BMS1 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	BMS1
Entrez Gene ID	100015847
Full Name	BMS1, ribosome biogenesis factor
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007478481.2	XP_007478543.1	ribosome biogenesis protein BMS1 homolog
XM_007478482.2	XP_007478544.1	ribosome biogenesis protein BMS1 homolog

Pathways from BioSystems
Gene Ontology

The following BMS1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BMS1 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
OMc00607	XM_007478482.2 Latest version!	Monodelphis domestica BMS1, ribosome biogenesis factor (BMS1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OMc00607	XM_007478481.2 Latest version!	Monodelphis domestica BMS1, ribosome biogenesis factor (BMS1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

ORF Online Only Promotion

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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)

BMS1 ( XM_007478481.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007478543.1 Monodelphis domestica BMS1, ribosome biogenesis factor (BMS1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMc00607
Clone ID Related Accession (Same CDS sequence)	XM_007478481.2 , XM_007478482.2
Accession Version	XM_007478481.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3927bp) 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	ribosome biogenesis protein BMS1 homolog
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_007478481.1. ##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##

ATGGAGGACA AGGATCAGAA AAGACATAGA AAGAAAAACA GTGGGCCAAA AGCAGAGAAG 
AAAAAGAAAC GTCACCTGAA AGATCTAGGC CTTGGAGATG AGGAAGATGC CCGGAAGAGG 
AACCCCAAGG CTTTTGCTGT TCAGTCTGCT GTTCGGATGG CAAGGTCCTT CCACAGAACT 
CAGGACTTGA AGACAAAAAA ACATCATATT CCAGTGGTTG ATCGGACTCC CCTGGAACCG 
CCACCTGTGG TGGTTGTGGT AATGGGTCCT CCAAAAGTTG GGAAGAGCAC TTTAATTCAG 
TGCCTTATTC GAAATTTTAC AAGACAAAAA TTGACAGAAA TTAGAGGTCC AGTAACAATT 
GTGTCAGGTA AAAAACGACG ACTTACCATT ATTGAATGTG GATGTGACAT TAACACAATG 
ATTGATTTGG CAAAAGTGGC TGATTTGGTT CTCATGCTTA TTGATGCCAG CTTTGGGTTT 
GAAATGGAAA CATTTGAATT TCTAAACATC TGCCAAGTAC ATGGATTCCC TAAAATTATG 
GGTATCCTCA CACACCTTGA CACCTTCAAA AATAACAAGC AGCTAAAAAA GACCAAGAAG 
AGATTAAAAC ACAGATTTTG GACAGAAGTC TATCCAGGTG CCAAACTGTT CTACCTCTCT 
GGGATGGTCC ATGGTGAATA TCAAAATCAG GAAATTCATA ATCTGGGGCG TTTTATCACA 
GTTATGAAGT TTCGTCCTCT CACATGGCAA ACCTCTCATC CTTATGTTCT AGCAGACAGG 
ATGGAAGATT TGACTAATCC AGAAAATATT CGAATGAACA TCAAGTGTGA CCGAAAGGTG 
TCTATTTATG GTTATTTAAG AGGAGCACAT CTGAAAAATA AAAGCCAAAT TCACATGCCA 
GGTGTAGGAG ATTTTAACGT GAGTGATGTT AGTTTTTTGC CAGACCCTTG TGCCCTTCCA 
GACCACCAAA AGAAACGAGG CTTAAATGAG AAGGAGAAGT TGGTTTATGC ACCTCTGTCT 
GGAGTTGGTG GTGTGCTGTA TGATAAGGAT GCTGTTTATG TGGATCTTGG GGGCAGTCAT 
GCTTTTCAGG ATGAAGAGGA GGAATTGAGG CCAACTCATG AGCTGGTTCA GAGCCTCATT 
TCCACACATT CTACCATTGA TGCCAAAATG GCTTCAAGTA AAGTGTCTCT TTTCTCAGAT 
TCCAAACCCT TAGGGTTAGA GGAAATAGAA AACCAAGGGT TTCTGATGCC AAAAGAGGAG 
AGACAAGTAG ACCCTGAAAG TGGTCGAGTT CGTCGGAAAG CAATTTTTGG AGGTGAGGAA 
AATGAAGAGG AAGATAGTGA TGGTGATGAT GATGATGATG ATGATGATGG TGAAGATGAA 
GAAATGCCTG AAGAGGAAAC AGTGGGAAAT GATTCTAGTG ATGATGAAGC AAATGAGGAG 
GAATCTGATA ATGAACTCCC AAGCAAAGAA GAGATCACGA GGAGAATCAA GCGACCCAAG 
CTAGAGGAGA TGGAAGAAGA TGTGCAGATG GATCTGCCTG CATTTGCTGA TAGTGATGAT 
GACCTTGAGA GGAGCTCAGG TGAGGAAGGG GAATCTCAAG AAGCTGATGA AAGCAGTCAA 
GAAGGGGAAT CTTCTGAAGA AGGAGAGAGT GAGGAGGAAA TCTCTGAGTC CAAGGATCTC 
AGAGAAGCTA CTCCTAAAGT TAACCCAGGA AAATCCCGTA GTAATCTGAA CCTAGAAAAA 
ACTTTGGTGA TGAAAGCAGC CCTCACCACT ACAGACTCTG GTCATTGCAC AGCTGAAGAG 
GCATTTGGGT CAGATGCAGA ATCTGAAGGA GAGACTTCTC TTGATTCCCT GGAAGAAAGT 
TCGGAAACAG AACAAGGCTC TAAGAAAAGG CTTCGAAAGC GCCCACAGCT GAAAGAAGAA 
GATGCTCACC AGTTTGAGTC TAAGGAAATA AAAGATGAGA GTCTTGAGGT GGAAGATTTG 
TTGAAAGAGG AGGAGGAATA TAATGAGGAA GTTGACTTTT CCACAGAAAC TGTAGGTGCT 
CTCAAGTGGA AGGAAGATCT TTCCAGAAAG GCTGCTGAGG CCTTTTTGAG GCAAAAGCAG 
GCAACTCCAA ACCTTCGAAA GCTTGTTTAT GGGACAGTGG CTGAGGATGA TGATGATGAA 
GAAGGTGATG AGAATGAAGA GCTTGGAGGC TTGTTCCGTG TCAGCCGTCC AGACAAAGAA 
TCCAAGAGAA AGGCTGACTC CTTAGATTGT TCCAAGTTTC CTGTGGAAGC ACCACAAGAT 
TGGGACTTAG AGGAGGTGAT GAACAATATT CGAGATTGTT TTGTGACTGG AAAATGGGAA 
GCAGATAAAG ATGCACAGAA ACTTTTAGAA GATGATGAAG AACTTTATGG TGACTTTGAA 
GACCTTGAGA CTGGGGATGT ACATAAGGGA AAATCTGTTG AACCAGAAGA TGAGGACAAG 
GAGGAGGAGG AGGTTGAAAG TGTTGAAGAG GAAGTGAAGG AGGAAGAAGT GCCTAAAGCA 
GAGGAAGATG CAAAGAAGAA GCGCTTGGAG AAAAAGCGGA AATTGAAAGA AATGTTTGAT 
AATGAATATG ATGAAGGAGA AAACACATAT TTTGATGATC TTAAAGGTGA AATGCACAAA 
CAAGCTCAGC TTAATCGAGC AGAATTTGAG GATCAAGATG ACGAGGCCAG AGTTCAGTAT 
GAGGGCTTCC GACCTGGGAT GTATGTCCGG ATTGAGATAG AGAATGTCCC CTGCGAGTTT 
GTGCTTAACT TTGACCCCCA CTACCCAATT ATTCTTGGTG GCTTGGGCAA CAGTGAAGGA 
AATGTTGGTT ATGTACAGAT GCGTCTGAAG AAGCATCGTT GGTATAAGAA AATTCTTAAG 
TCTCGGGATC CTTTAATTTT CTCTCTTGGA TGGAGGAGGT TTCAGACTAT CCCATTATAT 
CACATTGAAG ACCATAATGG GCGACAAAGG CTTCTTAAAT ACACCCCACA GCATATGCAT 
TGTGGAGCAA CCTTTTGGGG TCCCATCACT CCACAGGGAA CTGGGTTTTT GGCGATTCAG 
TCTGTCAGTG GCACAATGAC TGATTTTCGG ATAGCTGCCA CAGGAGTTGT CCTTGACTTG 
GATAAATCTA TAACCATTGT GAAGAAGTTA AAACTAACAG GTTTCCCCTT TAAAATCTTC 
AAGAACACTT CATTTATTAA GGGAATGTTC AACTCTGCCC TGGAAGTGGC CAAGTTTGAA 
GGTGCTGCAA TCCGGACTGT CAGTGGAATA AGGGGGCAGA TTAAGAAGGC CCTTCGAGCC 
CCCGAAGGTG CCTTCCGAGC TACTTTTGAG GACAAGTTGT TGATGAGTGA TATTGTCTTC 
ATGCGAACCT GGTATCCTGT CTCCATCCCA ACCTTCTATA ATCCAGTAAC ATCTTTGCTG 
AAACCAGTGG GTGAAAAAGA TAGTTGGACA GGAATGAGGA CCACAGGCCA GCTTCGACTG 
GCACATGGCA TCCGCCTGAA GCAGAGCAAG GATTCTCTGT ATAAGCCAGT AGTCAGGCAA 
AAGAAGCATT TTAATACACT CCACATCCCC AAAGCTCTGC AGAAGGCCCT GCCTTTTAAG 
AGTAAGCCTA AGAACCAGGA AAAGGCTGCC AAGATACCAA GGGATCGGGT GAGAGCAGCT 
GTGATCAGAG AGCCTCATGA AAAAAAGATC TTCTCCCTGC TCACTGCTCT GGGCACAGTA 
CACAGTTACA AGATGAAAAA GGCCAAGGAC AAGCATCGCC AGCAGCATAA AGAACACCTC 
AAAATCAAGC AGAAGGAGGA GGAGGACAAA TTCAAGCGGC TAAAGGAGGC CAGGAAAAAA 
GTCTTCCGAA TTAGGGGCCA GAAAGAACAA AAGAATCTGA GGTCAAGCCT GAAGGGGGCT 
GGAGCTTCGG GGCAGGCAGC CTTCTGA

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

RefSeq	XP_007478543.1
CDS	123..4049
Translation	MEDKDQKRHRKKNSGPKAEKKKKRHLKDLGLGDEEDARKRNPKAFAVQSAVRMARSFHRTQDLKTKKHHIPVVDRTPLEPPPVVVVVMGPPKVGKSTLIQCLIRNFTRQKLTEIRGPVTIVSGKKRRLTIIECGCDINTMIDLAKVADLVLMLIDASFGFEMETFEFLNICQVHGFPKIMGILTHLDTFKNNKQLKKTKKRLKHRFWTEVYPGAKLFYLSGMVHGEYQNQEIHNLGRFITVMKFRPLTWQTSHPYVLADRMEDLTNPENIRMNIKCDRKVSIYGYLRGAHLKNKSQIHMPGVGDFNVSDVSFLPDPCALPDHQKKRGLNEKEKLVYAPLSGVGGVLYDKDAVYVDLGGSHAFQDEEEELRPTHELVQSLISTHSTIDAKMASSKVSLFSDSKPLGLEEIENQGFLMPKEERQVDPESGRVRRKAIFGGEENEEEDSDGDDDDDDDDGEDEEMPEEETVGNDSSDDEANEEESDNELPSKEEITRRIKRPKLEEMEEDVQMDLPAFADSDDDLERSSGEEGESQEADESSQEGESSEEGESEEEISESKDLREATPKVNPGKSRSNLNLEKTLVMKAALTTTDSGHCTAEEAFGSDAESEGETSLDSLEESSETEQGSKKRLRKRPQLKEEDAHQFESKEIKDESLEVEDLLKEEEEYNEEVDFSTETVGALKWKEDLSRKAAEAFLRQKQATPNLRKLVYGTVAEDDDDEEGDENEELGGLFRVSRPDKESKRKADSLDCSKFPVEAPQDWDLEEVMNNIRDCFVTGKWEADKDAQKLLEDDEELYGDFEDLETGDVHKGKSVEPEDEDKEEEEVESVEEEVKEEEVPKAEEDAKKKRLEKKRKLKEMFDNEYDEGENTYFDDLKGEMHKQAQLNRAEFEDQDDEARVQYEGFRPGMYVRIEIENVPCEFVLNFDPHYPIILGGLGNSEGNVGYVQMRLKKHRWYKKILKSRDPLIFSLGWRRFQTIPLYHIEDHNGRQRLLKYTPQHMHCGATFWGPITPQGTGFLAIQSVSGTMTDFRIAATGVVLDLDKSITIVKKLKLTGFPFKIFKNTSFIKGMFNSALEVAKFEGAAIRTVSGIRGQIKKALRAPEGAFRATFEDKLLMSDIVFMRTWYPVSIPTFYNPVTSLLKPVGEKDSWTGMRTTGQLRLAHGIRLKQSKDSLYKPVVRQKKHFNTLHIPKALQKALPFKSKPKNQEKAAKIPRDRVRAAVIREPHEKKIFSLLTALGTVHSYKMKKAKDKHRQQHKEHLKIKQKEEEDKFKRLKEARKKVFRIRGQKEQKNLRSSLKGAGASGQAAF

Target ORF information:

RefSeq Version	XM_007478481.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica BMS1, ribosome biogenesis factor (BMS1), transcript variant X1, mRNA.

Target ORF information:

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

XM_007478481.2

ORF Insert Sequence:

ATGGAGGACA AGGATCAGAA AAGACATAGA AAGAAAAACA GTGGGCCAAA AGCAGAGAAG 
AAAAAGAAAC GTCACCTGAA AGATCTAGGC CTTGGAGATG AGGAAGATGC CCGGAAGAGG 
AACCCCAAGG CTTTTGCTGT TCAGTCTGCT GTTCGGATGG CAAGGTCCTT CCACAGAACT 
CAGGACTTGA AGACAAAAAA ACATCATATT CCAGTGGTTG ATCGGACTCC CCTGGAACCG 
CCACCTGTGG TGGTTGTGGT AATGGGTCCT CCAAAAGTTG GGAAGAGCAC TTTAATTCAG 
TGCCTTATTC GAAATTTTAC AAGACAAAAA TTGACAGAAA TTAGAGGTCC AGTAACAATT 
GTGTCAGGTA AAAAACGACG ACTTACCATT ATTGAATGTG GATGTGACAT TAACACAATG 
ATTGATTTGG CAAAAGTGGC TGATTTGGTT CTCATGCTTA TTGATGCCAG CTTTGGGTTT 
GAAATGGAAA CATTTGAATT TCTAAACATC TGCCAAGTAC ATGGATTCCC TAAAATTATG 
GGTATCCTCA CACACCTTGA CACCTTCAAA AATAACAAGC AGCTAAAAAA GACCAAGAAG 
AGATTAAAAC ACAGATTTTG GACAGAAGTC TATCCAGGTG CCAAACTGTT CTACCTCTCT 
GGGATGGTCC ATGGTGAATA TCAAAATCAG GAAATTCATA ATCTGGGGCG TTTTATCACA 
GTTATGAAGT TTCGTCCTCT CACATGGCAA ACCTCTCATC CTTATGTTCT AGCAGACAGG 
ATGGAAGATT TGACTAATCC AGAAAATATT CGAATGAACA TCAAGTGTGA CCGAAAGGTG 
TCTATTTATG GTTATTTAAG AGGAGCACAT CTGAAAAATA AAAGCCAAAT TCACATGCCA 
GGTGTAGGAG ATTTTAACGT GAGTGATGTT AGTTTTTTGC CAGACCCTTG TGCCCTTCCA 
GACCACCAAA AGAAACGAGG CTTAAATGAG AAGGAGAAGT TGGTTTATGC ACCTCTGTCT 
GGAGTTGGTG GTGTGCTGTA TGATAAGGAT GCTGTTTATG TGGATCTTGG GGGCAGTCAT 
GCTTTTCAGG ATGAAGAGGA GGAATTGAGG CCAACTCATG AGCTGGTTCA GAGCCTCATT 
TCCACACATT CTACCATTGA TGCCAAAATG GCTTCAAGTA AAGTGTCTCT TTTCTCAGAT 
TCCAAACCCT TAGGGTTAGA GGAAATAGAA AACCAAGGGT TTCTGATGCC AAAAGAGGAG 
AGACAAGTAG ACCCTGAAAG TGGTCGAGTT CGTCGGAAAG CAATTTTTGG AGGTGAGGAA 
AATGAAGAGG AAGATAGTGA TGGTGATGAT GATGATGATG ATGATGATGG TGAAGATGAA 
GAAATGCCTG AAGAGGAAAC AGTGGGAAAT GATTCTAGTG ATGATGAAGC AAATGAGGAG 
GAATCTGATA ATGAACTCCC AAGCAAAGAA GAGATCACGA GGAGAATCAA GCGACCCAAG 
CTAGAGGAGA TGGAAGAAGA TGTGCAGATG GATCTGCCTG CATTTGCTGA TAGTGATGAT 
GACCTTGAGA GGAGCTCAGG TGAGGAAGGG GAATCTCAAG AAGCTGATGA AAGCAGTCAA 
GAAGGGGAAT CTTCTGAAGA AGGAGAGAGT GAGGAGGAAA TCTCTGAGTC CAAGGATCTC 
AGAGAAGCTA CTCCTAAAGT TAACCCAGGA AAATCCCGTA GTAATCTGAA CCTAGAAAAA 
ACTTTGGTGA TGAAAGCAGC CCTCACCACT ACAGACTCTG GTCATTGCAC AGCTGAAGAG 
GCATTTGGGT CAGATGCAGA ATCTGAAGGA GAGACTTCTC TTGATTCCCT GGAAGAAAGT 
TCGGAAACAG AACAAGGCTC TAAGAAAAGG CTTCGAAAGC GCCCACAGCT GAAAGAAGAA 
GATGCTCACC AGTTTGAGTC TAAGGAAATA AAAGATGAGA GTCTTGAGGT GGAAGATTTG 
TTGAAAGAGG AGGAGGAATA TAATGAGGAA GTTGACTTTT CCACAGAAAC TGTAGGTGCT 
CTCAAGTGGA AGGAAGATCT TTCCAGAAAG GCTGCTGAGG CCTTTTTGAG GCAAAAGCAG 
GCAACTCCAA ACCTTCGAAA GCTTGTTTAT GGGACAGTGG CTGAGGATGA TGATGATGAA 
GAAGGTGATG AGAATGAAGA GCTTGGAGGC TTGTTCCGTG TCAGCCGTCC AGACAAAGAA 
TCCAAGAGAA AGGCTGACTC CTTAGATTGT TCCAAGTTTC CTGTGGAAGC ACCACAAGAT 
TGGGACTTAG AGGAGGTGAT GAACAATATT CGAGATTGTT TTGTGACTGG AAAATGGGAA 
GCAGATAAAG ATGCACAGAA ACTTTTAGAA GATGATGAAG AACTTTATGG TGACTTTGAA 
GACCTTGAGA CTGGGGATGT ACATAAGGGA AAATCTGTTG AACCAGAAGA TGAGGACAAG 
GAGGAGGAGG AGGTTGAAAG TGTTGAAGAG GAAGTGAAGG AGGAAGAAGT GCCTAAAGCA 
GAGGAAGATG CAAAGAAGAA GCGCTTGGAG AAAAAGCGGA AATTGAAAGA AATGTTTGAT 
AATGAATATG ATGAAGGAGA AAACACATAT TTTGATGATC TTAAAGGTGA AATGCACAAA 
CAAGCTCAGC TTAATCGAGC AGAATTTGAG GATCAAGATG ACGAGGCCAG AGTTCAGTAT 
GAGGGCTTCC GACCTGGGAT GTATGTCCGG ATTGAGATAG AGAATGTCCC CTGCGAGTTT 
GTGCTTAACT TTGACCCCCA CTACCCAATT ATTCTTGGTG GCTTGGGCAA CAGTGAAGGA 
AATGTTGGTT ATGTACAGAT GCGTCTGAAG AAGCATCGTT GGTATAAGAA AATTCTTAAG 
TCTCGGGATC CTTTAATTTT CTCTCTTGGA TGGAGGAGGT TTCAGACTAT CCCATTATAT 
CACATTGAAG ACCATAATGG GCGACAAAGG CTTCTTAAAT ACACCCCACA GCATATGCAT 
TGTGGAGCAA CCTTTTGGGG TCCCATCACT CCACAGGGAA CTGGGTTTTT GGCGATTCAG 
TCTGTCAGTG GCACAATGAC TGATTTTCGG ATAGCTGCCA CAGGAGTTGT CCTTGACTTG 
GATAAATCTA TAACCATTGT GAAGAAGTTA AAACTAACAG GTTTCCCCTT TAAAATCTTC 
AAGAACACTT CATTTATTAA GGGAATGTTC AACTCTGCCC TGGAAGTGGC CAAGTTTGAA 
GGTGCTGCAA TCCGGACTGT CAGTGGAATA AGGGGGCAGA TTAAGAAGGC CCTTCGAGCC 
CCCGAAGGTG CCTTCCGAGC TACTTTTGAG GACAAGTTGT TGATGAGTGA TATTGTCTTC 
ATGCGAACCT GGTATCCTGT CTCCATCCCA ACCTTCTATA ATCCAGTAAC ATCTTTGCTG 
AAACCAGTGG GTGAAAAAGA TAGTTGGACA GGAATGAGGA CCACAGGCCA GCTTCGACTG 
GCACATGGCA TCCGCCTGAA GCAGAGCAAG GATTCTCTGT ATAAGCCAGT AGTCAGGCAA 
AAGAAGCATT TTAATACACT CCACATCCCC AAAGCTCTGC AGAAGGCCCT GCCTTTTAAG 
AGTAAGCCTA AGAACCAGGA AAAGGCTGCC AAGATACCAA GGGATCGGGT GAGAGCAGCT 
GTGATCAGAG AGCCTCATGA AAAAAAGATC TTCTCCCTGC TCACTGCTCT GGGCACAGTA 
CACAGTTACA AGATGAAAAA GGCCAAGGAC AAGCATCGCC AGCAGCATAA AGAACACCTC 
AAAATCAAGC AGAAGGAGGA GGAGGACAAA TTCAAGCGGC TAAAGGAGGC CAGGAAAAAA 
GTCTTCCGAA TTAGGGGCCA GAAAGAACAA AAGAATCTGA GGTCAAGCCT GAAGGGGGCT 
GGAGCTTCGG GGCAGGCAGC CTTCTGA

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

BMS1 ( XM_007478482.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007478544.1 Monodelphis domestica BMS1, ribosome biogenesis factor (BMS1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMc00607
Clone ID Related Accession (Same CDS sequence)	XM_007478481.2 , XM_007478482.2
Accession Version	XM_007478482.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3927bp) 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	ribosome biogenesis protein BMS1 homolog
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_007478482.1. ##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##

ATGGAGGACA AGGATCAGAA AAGACATAGA AAGAAAAACA GTGGGCCAAA AGCAGAGAAG 
AAAAAGAAAC GTCACCTGAA AGATCTAGGC CTTGGAGATG AGGAAGATGC CCGGAAGAGG 
AACCCCAAGG CTTTTGCTGT TCAGTCTGCT GTTCGGATGG CAAGGTCCTT CCACAGAACT 
CAGGACTTGA AGACAAAAAA ACATCATATT CCAGTGGTTG ATCGGACTCC CCTGGAACCG 
CCACCTGTGG TGGTTGTGGT AATGGGTCCT CCAAAAGTTG GGAAGAGCAC TTTAATTCAG 
TGCCTTATTC GAAATTTTAC AAGACAAAAA TTGACAGAAA TTAGAGGTCC AGTAACAATT 
GTGTCAGGTA AAAAACGACG ACTTACCATT ATTGAATGTG GATGTGACAT TAACACAATG 
ATTGATTTGG CAAAAGTGGC TGATTTGGTT CTCATGCTTA TTGATGCCAG CTTTGGGTTT 
GAAATGGAAA CATTTGAATT TCTAAACATC TGCCAAGTAC ATGGATTCCC TAAAATTATG 
GGTATCCTCA CACACCTTGA CACCTTCAAA AATAACAAGC AGCTAAAAAA GACCAAGAAG 
AGATTAAAAC ACAGATTTTG GACAGAAGTC TATCCAGGTG CCAAACTGTT CTACCTCTCT 
GGGATGGTCC ATGGTGAATA TCAAAATCAG GAAATTCATA ATCTGGGGCG TTTTATCACA 
GTTATGAAGT TTCGTCCTCT CACATGGCAA ACCTCTCATC CTTATGTTCT AGCAGACAGG 
ATGGAAGATT TGACTAATCC AGAAAATATT CGAATGAACA TCAAGTGTGA CCGAAAGGTG 
TCTATTTATG GTTATTTAAG AGGAGCACAT CTGAAAAATA AAAGCCAAAT TCACATGCCA 
GGTGTAGGAG ATTTTAACGT GAGTGATGTT AGTTTTTTGC CAGACCCTTG TGCCCTTCCA 
GACCACCAAA AGAAACGAGG CTTAAATGAG AAGGAGAAGT TGGTTTATGC ACCTCTGTCT 
GGAGTTGGTG GTGTGCTGTA TGATAAGGAT GCTGTTTATG TGGATCTTGG GGGCAGTCAT 
GCTTTTCAGG ATGAAGAGGA GGAATTGAGG CCAACTCATG AGCTGGTTCA GAGCCTCATT 
TCCACACATT CTACCATTGA TGCCAAAATG GCTTCAAGTA AAGTGTCTCT TTTCTCAGAT 
TCCAAACCCT TAGGGTTAGA GGAAATAGAA AACCAAGGGT TTCTGATGCC AAAAGAGGAG 
AGACAAGTAG ACCCTGAAAG TGGTCGAGTT CGTCGGAAAG CAATTTTTGG AGGTGAGGAA 
AATGAAGAGG AAGATAGTGA TGGTGATGAT GATGATGATG ATGATGATGG TGAAGATGAA 
GAAATGCCTG AAGAGGAAAC AGTGGGAAAT GATTCTAGTG ATGATGAAGC AAATGAGGAG 
GAATCTGATA ATGAACTCCC AAGCAAAGAA GAGATCACGA GGAGAATCAA GCGACCCAAG 
CTAGAGGAGA TGGAAGAAGA TGTGCAGATG GATCTGCCTG CATTTGCTGA TAGTGATGAT 
GACCTTGAGA GGAGCTCAGG TGAGGAAGGG GAATCTCAAG AAGCTGATGA AAGCAGTCAA 
GAAGGGGAAT CTTCTGAAGA AGGAGAGAGT GAGGAGGAAA TCTCTGAGTC CAAGGATCTC 
AGAGAAGCTA CTCCTAAAGT TAACCCAGGA AAATCCCGTA GTAATCTGAA CCTAGAAAAA 
ACTTTGGTGA TGAAAGCAGC CCTCACCACT ACAGACTCTG GTCATTGCAC AGCTGAAGAG 
GCATTTGGGT CAGATGCAGA ATCTGAAGGA GAGACTTCTC TTGATTCCCT GGAAGAAAGT 
TCGGAAACAG AACAAGGCTC TAAGAAAAGG CTTCGAAAGC GCCCACAGCT GAAAGAAGAA 
GATGCTCACC AGTTTGAGTC TAAGGAAATA AAAGATGAGA GTCTTGAGGT GGAAGATTTG 
TTGAAAGAGG AGGAGGAATA TAATGAGGAA GTTGACTTTT CCACAGAAAC TGTAGGTGCT 
CTCAAGTGGA AGGAAGATCT TTCCAGAAAG GCTGCTGAGG CCTTTTTGAG GCAAAAGCAG 
GCAACTCCAA ACCTTCGAAA GCTTGTTTAT GGGACAGTGG CTGAGGATGA TGATGATGAA 
GAAGGTGATG AGAATGAAGA GCTTGGAGGC TTGTTCCGTG TCAGCCGTCC AGACAAAGAA 
TCCAAGAGAA AGGCTGACTC CTTAGATTGT TCCAAGTTTC CTGTGGAAGC ACCACAAGAT 
TGGGACTTAG AGGAGGTGAT GAACAATATT CGAGATTGTT TTGTGACTGG AAAATGGGAA 
GCAGATAAAG ATGCACAGAA ACTTTTAGAA GATGATGAAG AACTTTATGG TGACTTTGAA 
GACCTTGAGA CTGGGGATGT ACATAAGGGA AAATCTGTTG AACCAGAAGA TGAGGACAAG 
GAGGAGGAGG AGGTTGAAAG TGTTGAAGAG GAAGTGAAGG AGGAAGAAGT GCCTAAAGCA 
GAGGAAGATG CAAAGAAGAA GCGCTTGGAG AAAAAGCGGA AATTGAAAGA AATGTTTGAT 
AATGAATATG ATGAAGGAGA AAACACATAT TTTGATGATC TTAAAGGTGA AATGCACAAA 
CAAGCTCAGC TTAATCGAGC AGAATTTGAG GATCAAGATG ACGAGGCCAG AGTTCAGTAT 
GAGGGCTTCC GACCTGGGAT GTATGTCCGG ATTGAGATAG AGAATGTCCC CTGCGAGTTT 
GTGCTTAACT TTGACCCCCA CTACCCAATT ATTCTTGGTG GCTTGGGCAA CAGTGAAGGA 
AATGTTGGTT ATGTACAGAT GCGTCTGAAG AAGCATCGTT GGTATAAGAA AATTCTTAAG 
TCTCGGGATC CTTTAATTTT CTCTCTTGGA TGGAGGAGGT TTCAGACTAT CCCATTATAT 
CACATTGAAG ACCATAATGG GCGACAAAGG CTTCTTAAAT ACACCCCACA GCATATGCAT 
TGTGGAGCAA CCTTTTGGGG TCCCATCACT CCACAGGGAA CTGGGTTTTT GGCGATTCAG 
TCTGTCAGTG GCACAATGAC TGATTTTCGG ATAGCTGCCA CAGGAGTTGT CCTTGACTTG 
GATAAATCTA TAACCATTGT GAAGAAGTTA AAACTAACAG GTTTCCCCTT TAAAATCTTC 
AAGAACACTT CATTTATTAA GGGAATGTTC AACTCTGCCC TGGAAGTGGC CAAGTTTGAA 
GGTGCTGCAA TCCGGACTGT CAGTGGAATA AGGGGGCAGA TTAAGAAGGC CCTTCGAGCC 
CCCGAAGGTG CCTTCCGAGC TACTTTTGAG GACAAGTTGT TGATGAGTGA TATTGTCTTC 
ATGCGAACCT GGTATCCTGT CTCCATCCCA ACCTTCTATA ATCCAGTAAC ATCTTTGCTG 
AAACCAGTGG GTGAAAAAGA TAGTTGGACA GGAATGAGGA CCACAGGCCA GCTTCGACTG 
GCACATGGCA TCCGCCTGAA GCAGAGCAAG GATTCTCTGT ATAAGCCAGT AGTCAGGCAA 
AAGAAGCATT TTAATACACT CCACATCCCC AAAGCTCTGC AGAAGGCCCT GCCTTTTAAG 
AGTAAGCCTA AGAACCAGGA AAAGGCTGCC AAGATACCAA GGGATCGGGT GAGAGCAGCT 
GTGATCAGAG AGCCTCATGA AAAAAAGATC TTCTCCCTGC TCACTGCTCT GGGCACAGTA 
CACAGTTACA AGATGAAAAA GGCCAAGGAC AAGCATCGCC AGCAGCATAA AGAACACCTC 
AAAATCAAGC AGAAGGAGGA GGAGGACAAA TTCAAGCGGC TAAAGGAGGC CAGGAAAAAA 
GTCTTCCGAA TTAGGGGCCA GAAAGAACAA AAGAATCTGA GGTCAAGCCT GAAGGGGGCT 
GGAGCTTCGG GGCAGGCAGC CTTCTGA

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

RefSeq	XP_007478544.1
CDS	286..4212
Translation	MEDKDQKRHRKKNSGPKAEKKKKRHLKDLGLGDEEDARKRNPKAFAVQSAVRMARSFHRTQDLKTKKHHIPVVDRTPLEPPPVVVVVMGPPKVGKSTLIQCLIRNFTRQKLTEIRGPVTIVSGKKRRLTIIECGCDINTMIDLAKVADLVLMLIDASFGFEMETFEFLNICQVHGFPKIMGILTHLDTFKNNKQLKKTKKRLKHRFWTEVYPGAKLFYLSGMVHGEYQNQEIHNLGRFITVMKFRPLTWQTSHPYVLADRMEDLTNPENIRMNIKCDRKVSIYGYLRGAHLKNKSQIHMPGVGDFNVSDVSFLPDPCALPDHQKKRGLNEKEKLVYAPLSGVGGVLYDKDAVYVDLGGSHAFQDEEEELRPTHELVQSLISTHSTIDAKMASSKVSLFSDSKPLGLEEIENQGFLMPKEERQVDPESGRVRRKAIFGGEENEEEDSDGDDDDDDDDGEDEEMPEEETVGNDSSDDEANEEESDNELPSKEEITRRIKRPKLEEMEEDVQMDLPAFADSDDDLERSSGEEGESQEADESSQEGESSEEGESEEEISESKDLREATPKVNPGKSRSNLNLEKTLVMKAALTTTDSGHCTAEEAFGSDAESEGETSLDSLEESSETEQGSKKRLRKRPQLKEEDAHQFESKEIKDESLEVEDLLKEEEEYNEEVDFSTETVGALKWKEDLSRKAAEAFLRQKQATPNLRKLVYGTVAEDDDDEEGDENEELGGLFRVSRPDKESKRKADSLDCSKFPVEAPQDWDLEEVMNNIRDCFVTGKWEADKDAQKLLEDDEELYGDFEDLETGDVHKGKSVEPEDEDKEEEEVESVEEEVKEEEVPKAEEDAKKKRLEKKRKLKEMFDNEYDEGENTYFDDLKGEMHKQAQLNRAEFEDQDDEARVQYEGFRPGMYVRIEIENVPCEFVLNFDPHYPIILGGLGNSEGNVGYVQMRLKKHRWYKKILKSRDPLIFSLGWRRFQTIPLYHIEDHNGRQRLLKYTPQHMHCGATFWGPITPQGTGFLAIQSVSGTMTDFRIAATGVVLDLDKSITIVKKLKLTGFPFKIFKNTSFIKGMFNSALEVAKFEGAAIRTVSGIRGQIKKALRAPEGAFRATFEDKLLMSDIVFMRTWYPVSIPTFYNPVTSLLKPVGEKDSWTGMRTTGQLRLAHGIRLKQSKDSLYKPVVRQKKHFNTLHIPKALQKALPFKSKPKNQEKAAKIPRDRVRAAVIREPHEKKIFSLLTALGTVHSYKMKKAKDKHRQQHKEHLKIKQKEEEDKFKRLKEARKKVFRIRGQKEQKNLRSSLKGAGASGQAAF

Target ORF information:

RefSeq Version	XM_007478482.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica BMS1, ribosome biogenesis factor (BMS1), transcript variant X2, mRNA.

Target ORF information:

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

XM_007478482.2

ORF Insert Sequence:

ATGGAGGACA AGGATCAGAA AAGACATAGA AAGAAAAACA GTGGGCCAAA AGCAGAGAAG 
AAAAAGAAAC GTCACCTGAA AGATCTAGGC CTTGGAGATG AGGAAGATGC CCGGAAGAGG 
AACCCCAAGG CTTTTGCTGT TCAGTCTGCT GTTCGGATGG CAAGGTCCTT CCACAGAACT 
CAGGACTTGA AGACAAAAAA ACATCATATT CCAGTGGTTG ATCGGACTCC CCTGGAACCG 
CCACCTGTGG TGGTTGTGGT AATGGGTCCT CCAAAAGTTG GGAAGAGCAC TTTAATTCAG 
TGCCTTATTC GAAATTTTAC AAGACAAAAA TTGACAGAAA TTAGAGGTCC AGTAACAATT 
GTGTCAGGTA AAAAACGACG ACTTACCATT ATTGAATGTG GATGTGACAT TAACACAATG 
ATTGATTTGG CAAAAGTGGC TGATTTGGTT CTCATGCTTA TTGATGCCAG CTTTGGGTTT 
GAAATGGAAA CATTTGAATT TCTAAACATC TGCCAAGTAC ATGGATTCCC TAAAATTATG 
GGTATCCTCA CACACCTTGA CACCTTCAAA AATAACAAGC AGCTAAAAAA GACCAAGAAG 
AGATTAAAAC ACAGATTTTG GACAGAAGTC TATCCAGGTG CCAAACTGTT CTACCTCTCT 
GGGATGGTCC ATGGTGAATA TCAAAATCAG GAAATTCATA ATCTGGGGCG TTTTATCACA 
GTTATGAAGT TTCGTCCTCT CACATGGCAA ACCTCTCATC CTTATGTTCT AGCAGACAGG 
ATGGAAGATT TGACTAATCC AGAAAATATT CGAATGAACA TCAAGTGTGA CCGAAAGGTG 
TCTATTTATG GTTATTTAAG AGGAGCACAT CTGAAAAATA AAAGCCAAAT TCACATGCCA 
GGTGTAGGAG ATTTTAACGT GAGTGATGTT AGTTTTTTGC CAGACCCTTG TGCCCTTCCA 
GACCACCAAA AGAAACGAGG CTTAAATGAG AAGGAGAAGT TGGTTTATGC ACCTCTGTCT 
GGAGTTGGTG GTGTGCTGTA TGATAAGGAT GCTGTTTATG TGGATCTTGG GGGCAGTCAT 
GCTTTTCAGG ATGAAGAGGA GGAATTGAGG CCAACTCATG AGCTGGTTCA GAGCCTCATT 
TCCACACATT CTACCATTGA TGCCAAAATG GCTTCAAGTA AAGTGTCTCT TTTCTCAGAT 
TCCAAACCCT TAGGGTTAGA GGAAATAGAA AACCAAGGGT TTCTGATGCC AAAAGAGGAG 
AGACAAGTAG ACCCTGAAAG TGGTCGAGTT CGTCGGAAAG CAATTTTTGG AGGTGAGGAA 
AATGAAGAGG AAGATAGTGA TGGTGATGAT GATGATGATG ATGATGATGG TGAAGATGAA 
GAAATGCCTG AAGAGGAAAC AGTGGGAAAT GATTCTAGTG ATGATGAAGC AAATGAGGAG 
GAATCTGATA ATGAACTCCC AAGCAAAGAA GAGATCACGA GGAGAATCAA GCGACCCAAG 
CTAGAGGAGA TGGAAGAAGA TGTGCAGATG GATCTGCCTG CATTTGCTGA TAGTGATGAT 
GACCTTGAGA GGAGCTCAGG TGAGGAAGGG GAATCTCAAG AAGCTGATGA AAGCAGTCAA 
GAAGGGGAAT CTTCTGAAGA AGGAGAGAGT GAGGAGGAAA TCTCTGAGTC CAAGGATCTC 
AGAGAAGCTA CTCCTAAAGT TAACCCAGGA AAATCCCGTA GTAATCTGAA CCTAGAAAAA 
ACTTTGGTGA TGAAAGCAGC CCTCACCACT ACAGACTCTG GTCATTGCAC AGCTGAAGAG 
GCATTTGGGT CAGATGCAGA ATCTGAAGGA GAGACTTCTC TTGATTCCCT GGAAGAAAGT 
TCGGAAACAG AACAAGGCTC TAAGAAAAGG CTTCGAAAGC GCCCACAGCT GAAAGAAGAA 
GATGCTCACC AGTTTGAGTC TAAGGAAATA AAAGATGAGA GTCTTGAGGT GGAAGATTTG 
TTGAAAGAGG AGGAGGAATA TAATGAGGAA GTTGACTTTT CCACAGAAAC TGTAGGTGCT 
CTCAAGTGGA AGGAAGATCT TTCCAGAAAG GCTGCTGAGG CCTTTTTGAG GCAAAAGCAG 
GCAACTCCAA ACCTTCGAAA GCTTGTTTAT GGGACAGTGG CTGAGGATGA TGATGATGAA 
GAAGGTGATG AGAATGAAGA GCTTGGAGGC TTGTTCCGTG TCAGCCGTCC AGACAAAGAA 
TCCAAGAGAA AGGCTGACTC CTTAGATTGT TCCAAGTTTC CTGTGGAAGC ACCACAAGAT 
TGGGACTTAG AGGAGGTGAT GAACAATATT CGAGATTGTT TTGTGACTGG AAAATGGGAA 
GCAGATAAAG ATGCACAGAA ACTTTTAGAA GATGATGAAG AACTTTATGG TGACTTTGAA 
GACCTTGAGA CTGGGGATGT ACATAAGGGA AAATCTGTTG AACCAGAAGA TGAGGACAAG 
GAGGAGGAGG AGGTTGAAAG TGTTGAAGAG GAAGTGAAGG AGGAAGAAGT GCCTAAAGCA 
GAGGAAGATG CAAAGAAGAA GCGCTTGGAG AAAAAGCGGA AATTGAAAGA AATGTTTGAT 
AATGAATATG ATGAAGGAGA AAACACATAT TTTGATGATC TTAAAGGTGA AATGCACAAA 
CAAGCTCAGC TTAATCGAGC AGAATTTGAG GATCAAGATG ACGAGGCCAG AGTTCAGTAT 
GAGGGCTTCC GACCTGGGAT GTATGTCCGG ATTGAGATAG AGAATGTCCC CTGCGAGTTT 
GTGCTTAACT TTGACCCCCA CTACCCAATT ATTCTTGGTG GCTTGGGCAA CAGTGAAGGA 
AATGTTGGTT ATGTACAGAT GCGTCTGAAG AAGCATCGTT GGTATAAGAA AATTCTTAAG 
TCTCGGGATC CTTTAATTTT CTCTCTTGGA TGGAGGAGGT TTCAGACTAT CCCATTATAT 
CACATTGAAG ACCATAATGG GCGACAAAGG CTTCTTAAAT ACACCCCACA GCATATGCAT 
TGTGGAGCAA CCTTTTGGGG TCCCATCACT CCACAGGGAA CTGGGTTTTT GGCGATTCAG 
TCTGTCAGTG GCACAATGAC TGATTTTCGG ATAGCTGCCA CAGGAGTTGT CCTTGACTTG 
GATAAATCTA TAACCATTGT GAAGAAGTTA AAACTAACAG GTTTCCCCTT TAAAATCTTC 
AAGAACACTT CATTTATTAA GGGAATGTTC AACTCTGCCC TGGAAGTGGC CAAGTTTGAA 
GGTGCTGCAA TCCGGACTGT CAGTGGAATA AGGGGGCAGA TTAAGAAGGC CCTTCGAGCC 
CCCGAAGGTG CCTTCCGAGC TACTTTTGAG GACAAGTTGT TGATGAGTGA TATTGTCTTC 
ATGCGAACCT GGTATCCTGT CTCCATCCCA ACCTTCTATA ATCCAGTAAC ATCTTTGCTG 
AAACCAGTGG GTGAAAAAGA TAGTTGGACA GGAATGAGGA CCACAGGCCA GCTTCGACTG 
GCACATGGCA TCCGCCTGAA GCAGAGCAAG GATTCTCTGT ATAAGCCAGT AGTCAGGCAA 
AAGAAGCATT TTAATACACT CCACATCCCC AAAGCTCTGC AGAAGGCCCT GCCTTTTAAG 
AGTAAGCCTA AGAACCAGGA AAAGGCTGCC AAGATACCAA GGGATCGGGT GAGAGCAGCT 
GTGATCAGAG AGCCTCATGA AAAAAAGATC TTCTCCCTGC TCACTGCTCT GGGCACAGTA 
CACAGTTACA AGATGAAAAA GGCCAAGGAC AAGCATCGCC AGCAGCATAA AGAACACCTC 
AAAATCAAGC AGAAGGAGGA GGAGGACAAA TTCAAGCGGC TAAAGGAGGC CAGGAAAAAA 
GTCTTCCGAA TTAGGGGCCA GAAAGAACAA AAGAATCTGA GGTCAAGCCT GAAGGGGGCT 
GGAGCTTCGG GGCAGGCAGC CTTCTGA

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

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BMS1 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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