Kcnd2 (BC079667) Mouse Untagged Clone

CAT#: MC206092

Kcnd2 (untagged) - Mouse potassium voltage-gated channel, Shal-related family, member 2 (cDNA clone MGC:90664 IMAGE:30356567), (10ug)

SDS

Reconstitution Protocol

USD 210.00

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Size
    • 10 ug
Bulk Requests & Clone Modifications

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Specifications

Product Data
Type Mouse Untagged Clone
Tag Tag Free
Symbol Kcnd2
Synonyms Kv4.2, mKIAA1044
Vector PCMV6-Kan/Neo
E. coli Selection Kanamycin (25 ug/mL)
Mammalian Cell Selection Neomycin
Sequence Data
>BC079667
TGTGAGGGAAACCTGACCTTCTTGAGTACTGTGACTTGACCTGCGCCACCTTGGAATAATCGTGTTCCTG TGAGCAGTGTCCCCCCAGTGTTTTGCCTGAGGTGAAGAAGTGGGGGGCACTTTCTTACTTTCATTGTGTT ATTTTGGGTGACCCCCCTGCTCACTCTCGTGACCTCCACTTCCAGACAACATGGCAGCCGGTGTTGCAGC ATGGCTGCCCTTTGCCAGGGCAGCCGCCATTGGGTGGATGCCTGTTGCTTCGGGGCCTATGCCTGCGCCC CCAAGACAGGAGAGAAAAAGGACTCAGGACGCTCTGATAGTGCTGAACGTGAGTGGCACCCGTTTCCAGA CATGGCAAGACACCCTGGAACGATACCCAGACACTCTGCTGGGTAGTTCTGAGAGAGACTTTTTCTACCA CCCAGAGACCCAACAATACTTCTTTGACCGTGACCCGGACATCTTCCGCCACATCCTCAACTTCTACCGC ACGGGGAAGCTTCACTATCCCCGCCATGAGTGCATCTCGGCTTATGATGAAGAACTGGCCTTCTTTGGCC TCATCCCAGAAATTATTGGCGACTGCTGTTATGAGGAGTACAAGGACCGCAGGCGGGAGAATGCTGAGCG CCTCCAGGATGATGCAGACACTGACAATACAGGAGAGAGTGCGCTGCCCACCATGACTGCTAGGCAGAGG GTCTGGCGGGCCTTTGAGAATCCCCACACCAGCACCATGGCCCTGGTGTTCTACTATGTGACTGGGTTCT TCATTGCCGTCTCAGTCATCGCGAATGTGGTGGAAACAGTTCCATGTGGGTCTAGCCCAGGCCACATAAA AGAACTGCCTTGTGGGGAGAGGTATGCGGTGGCCTTCTTCTGCTTGGATACCGCCTGTGTCATGATCTTC ACAGTTGAGTACTTGCTTCGCCTGGCCGCAGCACCTAGTCGTTACCGTTTCGTGCGCAGTGTCATGAGTA TCATCGACGTGGTGGCCATCCTACCCTATTACATTGGGCTGGTGATGACAGACAATGAGGATGTCAGTGG AGCCTTTGTCACACTCCGAGTCTTTCGAGTCTTCAGGATCTTTAAGTTTTCCCGCCACTCTCAAGGGCTG CGTATACTGGGGTACACCCTGAAGAGCTGTGCATCAGAACTGGGCTTCTTGCTCTTTTCTCTCACAATGG CTATCATCATTTTCGCTACCGTTATGTTCTACGCAGAGAAGGGCTCTTCAGCAAGCAAGTTCACCAGCAT CCCGGCAGCCTTCTGGTACACCATCGTCACCATGACAACACTGGGGTATGGCGACATGGTACCAAAAACC ATAGCAGGGAAGATTTTTGGGTCCATCTGCTCACTGAGCGGAGTCTTGGTCATTGCGCTACCCGTGCCTG TGATCGTGTCGAACTTCAGTCGGATCTACCACCAAAACCAACGAGCAGACAAACGAAGGGCACAGAAGAA AGCCAGGCTGGCCAGGATCCGAGCAGCCAAAAGCGGGAGTGCAAATGCCTACATGCAGAGCAAGCGGAAT GGGCTACTGAGCAACCAGCTGCAGTCCTCGGAGGATGAACCGGCCTTCATAAGCAAATCTGGATCCAGCT TTGAGACACAGCACCACCACCTGCTTCACTGCCTGGAGAAAACCACGAACCATGAGTTTGTCGATGAACA AGTCTTTGAAGAAAGCTGCATGGAAGTTGCCACCGTCAATCGCCCATCAAGTCACAGTCCCTCTCTCTCC TCACAACAAGGAGTCACCAGCACTTGCTGCTCACGGAGACACAAAAAGACTTTCCGCATTCCTAATGCCA ATGTGTCGGGAAGCCATAGAGGCAGTGTGCAAGAACTCAGTACAATTCAGATCAGATGTGTGGAGAGAAC TCCACTATCCAACAGCCGATCCAGCTTAAATGCCAAAATGGAAGAGTGTGTTAAACTAAACTGTGAACAA CCTTACGTGACCACAGCAATAATAAGCATCCCAACACCTCCAGTAACCACCCCAGAAGGCGACGACAGGC CCGAGTCTCCTGAGTATTCGGGAGGAAATATCGTCAGGGTGTCTGCCTTGTAAGACAATTGCCGCAGGTC TGAGAGAATTTGAGCCCTGACTATGGAAAGAATCTAAAGGAGAAGAAAGAAGAAATAATAACCCCTTTTT GCATATTTAGACAGCAAAGCAAGAAGGTTGGCGATGAAACAAAAAAATCAAGATTTCAGAGTTGAAGATG TGAATCAAACCACCAAAAGGCATTTCTAGACAGCGTTCAACCTGTCCACAGAGGGTGACTCTGTGGCCCT TTGACTTTGTGAATGAGCACAATGAAATGCCATTTATTGATGCCTCTTATGATCAGAACTCTTTTTTAAT AAAACAAATAAAACAAATCTTTGGACATAATGTTCCAGTTGAATGCAAAACAAAAAAAATATGGAAAACA TTTTGATAAAAATTTTTCCTGTTAAAAACCATGAACATTGGCTCTGATGAAGATTGCTATTGATGAAAAA TTCATACGATCCATTTGTGTGGACTGAAGGAAACCATCCCAATGCATGCTAGAATTCTTTGGAGCAGTGA TCTCAGTTTCCTTATGTTGTCTTCAGAATAGGCATGACAAACTATACCTGTAGAAAGGGGAAATTTCTGT GCACTTACAATGAGCTGATTGTCCATGTTCTATGGTGGGCTGTGCAAATAAACTCCTTTTAGCACCACAG TGTTTCTCATGGGGATGCACACTAGTATATCTAAAGTGTTCGGATAGTTCAGTATTAATTATTGTTTAAC CTTGCACCTAGTCATTGTTATAACTGCAATAATTCATTCTATATCTGTTGTATCGGGAACCAGGATTTTT TTTTTGGACTTTCCATATATTCATAGATACAGTGAGAGCCACATTCATAGAAAAACTCCTGGTGTGGCCG GGTTTTAGCTGACTTTTTAATCCAAAACTACTGTGTCATAAATGTATTTTGGTAGTATTCTTTGGTCCAC TGTATTCCTGTGACCCAGTGCATTATCTGTCCCTGGATCTCTTTAGTGTCTTTCCACTGAGCTTACCCAC TAATGACAGGACTAGTGTCTACTGTAGTAGTAAAACAAACGTTCCCTGCCTTTGTATTTCTCAACCAGTT ATTATAAGAAGACTGTCACCAATCCCCTTGATAACAACTAGAGTAAAGGAGTTGACATGAAATATCTCCA GTGTTTCACTATTTGTAGAAAACCCAGACCCTGCAAACACCCATATGTGTTTTATGAGAGGCGTTAAATG GTACTTTTAAAAAAATCATAGGATGGATGATTTCAGAATCTAACTCAATGTATTAATTATTTTGCTTCAG ATCTTCAATACATTTTGAGGACAACTGGAATGCAGAGGAAAACTGAAGTGCTTTGTATAGCAATATTTGA TGAGAGCATGCTTTAAATGCCATCCAAGAAAGCAACAATGTATCTCAAAAGATTCTAGTGTATCACAAGG CACAAAGTTCTCTGCAAAATCAGGAAGAGGGAGTATGGTGATGTGAAGTCGACCACTGTGTACATTTAAG TGAAAAGTCTTGCTACCTTTTCACCCTTGAATATCCGCAGATGTGTCTGCACGTGACAATGTAAAAATAA AAAAAAAGTTTTATGTCAAATGAAAAGTTTTGTTCATTCCAAGCCACCACTGTAAGAACGAAAGCTTAGT TTCTATACATGAAAAAGAATTAATAATTAGTCCTCTGACATAGAGATTTTGAAATGCTTTTCACAATTTA TCATAAGAAAATGAATTAATCCAAACATTTTCAGGTAAAGCCAGAAATGGTCACTTCCCATTTATAGAAT AGCTTCTAGGACAGTGCTAGGCACACAGTAGCTCTTCATCAAAGCTGAGTGACAGGGAAAAGAACTCAGC TGACCCTCGGGAAGACCTGGCTTTACTCCTAGTGTGTCTTTGAAACAGTTACTAATATTCCTGAGACGTG AATATTAACAATTCTATTAACACCTGCCTGTTGTCACTTTATGCTTCTAGAGCAAATGTATAGTGAAACT TCTTTGATGGCACTTATTAAAAACTCTTTTAAAGTAAGTACAATCAGGAACATTTACCATCTTTTGATTC CCAATAAGAAATTCTATTTTCATGTTCCTAATAGGACATAAAACAACATAGACTTGGCTTATTTGGGTTG ATACTTATTATTCCTGCTTTGGTTTGTCGTTTATCACAAATTATTAATTTCTTCAGATTTTCAGAAGTGA AATTTTAAAAATAATCTTTTGGATGTTTTAGGTGATTTAAAATATACTGTGTTGGTGGTGAATGACTTTT GATGACGGTGTTAAGTGCAACTGTACTGTAAGTGAAATGTAATTATTTCTGTGTATCATATGGAGTAACT AAGGTCATTGTTTTTGACAATTTTGTTTGAAATTCATATATCTTATTTCAAAGGATAGCATAATATCTGC ATTATGCTGGAAAAAAATAGACCTTTGGAGAATACTTAAATAAAACATGTGCATGCTTGAACAGGAAAAA AAAAAAAAAAAA
Restriction Sites AscI-NotI     
ACCN BC079667
ORF Size 1893 bp
Insert Size 1893
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 BC079667, AAH79667
RefSeq Size 4562
RefSeq ORF 1893
Locus ID 16508

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