNRIETSQNGPNHTLTLRCCQISDSGTVTAQTEGSESTARLHVREAELLFLRRLQDARTEEGQELSMEVETSRVGGQGIVTWLRGGKPLPEDPRFSVVQDGRVHRLIIHKVMVSDQGIYCCKSHHDRTQARLLVRPEQLKVRHPLEDVVVTEGGSATFQLELSQSGVTGEWARGGVRLEPGRNCQISAQGHNHCLVLSGLGLADTGTVSFTTDTLRCAARLEVKEIPLAIVKGLQDLEVIEGDSATFECELSRTQADLTWDKDGQELSPSPRLRIQALGSRRLLQLRCCGPKDAGTYSCCVGNSQASAARLTVRKKEVSVLQELKPVKAREGDGATFKCTVSQPGIPGSWQLGGRVLRPGGRVRIRQEGNLHSLALSELQAEDSGEIQFQAGQAKSSTHLEVEVLPLQICRRPPREKTVLAGRRAALEVTVSRGGGHVRWLLGGVDLPPGPKYEFRSHGVTHSLIIHNVQPTDEGTYCCQAGEDSANTNLLVESS

Target ORF information:

RefSeq Version	XM_007501930.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica obscurin-like 1 (OBSL1), mRNA.

Target ORF information:

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

XM_007501930.2

ORF Insert Sequence:

ATGGAAGAGA GCGCTGTTCT TGGGGGTGCC CCTCGCTTCC TTCGGTTCCC AAGGCCCGTG 
CGGGCGGTGA GTGGCGCCGA TGCCGTGTTG CGGTGCTGCC TTACAGGGGC CCCTGCACCC 
ACGGTTCTGT GGGAGAAGGA TGGGCAGCAG CTGGAGGCTT CCAGCCGTCT GTGTCTCCAG 
ACAGAAGGGA CTGAGCATAG CCTTTTGGTA AGGGAAGTCG GGGCCCCGGA CGCTGGAGTT 
TATGTGTGCC GGGCCCAAAA CTCCTCTGGG GAGGCCTACG CGGCCGCAGC CCTCACAGTA 
CAAGAGCCTT CAGAGGCAGC CCCCGTTCCC TCCGAGGGGT CCCCAGACCT GACCTCTTTG 
CAGGGTCCCC TTCATAGAGC CAGGACCCCG AGTCCTTTGG ACACGGACTC CACATTCCTC 
TCCTCAGACC CGGCCCAGGC CCCCTCCCTT TCACAGGGGC CCCCAGGCTT ACCGCTTGAG 
CCCCTGGAAG GGCCCCCCGT GTTCTTAGAA GGTCCACGCT GTCAGTGGGT GCAGCAGGGT 
GAGGACGTAG TCTTGGCATG CCAAGTCGGG GGGCAGCCAG AGCCAGCAGT GCACTGGGAG 
AAGGACGGGC GGCTCCTGGA GGATGTCTGG GAGAGCAGTC ACTTCTCTCT GACGAGAGGC 
CCGGCTGGGG ACGGGAGCCA CGCGCTGCGG ATCAGGGGCA TCCGACTACC AGACGCGGGC 
GTCTACGTGT GCCACGCAAG CAACGCGCAC GGGGGCACGG TGGCCGCTGC CCTGCTCCAG 
ATCCAGCCCT CTGCAGAGGC CCCTCTGAGC GCGCCCCACC AGGGCCAGAG GGCTTCTGCA 
GGGCCAGGCC AGGGCCCGGC TGCCCCGAAG AGCTTCTGGG TGAGCGAGGG AAAGCACGCC 
AAATTCCGGT GCTACGTGAC CGGGAAGCCA GAGCCCGAGA CCGAGTGGCA CTGGGAAGGC 
CAGCCGCTGA GCCCCGGGCG CCGACGGCTG CTCTACCGGG ACCACGACGG GGGCTTCGTG 
CTGAAGGTCT TGTACTGCCA GCCGTCCGAC TGCGGGCTTT ACGTGTGCGC CGCCCGCAAC 
ACCGCGGGAC ACACTCTCAG CGCCGTGCAG CTGCACGTCC GAGAGCCCCG AGTGCGGTTT 
GCGGTGCCCC TCGAGGACGT GGAGGGTGAA GAAGGTGGAG CCGCCGTGCT AGAATGCCAG 
GTGCCCTCCC GGGGCATCAC CACGACCTGG TACCGCGAGG ACCAGCGGCT GCTGCCCGGC 
CCCAAGTACG AGATGGGGGA GGCAGGGGTC ATGCGGCGCC TCATCATCCA TGACCTGGAG 
GCTGATGACG ACGGCATTTA CCTGTGTGAG ATGCGGGGCC GAGTGCGGAC CGTAGCCGCC 
GTAGCTGTCA AAGGGCCCAT CACAAGGCGG CTGCCAAGGA AGCTAGACGT GCTGGAAGGA 
GAGAACGCTG TGCTGTCGGT AGAGGTCCGA GGCGCTAAGG TGCTTGGGCG CTGGACTCGA 
GATGGCCAGG AATTGCCGGC TTCGCCCCGG ATCATCCAAA CCAGCTCCAA CCACACGCAC 
ACTCTGGTGT TGGTGGGGGT CACACGCCAG GATGCTGGGG TGGTCACCTT CAGCCTGGGC 
TCTTCCCACA CCTCCTCCAG GCTGAGGGTC AAATGTATGA AGCAAGTTCC CCCAGGACCC 
CCAGTTTCAG TCGAGCTGGG CACAGGATGC AGCAATGCAG CTCTGCTCAG CTGGAAACCC 
CCAGTGCCTG CCCCTGACAC GGCCTTTACC TACCGGCTAG AACGACAAGA AGTGGGCACA 
GATGCCTGGG TCCAGTGCCT CACTACAGAA GCAGCAGGCA TGGTGGAGGT GCCCGGAGAT 
GGCATGCCAA ATGAGGGTGA CTATCGCTTC CGACTCTGTG TGGTCAGTGA GCATGGCCAG 
AGCCCCTACA TCCTCTTTCC TGGCTCAGTG CACCTGGTGC CTGCAGTTCA GGTGCAAAGA 
GGACTACAGG ATGTATGTGT ACAAGAAGGG GATGATGCTA CCTTCTCCCT TGAACTCTCC 
ACCTCGGCGC AAGGCGCCTG GTTTCTGAAC GGGGCAGAGC TCAAGGCAAA AGGTCCAGAG 
AGTGGGTCCA GGGATGAAGT CCAAGGATAC CTGGTGCAGC AGCATGGCCC CCATCACAGC 
CTACTCCTCC GAGCCACGAG GCCCCGGGAC AGTGGGGCCC TCATCACTTT CCTGTGCCCT 
GGTGTACACA TCTCTGCCAC TCTCCACGTG CAAGAAGCCC CCGTGAGGAT TGTGCTCCCT 
CAAGAAAAGG TATCCATCGA GGCCAAGAGC TTGGAACAGG TGGTGCTCCT ATGTGAATTG 
TCCCGGGCTG GAGCTCCTGT GCATTGGTAC AAAGATGGAC TGGAGATAGA AGAGAGCCAA 
GCCATGGTGC TAGAGAATGA GGGCCTCCAA TGCCGCCTGG TGATACCAGC TGCCCAACCC 
CAGCACGGGG GCGAATTTGT ATGTAAGGCG GGAGAGGACT CGGCTTTCTT TATGGTCACC 
ATCAAAGAGC CCCCCGTGAA GATCCTATTC CCCCAGGACC AGGTATGTGT GGCTGCCGAG 
AGCTCGGAAC GGGTGGTTTT AAGCTGTGAG CTGTCCCAGG CTGGAGCCCC TGTGCACTGG 
TACAAGGACG GAATGGTGGC AAAGGAGAGT GAAACTCTGC TACTGGAGCG CAAAGGGCTC 
CACTGCCATC TGATTCTGCC TGCAGCCCAG CCCCAGGATG GGGGCAAGTT TGTGTGCAAG 
GCAGGAGATG ACCAGGCTGT CTTCCATGTC ACCATCACAG AGCCCCCAGT CCAGATCGTA 
CAACCCCAAG ATGAGATGTT CCTGACTGCT GTGACCTCAG AGAGAGTGGT CCTCATGTGC 
CAAGTGTCCC AGCCCAGAGC CTTGGTGGGC TGGTACAAGA ATGGGATGGA GGTAGAAGAG 
AGCAAATATT TGGTACTGGA GAGTGAGGGA CTCCAACACC GTCTCGTGCT GCCTTCTGTA 
AGGCTCCAGG ATGGGGGCGA GTTTGTCTGC AGCACCAGAG ATGACTCTGC CTTCTTCACA 
CTAACTGTAA CAGATCCTCC GGTGAGAATT GTATCCCCCC AGGACATGGT GTCCTTGGCT 
TCCCTCAGCT CAGAACGAGT GGTCCTGAAA TGTGAGCTGT CCCGGGCTGG AGTCCCTGTT 
CGCTGGTACA AGGATGGACT GGAGGTGGAA GAGAGTAGAA CCCTCATCCT GGAGAATGAG 
GGACCCCATC ACCGCTTGAT ACTGCCGGCA GCCCAGCCCC AAGATGGAGG GAAGTTTGTG 
TGCAAAGCAG GAGAAGACTC AGCCTTCTTC AACGTCACCA TCACAGAGCC TCCAGTGAAA 
ATCCTGTTCC CCCGAGATGA GGTGTCTGTG GCTGCCGTGA GCTCAGAGCG GGTGGTTCTG 
ACGTGTGAGC TGTCTCGGGC CGGAGCCCCT GTACGCTGGT ACAAGGATGG GCTGGAGGTA 
GAGGAGAATG AGGCCCTGGT TCTGGAGAGT GAGGGCCCCT ATCACCGCCT GGTGTTACCT 
GCAGCCCAGC CCCAGGATGG AGGGGAGTTT GTGTGTGATG CAGGGGATGA CTCGGCCTTC 
TTCATCGTCA GTGTCACAGT ACCCCCAGAA CGGATCGTGC GTCCAGCTGC CCGCTTCCTA 
CAGCTGCAAT TCAGGTCCCC AGGTCGGGTG GAGCTGCGCT GTGAGGTGGC CCCTGTGGGG 
GCCCGTGTGT GTTGGTACAA GGATGGGCTC GAGGTGGAGG CATCAGAAGA TTTGAAACTG 
GGGGCTGAGG GCCCAATCCG GACCCTGACC CTGCCCCAAG CCAGGCCCCA GGACGCTGGA 
GAGTATGTCT GTGAGACCCG AGATGAGGCA GTCTCTTTTG ACATCCGCCT AGCTGGTCAG 
TGCTCTGCCC AGGAAGGGGA GAAAGGCTGT CCAGGGCGAG TGCGCCAGTT TCTGGAGCCT 
GAATGGATCT CAGTTGTCGA GGATGGTAAC CTGGAGCTTC GGTCTGAGGG CACTCGGCGC 
ATGCTGTTCA TCCGCGCTGC CCACCCTTCT CATGCTGGGA ACTACACGTG CCAGGCTGGG 
TGTGAGCCCG CAGCCCCTAC CCTCACTTTC CCTGTCCAGG TGTCTGAGCC TCCCGTGAAA 
GTGTTGTCGC CGGAGGCCTC CCGGACTGGG GTTCGATGCG CCCCAGGCAG GGACCTGGAG 
CTGGCTGTGT GTCTTTCGGG GCCTGGGGGG GCCGTGCGCT GGTACAAAGA CGGGGAGCGG 
CTGGCCAGCC GGGGGCGGGT GCGGCTGGAG GAGGCCGGGG CACGGCGGGT GCTTCGGGTG 
CGGGGGGCAC GCAGCGGGGA TGCCGGCGAG TACCTCTGTG ATGCCTCCCA GGACAGTCGC 
ATCTTCCTCG TCTCTGTGGA AGAAATCCCC CAGGCGAAGC TAGTTTTAGA ACTGACTCCA 
CTGACCATCC AGGAGGGGGA TGATGCCACA TTCCGGTGTG AGGTCTTCCC AGCAGATGCT 
GAGCTCACCT GGCTTCTAAA TGGGACTGCA ATTACCCCCT GCAATCGGAT AGAAACAAGC 
CAGAATGGCC CAAACCACAC TCTGACCCTT CGGTGCTGTC AGATAAGTGA CTCAGGCACT 
GTGACCGCCC AGACGGAGGG TTCCGAGTCT ACTGCCAGGC TCCACGTCCG AGAGGCTGAA 
CTGCTGTTTT TGCGAAGGCT CCAAGATGCC CGTACTGAAG AGGGCCAGGA GCTGTCTATG 
GAGGTGGAGA CCAGTAGGGT TGGGGGGCAA GGAATAGTGA CCTGGTTACG AGGGGGAAAG 
CCTCTTCCTG AAGACCCTAG GTTCTCAGTG GTCCAGGATG GCCGAGTGCA TCGTCTGATC 
ATCCACAAAG TCATGGTGAG TGACCAGGGC ATCTACTGCT GCAAGAGCCA CCATGATCGC 
ACCCAGGCCC GGCTGCTTGT GAGGCCGGAG CAGCTGAAGG TTCGGCATCC CCTGGAGGAC 
GTGGTGGTCA CTGAAGGGGG CAGTGCCACC TTCCAATTGG AGTTGTCTCA GTCTGGGGTG 
ACCGGAGAAT GGGCCCGGGG AGGGGTCCGG TTGGAGCCTG GCAGGAACTG CCAGATCAGT 
GCCCAGGGTC ACAACCACTG CCTGGTACTC AGTGGCCTTG GCCTGGCCGA TACTGGAACC 
GTGTCCTTCA CCACTGATAC CCTTCGATGT GCTGCTCGGC TAGAAGTGAA AGAGATACCT 
TTAGCCATTG TGAAGGGACT CCAGGATCTC GAAGTGATAG AAGGTGACTC AGCTACATTT 
GAGTGTGAGC TGTCCAGGAC CCAGGCGGAC CTCACATGGG ATAAGGACGG CCAGGAACTG 
TCTCCCAGCC CTCGGCTCCG GATCCAGGCT CTCGGCTCCC GCCGGCTCCT GCAGCTCCGG 
TGCTGCGGCC CGAAGGACGC CGGCACCTAC AGCTGCTGCG TGGGGAACTC CCAAGCTTCG 
GCTGCCCGCC TCACTGTGCG GAAGAAGGAG GTGTCAGTGC TCCAGGAACT AAAGCCAGTG 
AAGGCCCGGG AAGGTGACGG CGCCACCTTC AAGTGCACAG TATCCCAGCC TGGCATCCCT 
GGTAGCTGGC AGCTGGGAGG CCGAGTCCTG CGCCCAGGAG GCCGTGTCCG AATCCGACAG 
GAAGGGAACC TTCACTCCCT GGCACTGAGT GAGCTGCAGG CTGAGGATTC TGGGGAGATC 
CAGTTCCAGG CTGGACAAGC AAAATCCTCC ACTCATCTGG AGGTTGAGGT CCTGCCTCTC 
CAGATCTGTC GTAGACCTCC TCGAGAGAAG ACGGTTTTAG CAGGCCGGAG GGCAGCCTTA 
GAAGTGACTG TGTCCAGGGG AGGTGGCCAT GTTCGATGGC TGCTGGGTGG GGTTGATTTG 
CCACCTGGAC CAAAGTATGA GTTTCGGAGC CATGGTGTCA CCCACAGTCT GATCATTCAC 
AACGTCCAGC CCACTGATGA GGGCACCTAC TGCTGCCAGG CTGGAGAAGA CAGTGCCAAT 
ACCAATCTGC TAGTGGAGAG TAGCTAG

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

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OBSL1 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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