Igsf10 (NM_001162884) Mouse Untagged Clone
CAT#: MC225369
Igsf10 (untagged) - Mouse immunoglobulin superfamily, member 10 (Igsf10), (10ug)
"NM_001162884" in other vectors (2)
Product Images
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Other products for "Igsf10"
Specifications
Product Data | |
Type | Mouse Untagged Clone |
Tag | Tag Free |
Symbol | Igsf10 |
Synonyms | 6530405F15Rik; 9030224D03; AA409708; AA536958; Adlican2; AI414626; CMF608 |
Vector | pCMV6-Entry |
E. coli Selection | Kanamycin (25 ug/mL) |
Mammalian Cell Selection | Neomycin |
Sequence Data |
>MC225369 representing NM_001162884
Red=Cloning site Blue=ORF Orange=Stop codon TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC GCCGCGATCGCC ATGCAGAAGAGAGGCAGGGAAGTCAGCTGCTTGCTGATCTCCCTCACTGCCATCTGCCTGGTGGTCACCC CTGGGAGCAGGGTCTGTCCTCGCCGATGTGCCTGCTATGTGCCCACAGAGGTGCACTGTACATTTCGGTA CCTGACCTCCATCCCAGACGGCATCCCAGCCAATGTGGAACGAGTCAATTTAGGGTATAACAGCCTCACT AGATTGACAGAAAATGACTTTTCTGGCCTGAGCAGACTGGAGTTACTCATGCTGCACAGCAATGGCATTC ACAGAGTCAGTGACAAGACCTTCTCGGGCTTGCAGTCCTTGCAGGTCTTAAAAATGAGCTATAACAAAGT CCAAATAATTGAGAAGGATACTTTGTATGGACTCAGGAGCTTGACCCGGTTGCACCTGGATCACAACAAC ATTGAGTTTATCAACCCCGAGGCGTTTTACGGACTCACCTTGCTCCGCTTGGTACATCTAGAAGGAAACC GGCTGACAAAGCTCCATCCAGACACATTTGTCTCTTTGAGCTATCTCCAGATATTTAAAACCTCCTTCAT TAAGTACCTGTACTTGTCTGATAACTTCCTGACCTCCCTCCCAAAAGAAATGGTCTCCTCTATGCCAAAC CTAGAAAGCCTTTACTTGCATGGAAACCCATGGACCTGTGACTGCCATTTAAAGTGGTTGTCCGAGTGGA TGCAGGGAAACCCAGATATAATAAAATGCAAGAAGGAAAGAATCCCCTCCAGTCCTCAGCAGTGTCCCCT TTGCATGAACCCCAGGATCTCTAAAGGCAGATCTATTGCTATGGTTCCATCTGGCTCGTTCCTGTGTACA AAGCCAACCATTGATCCATCACTGAAGTCAAAAAGCCTGGGTATTCAGGAGGACAATGGATCTGCCTCCG TCTCACCTCAAGATTTCATAGAACCTTTTGGCTCCTTGTCTTTGAACATGACAGACCTGTCTGGAAATAA GGCCAATGTGATCTGTAGTATCCAAAAGCCTTCTAGGACATTACCAATTGCATTCACTGAAGAAAATGAC TACATCATGCTAAATATGTCATTTTCAACAAATCTTGTGTGCAGTGTCAATTATAATCACATCCAGCCAG TGTGGCAACTCCTGGCTTTGTACAGTGACTCTCCTCTGATATTAGAAAGGAAGCCCCAGCATACTGAGAC TCCACTGCTGTCTCCCAAATATCAACAGGTGGCTCTTAGGCCTGAAGACACTTTTACCAACATAGAGGCT GATTTCAAAGCAGATCCTTTTTGGTTCCAACAAGAAAAAATTTCCCTGCAGCTCAACAGAACTGCTACCA CACTTAGCACATTACAGATCCAATTTTCCACGGATGCTCAAATCACTTTACCAAAGGCAGAGATGAGACC GGTGAAACGCAAATGGACCATGATTCTGATGATGAACAATACCAGACTGGAACATACTGTTTTGGTTGGC GGCACTATTGCCCTGGACTGTCCGGGCAAAGGTGACCCTTCACCTCACTTGGAATGGGTTTTAGCTGATG GGAGTAAAGTGAGAGCCCCTTATGTTAGTGAGGATGGGCGAATCCTAATAGACAAAAAGGGGAAGTTGGA ACTCCAGATGGCTGATACCTTTGATGCAGGTCTTTACCATTGCATAAGCACCAATGATGCTGATGCAGAT ATTCTCACATACAGGATAACTGTGGTAGAGCCCTATGTAGAAAACAAGCATGAAAATGGAGCTCTGCACA CAGTAATTATGGGTGAGATACTCGATCTTCCATGCCTTTCCACTGGTATTCCAGATGCTTCTATTAGCTG GATTCTTCCCCGGAACACTGTGTTCTCTCAGTCATCAAGAGACATGCAAATTCTTAACAATGGGACCTTA AGAATATTACAGGCTACACCAAAAGATCAAGGCCATTACCGATGTGTAGCAGCCAACCCATCAGGGGCTG ATTTTTCCAGTTTTCAAGTTTCAGTCCAAATGAAAGGTCAAAGGACAATTGAGCATGACAGGGACATAGA TGGATCTGGACTTGAAGAACCCAAGCCCAGTGTTCTCCTTAAGCAGCCACCATCTTTGAAACTCCCTGCA TCATCTTTGACAGGGACAGAGGCTGGAAAACAAGTCTCTGGGATACATAAGAAAAACAAACATAGAGACT TAACACATCGACGGCGTGGGGATTCCACTCTCCGGAGATTCAGGGAACACAGGAGGCAGCTCCCTCTCTC TGCTCGGAGAATTGACCCCCAACACTGGGCAGCACTTTTAGAAAAAGCAAAGAAGAATTCTGTTCTAAGG AAGCAAGAAAATACCACAGTAAAGCCAACGCCACTGGCTATTCCACTTGTGGAACTCGCTGGGGAGGAAA AAGACGCCTCCGGCCTGACTCCTCCAGATGAAGAATTCACGGTTCTGAAAACTAAGGCTTTTGGTGTCCC AGAAAGGTCACCAACTGCTGACTCTAGACCAGTAAATCATGGCTTTGTGACAAGTTCAGCTTCTGGCACA GAAGTCTCCTCCACCGTGAATCCGCAAACACTACTACCCACGCACCTTCCTGATTTCAAATTATTTAATG TTGTGGACAGTGCAGCTGTGTCAAAGAGTATGAACCGACCTGTAACAAGCAAGATAGAAGATACAACACA TCAAAACCCAATCATTATCTTTCCATCAGTAGCTGAAATTCAAGATTCTGCTCAGGTGGGGAGAACGTCT TCCCAAAGTGCACACCCCGCAACAGGGGGAGCCATGGCTACCTATGGCTATACCACCATGCTTAGTAGCT TCACCAACAAAGCCAATACAGTCCTGCAGTCAGCAAATCCAACAGAAAGTTATGGACCTCAGATACCTTT AACAGAAGTAAGTAGAGTTAGCAGTAATAACTCCTTGGCTCACACTACTAAAGATCCAGGCTTCTCCAAG CGCCCTTCAGATTCCCACACCACTGCCCCTTCTTTATTTCAAACTCCTAGAAACAACAGTACAGGTAACG TGGGAAGAGAGAGGACAATTTGGAGCAGAGGGCGAGCTATAAGTCCATATAGAACTCCAGTTCTCCGTCG GCATAGACACAGGATTGTGAGGCCAGCACTCAAGGGACCTGCTAACAGAAATATAAGTCAAGTTTCAGCC ACGGAGCCCCCTGGGATGTGCCGAACCTGTTCTTCCACAGAAAGGCTCACCATGGCTACGGCAGCACTGT CAGTTACAGGCTCATCCCACACTACCCTCCCCAAAGCTAACAATGTTGGGATTATTTCAGAAGAGTCTAC CACTGTGGTCAAGAAGCCATCTTTACTATTGAAGAACAAACAAGATGTAGATATAGAGACAATAACAACC ACTATAAACTATTTCAGAAGTGAAAGTACCCACATGACTCCCACTGAAGCAAGCATGATTTCTGCTCCAA CATCCATATCCCTGGGAAAAACTCCTATAGACACTAGTGGTCACCTGAGCATGCCTAGGACCATCCAAGC TGGAACAGATTTAGTGGTGACACCACCACTTTCCAGTCCACTTAGCCAACCCTCAATACCAACAAAAGCA ACAAGCACAAAACTCTCAAGAAGAAAAATTCCCTGGCACCCAATCTTTGCAAATAACCATAACAAAGAGG GGATGCTAAAGAATCTGCATCAGTTTGGTTTACAAAAGAACACAGCCACTAAGCCTCCTGAAAAAGCTCC TCTTTTACCCACAGATCATGGTTCCTCCTCACCTTCTACAACACTCTTGGCAAGTCTGACGCCAGCTCAG TCTGCAACAATGGCTGCCACTCGGCGCAATGGCACTGAAGTGCAAGGTGCCAGAAGTCTCTCTGCAGGGA AAGAGCAGCCCTTCATCAACTCCTTCCTAGTGCTTCCTAGCACCACAAGAAAGAGATCTAGTACATTAAG CTTCCTGTCAGTGGAAACCCCCACAGTGACAACTCCTCCTGTTATTGCATCTGCCATTATCTCTGAAACC CAAGAAGTACGATCCAAAAAAGCAAAAGACCAAACAAAGGGGTCTCTGAAGAACAGGAAAGGCCCAACCA TCACCCCCAGGCAGATTTCTGGCTATAGCACATACTCAGTTCCAACAACAACTGATACTCCCTTGGCTTT CAGTCATTCCCCGGGAAAAGTCACTGGTAGGACTGTAAGTACAGCTGCTCCTCACTCAGCAGCTTCTCTC CTGGGCATAACTGAACTGCCCCAGAAATGCACTCATACTTCGGGAAATATAACAGCTTCGGAAACAACTC TGTTGAGCAAATCACAGGAGAGCACCGCAATGAAAAGAGCCTCCGCCACACCACCACTCCTCAGCAGTGG GGCACCCCGAATGCCTACTCCTTCCCCTCCTCCCTTCACTAAGGTTGTGGTTACAGACAGTGAGGTCCCA GCAGTTTTCAAGATGATGTCAAATAGGATGGTCACCATATATGAATCTTCAAGGCACGATATAGATCTGC AGCAACCCTCAGCAGAGGCTAGCCCCAATCCTGAGATCTTAACTGGATCCACTGACTTTCCCCTCTCTAG TCTGTTGACCTCCACTCCTATGCCAGCACCAAGAGTGGATAAACCACAGGATTCTCAATGGAAGCCTTCT CCCTGGCCAGAAAACAAATTTCAGCTCAGGTCATACTCAGAAACCATTGAAAAGGGCAAAAGGCCAGAAA TAAGCCTGTCACCCCACCTCAGCTTTCCAGAGGCCAGCACTCATGCCTTGCATTGGAATGCACAGAGGCA TGCAGAAAAGAGTGTCTTTGATAAGAAACCTGCTCAAAACCCAACTTCCAAACACCTGCCCTATGACTCT CTGCCTAAGACTATATTGAAGAAACCAAGAATAATTGGAGGAAAGGCTGCAAGCTTTACTGTTCCAACTA ATTCAGATGTCCTTCTTCCTTGCGAGGCTGTTGGAGACCCAAAGCCCACCATCCACTGGACCAGAGTCTC ATCAGGACGTGAAATATCCCGAGGGATACAGAAAACCCGGTTTCATGTGCTTCCCAATGGCACCTTGTCC ATCCAGAGGGTCAGCATTCAGGACCGTGGACAGTACCTGTGCGCTGCCTCTAATCCACTAGGTGTAGACC ACCTTCATGTCACTCTGTCTGTGGTCTCCTACCCTGCTAGGATTCTGGAGAGTCATGTCAAGGAGATCAC AGCTCATTCCGGAAGTACTGTGAAACTTAAGTGTAGAGTAGAAGGTATGCCAAGACCTACAATTTCCTGG ATACTCGCAAACCAAACAGTGGTCTCGGAAACACCCGAGGGAAGCCGGAAGGTCTGGGTGACACCCGATG GAACGTTGATCATCCATAATTTGAGTCTTTATGACCGTGGTTTTTACAAGTGTGTAGCCAACAACCCATC TGGCCAGGATTCACTGTTGGTTAAGATACAAGTCATCACAGCTCCCCCTGTTATTATAGAGCAAAAGAGA CAAGCCATCGTTGGCGTTTTAGGTGAAAGTTTGAAACTGCCCTGCACTGCAAAGGGAACTCCCCAGCCCA GTGTTCATTGGGTCCTCTATGATGGGACTGAACTAAAACCACTGCAGTTGACTCATTCCAGGTTTTTCTT GTATCCAAATGGGACCCTGTATATAAGAAACATCGTTTCTTCAGTCAGGGGCACTTATGAATGCATTGCT ACCAGCTCCTCGGGCTCAGAGAGAAGGGTAGTGATTCTAAGAGTAGAAGAGCAAGAGACAGTTCCCAGGA TAGAAACTGCCTCGCAGAAATGGACAGAGGTGAATTTGGGTGAGAAATTACTACTGAACTGCTCAGCTAC TGGGGATCCGAAACCTACAATAATCTGGAAGTTACCATCCAAGGTTGTCATTGACCAGTGGCACAGAATG GGCAGCCGGATCCATGTCTACCCAAATGGCTCCTTGGTTATTGGATCGGTGACAGAAAAGGATGGTGGTG ACTACTTATGTGTGGCAAGAAACAAAATGGGAGATGACCTGGTCCTGATGCATGTCCGCCTAAGACTGAC ACCTGCCAAAATTGAACACAAGCAGCATTTTAAGAAGCAAGTACTCCATGGGAAAGATTTCCAAGTTGAC TGCAAGGCTTCTGGCTCCCCTGTGCCTGAGGTATCCTGGAGTTTGCCTGATGGAACAGTGGTGAACAATG TAGCACAAGCTGATGACAGTGGCTACAGGACCAAGAGGTACACCCTCTTCCACAACGGAACCTTGTATTT CAACAAAGTTGGGATGGCAGAGGAAGGAGATTATATTTGCTCTGCTCAGAACACCTTAGGGAAAGATGAA ATGAAAGTTCACCTAACAGTTCTAACAGCCATCCCACGGATAAGGCAAAACTACAGGAGCAATGTAAGGA TCAAGGCTGGAGACACAGCTGTCCTGGACTGTGAGGTCACTGGGGAACCCAAGCCAAATGTATTTTGGTT GCTGCCTTCCAACAATGTCATTTCATTCTCCAATGACAGGTTCATATTTCATGCCAATGGAACTTTGTCC ATCAATAAAGTGAAACCGCTTGACTCTGGGAAGTATGTGTGTGTAGCTCAAAATCCTAGTGGGGATGACA CTAAGACATACAAACTGGATATTGTCTCTAGGCCTCCATTAATCAATGGTTTGTATGCAAACAAAACTGT TATTAAAGCCACAGCCATTCAGCACTCCAAAAAACACTTGGACTGCAGAGCAGATGGGGTCCCACCACCC CAGATCACATGGATTATGCCAGACAATATTTTCCTCACGGCTCCATACTACGGAGGCAGAATCACCGTGC ATCAAAATGGAACCTTGGAAATTCGGAACATAAGGCTTTCTGATTCTGCGGATTTCACCTGTGTGGTTCG GAGCGAAGGAGGAGAGAGTGTGTTGGTGGTGCAGTTAAAAGTACTGGAAATGCTGAGAAGACCAACATTC AGAAACCCATTCAATGAAAAAGTAGTTGCCCAGGTTGGCAAGCCTGTAGCAATGAACTGCTCTGTGGATG GGAACCCAACACCTGAAATTATCTGGATCTTACCTGATGGCACACAATTTGCTAATGGGCCACAAAATTC CCCATATCTGATGGCAAGCAATGGTTCTCTCATTGTTTACAAAGCAACTCGGAACAAGTCAGGAAAGTAT CGCTGTACAGCAAGAAATAAGGTTGGCTACATCGAGAAACTCATCCTGTTAGAAATTGGACAGAAGCCAG TCATTCTGACATACGAACCGGGGATGATAAAGAGCGCCGGTGGGGAATCGCTATCCCTGCATTGTGTGTC TGATGGAATCCCTAAGCCAAATGTCAAATGGACTACGCCAGGTGGCCTTGTAATCGACAGACCTCAAGTC GGTGGAAAATACATATTGCATGAAAATGGCACGTTGGTCATCAAAGAAACAACAGCTCATGACAGAGGAA ATTATATCTGTAAGGCTCAAAACAGCGTTGGCCAGGCAGTTATTAGTGTTCCCGTGACGATTGTGGCCTA CCCTCCCCGAATTATAAACTACCTTCCCAGGAGCATGCTCAGGAGGACAGGAGAGGCAATGCAGCTCCAC TGTGTGGCCTTGGGAGTCCCCAAGCCACAAATCACCTGGGAGACGCCGGGATACTCCCTGCTCTCAACGG CGACAGAAAGAAGGCCCCACAGAAGTGAGATGCTTCCCCTACAAGGTACGCTGGTCATTCAGAATCTACG AGCCTCAGATTCTGGCGTCTATAAATGCAGAGCACAGAACGTGCTTGGTGCCGATTATGCAACAACTTAC ATCCAGGTCCTCTGA ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT ACAAGGATGACGACGATAAGGTTTAA |
Restriction Sites | SgfI-MluI |
ACCN | NM_001162884 |
ORF Size | 7785 bp |
Insert Size | 7785 |
OTI Disclaimer | Our molecular clone sequence data has been matched to the reference identifier above as a point of reference. Note that the complete sequence of our molecular clones may differ from the sequence published for this corresponding reference, e.g., by representing an alternative RNA splicing form or single nucleotide polymorphism (SNP). |
Reference Data | |
RefSeq | NM_001162884.1, NP_001156356.1 |
RefSeq Size | 10084 |
RefSeq ORF | 7785 |
Locus ID | 242050 |
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