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Vps13a (NM_173028) Mouse Untagged Clone
CAT#: MC225466
Vps13a (untagged) - Mouse vacuolar protein sorting 13A (yeast) (Vps13a), (10ug)
"NM_173028" in other vectors (2)
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Frequently bought together (3)
Other products for "Vps13a"
Specifications
| Product Data | |
| Type | Mouse Untagged Clone |
| Tag | Tag Free |
| Symbol | Vps13a |
| Synonyms | 4930425F11; 4930516E05Rik; 4930543C13Rik; 9930023P20; Chac; Chorein; D330038K10Rik; mKIAA0986 |
| Vector | pCMV6-Entry |
| E. coli Selection | Kanamycin (25 ug/mL) |
| Mammalian Cell Selection | Neomycin |
| Sequence Data |
>MC225466 representing NM_173028
Red=Cloning site Blue=ORF Orange=Stop codon TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC GCCGCGATCGCC ATGGTATTCGAGTCGGTGGTCGTGGAAGTGTTGAACCGGTTCCTGGGAGACTATGTGGTGAACCTGGACG AGTCCCAGCTCTCCCTGGGCATTTGGAAAGGAGCTGTGGCCCTCAAGAACCTTGTAATTAAAGAAAATGC ATTGCATGAATTGGATGTACCATTCAAAGTTAAAGTTGGTCATATAGGTAGTCTTAAACTTAAAATTCCA TGGAAAAACCTTTATACTCAACCAGTTGAAGCTGTTTTGGAAGAAATTTTTTTACTCATAGTGCCTTCTT CTAGAATACAGTATGATCCTATCAAAGAAGAAAAGCAACTCATGGAAACAAAGCAACAGGAACTAAAAAG AATAGAAAAAGCAAAACAGAAAGTATTTGATAAAGAAAAGCCTCGGGAGGAGAAACAGGACACGTTTACA GAAAAGTTAGTTACTCAGATCATACAGAACCTTCAAGTGCAAATCTCCAGCATCCATATTCGTTATGAAG ACGATATCACAAATGGAGACAAACCACTCTCTTTTGGTATTTCCCTTCAAAATATCAGCCTTCAGACAAC TGATCAATACTGGATCCCATGTTTACATGATAATACTGAAAAGCTAGTCCGGAAGCTAATCCGATTAGAT AATCTCTTTGCTTACTGGAATGTGAACTCTGAGATGTTTTATCTGAATGATTACGATGAATCGCTGAAAG CCTTGAAAAATGGTATTGTGAATGAAAATATTGTTCCAGAAGGTTATGATTTTGTTTTTCGACCTATATC TGCTAGTGCCAAACTTCAGATGAATCGACGATCAGATTTTGACTTTTCTGACCCCAAAATAAACCTGGCT GTTGATTTACATACCATAGCAATTGAGTTTAATAAACCACAGTATTTCAGCCTCATGGAGCTTCTCGAGT CAATTGACATGATGACACAAAACCAGCCGTACAGAAAGTTCAAGCCCAGTGTGCCTCTCCACCTCCACGC CAAAGAGTGGTGGGCTTATGCTATACATAGTATTCTTGAAGTAAATGTTTGTCCCAGTTTACGGATGTGG TCGTGGGAGCATATTAGAAACCATAGATACAAAATGAAACGATACAGAGAATTTTATAAGAAAAAATTAA CAAGTAAGAAGCCATCTCCTGAAATTCTCATGTCTTTGGAGGAGTTGGAGAAAACTTTGGATGTTTTTAA TATAACCATAGCTAGACAACAGGCAGAAGTTGAGGCAAAGAAAGCTGGATATAAAATTTACAAAGAAGGA GTCAAAGATCCAGAAGATAATGCAGGATGGTTTGGCTGGTTGTGGACTTGGTCAGAATCAAATGCTAATC AACAACAAGATGTGAAGCCTGGAATTCTGGAAGAAATGTTGACACCTGAAGAAAAGTCGTTACTTTATGA AGCAATTGGTTATAGTGAAACAGCAGTTGACCCAACCTTGCCAAAAACATTTGAAGCCTTGAAGTTTTTT GTTCACTTGAAAAGCATGTCTATTGTTCTAAGAGAAAATCACCAAAAGCCGGAGCTGTTAAACGTTGTAG TGGAAGGACTTAGTACTTCTGTTGTGCAAAGACCAGGAGCACAAGCCATAAAATTTGAAACCAAAATTGA TTCATTTCATATTACTGGCTTACCAGATGATTTCAAAAAACCCCACCTACTGTCTTCATTGGATGATACG TCACTCCTCCAGATTACATTTGAGATAAATCCTTTAAATGAAACTGTTGCTCAGAGGTGCACCATAGAGG CTGAGCCTCTAGAGATAATATATGATGCAAGGACAGTCAATAGTATAGTGGAGTTCTTCAGACCTCCGAA AGATGTCCATCTAGCCCAACTTACTTCAGTAACTTTGACAAAACTTGAAGAATTTCGAGCAAAAACAGCA ACAGGTTTGCTGTATGTTATTGAAACACAGAAAGTTCTTGATCTCAGAATTAATGTAAAGGCTTCATATG TTATTGTCCCACAATATGGAAATTTTAGCCCTACGTCAAATCTACTTCTCCTGGATCTTGGTCATTTAAA GGTGTCAAGTAAGCGTCGATCACTGCTGCCAGATGTGAGACCCAGTGAGGCCAGCCTTGAAGATATAATG CACAGAGCGTATGACTCCTTTGATATTCAGCTTACGAGCATACAGTTGCTCTACAGTAGAGTGGGTGATA ATTGGAAAGAGGCACGAAAGCTCAATGTATCTACACAGCATATTTTGATACCTATGCATGTCAATGTGGA GCTCTCTAAAGCCATGGTTTTCATGGATATCAAGATGCCCAAATTCAAGATTTCTGGAAAGTTACCTCTT GTTTCATTACGAATTTCGGATAAAAAACTGCAAGGCATTATGGAGTTGTTGGGAAGCATTCCAAAGCCTG AACCTGTAACTGATGTATCTGCCCCTGCCAGATCATTCCAGATTCAAGCATCTGCTTTGCCAGTATCACA CATTTCTCAGAAGTTAATCCCTTTATTGGAACAGCCTGTTACTGAAGATGACTCAGAGGAAGAATTTTTT GATGCACCATGTAGTCCCTTGGAGGAGTGTCCTCAAGTGTCATGTAGAGATAAATGTACTCGACAGAAAA AATTACAAAAGAAAGATTGTGTGATGAATCTTATTCAACTTAGGATGAGATTTGAAGTAGCAGAGGTGTC CATTCAGTTTTATCACCTGGTGGGAGACTGTGAACTACCTGTGCTGGAAATGGGTGCTTTAGGATTGGGA ACAGAAGCTGAGTTTAGAACATTTGACTTGAAAGGAAGTGCCTTTTTGAAAGAATTATGGCTAAAATGTC CAGAATATTTAGATGAAAACAAGAAACCAGTTTATTTGATCACGACCCTGGATAACACAATGGAAGATTT ATTAACATTGGAATTCATGAAGGTTGAAAAAAATGCACCAAATTTGAATAGTACCTATAACAATGTTTTA CAACTTATTAAGGTGAATTTTTCCTCTTTGGATATTCATTTACACACTGAAGCACTTCTGAATACAATGA ATTATCTTAATAATATTCTTCCGGAATTAAGGGAAAAATCTGCCTCGGTGTCTGCTGCAGAGCCGGAAGA CAAAGGGGACATCATTAAAAAACTTGCTTTAAAGCTACCCACGAATGAAGATATTATTACCTTGCAGCTT TTGGCAGAATTATCTTGTCTACAGATTTTTATTCAGGATCAGAAACAAAACATTTCTGAAATTAAAATTG AAGGGCTTGATTCTGAGATGATTATGAAACCTCTAGTCACTGAAATAAATGCAAAGCTAAGGAATATAAT TGTGTTAGATTCTGATAAAATGGCTATCTACAAAAAGGCTCTTTATATCACTGGAAAAGAAGTTTTCAGC TTCAAAATGATTTCTTACATGGATGCAACTGCTGGCTATGCATACACAGATATGAGTGTGGTTGACATTC GGGTTCATTTAACTGTTGGTTGCATTGAAGTAGTGTTCATCACAAAATTCCTGTATTCTATATTGGCATT TATAGATAATTTTCAAGCAGTTAAAGATGCCTTGGCTGAAGCAACTGTTCAAGCAGCAGAGATGGCTGCT GATGGTGTAAAGGAACTGGCTCGAAAGAGCTCTAGGTTTGCATTGGATGTTAACATCAAGGCTCCAGTTG TGCTCATTCCACAGTCTCCAGTGTCTCAGAACGTTTTTGTTGCTGATTTTGGATTAATTACAATGAAAAA TATATTTGTTACTGTAACAGAGACCCAGAGTAATATCCCACCTGTAATTGATTTGATAACAATAAAGTTG AGTAAAATGAGACTATACAGGTCTCAGTTTAGGAATGATACATACCAGGAAGTGCTGGACCTGCTACTAC CTTTGAACTTGGAAGTGATTGTCGAACGGAACTTATCCTGGGAATGGTACAAGGAAGTCCCTTGTTTTAA TATAAAAGCTCAGCTAAAGCCCATGGAGTTCATTCTTAGTCAGGAAGACTTAACAACCGTCTTTCAAACA TTGCATGGCAATATATGGTATGGACAAGATCTGAGTGCTCCATCTTCTGCAAATAAGGACCCAGAGACCA TGACCAGTGGGGTCACCAGTCCTCCTGACCATTCGCCAGCTACTGTGGTGACCGCTGCTGTGGTGGAGGT GCACCCACAGGCTTCTCAAGCGCACACGATGCTGAACGTGAGCTTCCAGACCGATTACCTCACCATGGCA CTCTACAGTCCGGGGCCGGATGAGGCCTCCTTTACAGATGTTCGCGATCCTTCTCTGGAACTTGCTGAAT TTAAGTTGGAGAATATTATAAGTAGTTTAAAAATATATACAGATGATTCTACAGTCTTTTCTTTCTCAGT AAAAAACTGTATTTTAGATGATAAAAGGTCACATGTCATGAAAGCCACTCCTAGAATGATAGGATTGACT GTTGGCTTTGACAAGAAGGACATGGTGGATATAAAGTATAGAAAAATCAAAACTTTTGTTGTGACTGATG CAGTTGTCCAAGAAATGTACGTTTGTGCGAGTGTGGAGTTTCTGATGACTGTTGCCCATATCTTTTTTGA TGCCTACATGACTAGTACGGCTTTAGAAACCAGCGTTCAAACAAGGACTACTAGAGAAGCACCTGCACAG GAATTAGGGAAGTGGGAAATGAATATTCTTATTAAAAATCCAGAGATTGTGTTTGTGGCTGACATGACAA GAAACGATGCTCCTGCCTTAGTCATTACGACACAGTGTGAAATTTGCTGCAAAGGTGAACCTACAAGCAA TACAGTGACTGCTGCCATTAAAGATCTCCAAGTCAGAGCGTGCCCATTTCTTCCAGTCAAGAGAAAGGGC AAAGTCACCACTGTTTTGCAGCCTTGTGACTTGTTTTATCAGGCTACTCAATTAGGTAGAGATCCACAAA TGATTGATATATCAGTAAAATCTCTTACGCTAAAGGTTTCACCAGTTATCATAAATACCATAATAACTAT TACTTCAGCACTTTACACAACTAAGGAAACTGTCCCAGAAGAAAACACTTCTAATATAGCACATTTATGG GACAAGAAGGATACAAAGAATCTAAAAATGTGGTTTCTTGAAGAATCAAATGAAAGTGAAAAAGTAGTTC CCACGAATGAAGTGATGCCGGGAGGAGAGACACTGAACTTGCGTATTGATTCTATTTTTATTGTTCTGGA GGCTGGAATCGGTCATAGAACAGTGCCGATGCTGTTGGCAAAGGCGTGCTTCTCGGGGGAAAGCAAAAAC TGGCTCTCTCTAATCAATCTTCACTGTCACCTGGAACTGGAAGTTCACTATTATAATGAAATGTTTGGTG TTTGGGAACCTTTACTGGAACCCTTAGAAATTGATCAGACTGATGATTTTAGACCCTGGAATCTGGGCAT CAAGATGAAAAAGAAAGCAAAAGAGGCCATTGTTGAGTCTGACAGTGAAGCAGAAAACTACAAAGTACCA GAATATAAGACTGCCATAAGTTTTTATTCTAGAGACCAGTTAAACATTACATTATCCAAATGTGGCCTTG TGATGTTAAATAATTTAGTTGAGGCGTTTACTGAAGCTGCTACTGGATCGTCATCTGTCTTCCTAAGAGA TCTAGCACCATTCATGATTTTCAATTCTCTTGGACTTACTGTCTCTGTCTCACCAAGCGATTCTTTTAGC GTTCTCAACGTTCCTTTGGCAAAATCATATGAACTGAAAAATGATGAGAGTTTAAGTATGGATTATGTAC GAACGAAGGACAATGATCATTTCAATGCAATGACCAGCCTAAGCAGCAAGCTCTTCTTCATTCTCCTTAC GCCTGCTAACCACTCTGTCGCTGACAAGATCCCTTTAACAAAAGTGGGACGCCGTCTGTACACTGTAAGA CACAGAGAATCTGGGGTCGAAAGATCTATCATTTGTCAAATTGACACAGTTGAAGGAAGTAAGAAGGTAA CAATCCGCTCACCAGTGCAGATTAAGAATCATTTTTCAATCCCAATTTCCGTTTTTGAAGGAGATACTTT ATTGGGAATTGCTTCACCTGAAAATGAATTTAACATACCATTAGCATCTTACCGATCATCCCTTTCCCTG GTGCCAGAAGACCAGGACTACCAGCTATGTGAAGGAATCGACTTTGAAGAAATCATAAAATATGATGGAC AGCTTCTGAAGAAGAAATGTAGATCTACAAACCCTTCTAAGAAATCATTTGTTATTAATATTGTCCCAGA AAAGGATAATTTGGCTTCCCTGTCAGTGTATTCGGAAGATGGTTGGGACTTACCATATGTCCTGCACTTG TGGCCACCCATCCTCATCCGGAACCTTCTTCCCTACAAAGTTGCTTATTACATTGAGGGCATTGAGAACA CTGTTGTTACTCTAAGTGAAGGACATTCATCACAGATCTATAATGTAGAAATGGACCAAGCCAAGCTACA CTTAAAATTACTCGACTATCTTAATCATGATTGGAAAAGTGAATTTTATATAAGATCTAGTCAACAAGAC ATCAATTTCATCAACTTTACCTGTCTCACAGAAATGGAAAAGAGTGACTTGGATATTGCTATCCATATGA CTTACAACACTGGTCAGACAGTTGTGGCATTTCATAGTCCGTATTGGATGGTCAATAAAACCAATCGGAT GCTACAGTACAAAGCAGATGGAATTCACCGAAAGCATCCACCTAATTATACAAAACCAGTTCTCTTTTCC TTTCAGCCAAATCACTTTTTTAACAACAATAAGGTTCAGCTTATGGTAACTGATAGTGAGCTTTCAGATC AGTTTTCAATTGATACTGTTGGTAGTCATGGAGCCATTAGATGCAAAGGTCTGAAAATGGAATACCAAGT TGGTGTCACTATAAATCTCAGCAGTTTTAACATTACCAGAATTGTGACATTTATTCCGTTTTATATGATT AAAAACAAAAGCAAATACCATATATCAGTAGCAGAAGAAGGAAGTGATAAATGGCTTTCTCTTGACTTAG AGCAGAGTATCCCCTTTTGGCCTGAGAATGCCTCCAATATTCTTCTTATTCAAGTTGAGAGGAGTGAAGA TCCTCCAAAAAGGATATATTTTAACAAGCAAGATAATTGTATTTTATTGAGACTGAATAATGAGCTTGGA GGTATTATTGCAGAAGTTAATTTGGCTGAGCACTCTACAGTTATTACATTTTCAGATTACCATGATGGAG CAGCTACATTCCTATTAATAAATCATACCAAGAGTGACCCTGTTCAGTACAACCAAAGTTCTCTCGGTGA AATAGAAGATTCTCTTCCTCCTGGAAAAGCAGTCTATTATACATGGGCTGACCCAGTGGGCTCTAGAAAG CTGAAGTGGAGCTGTGGGCAAAGCTATGGTGAAGTAACCCATAAGGATGATATGATGACGCCCATAAGTG TGGGGAAAAAAACCATTTATTTAGTGTCGTTCTTTGAAGGCCTGCAGCGTATTATTTTATTCACTGAAGA TCCAAGAGTGTTTAAAGTAACGTATGAAAGTGAAAAGGCAGAGTTAGCGGAGCTGGAAGTTGTGCTGGCG TTACAGGATGTCGGGATTTCACTTGTCAATAACTATACAAAGCAAGAAGTAGCCTACATAGGCATTACAA GTTCTGATGTGGTTTGGGAGGCAAAACCAAAGAAGAAGGCCAGGTGGAAGCCCATGAGTGTGAAGCACAC AGAGAAGCTGGAGAAGGAGTTCAGGGAGTACACAGAGGCCTCGCCCTTGGAGGACAAAGTGGTCGAGTTG GACAACATTCCGGTTCGTTTAACACCTAGTGGCAATGACATGAAAATTCTGCAACCACATGTGATACCTG TCCGGAGAAATTACCTGCCAGCACTAAAAGTAGAATATAACACATCTGCACATCAGTCGTCATTCAGAAT TCAGATTTATAGAATACAGATCCAAAATCAGATTCATGGTGCTATTTTCCCTTTCGTGTTTTATCCTATT AAACCTCCAAGATCTGTCACCATGGACTCAGCACCAAAGCCGTTTACAGATGTCAGTATTGTCATGAGAT CTGCAGGACATTCCCAAATATCACGCATTAAGTATTTCAAAGTGTTGATTCAAGAAATGGACCTCAGTTT GGATCTTGGATTTGTGTATGCCCTAGCAGACCTTGTCACAAAAGCTGAAGTGACTGAGAAGACAGAGGTG GAACATTTTCATAAGGATGTAGAAGCATTTGAACAAGAATATGAAGTTGTTTCATCAGTAGATCAATCAC AAGTCAATCTCTTTGAATATTTTCATATATCTCCTATCAAGTTGCACTTGAGTGTTTCCCTGAGCTCTGG TAGAGATGAAGCGAAAGACTCAGAACAACATGGAGGACTAATTCCTGTTCATTCGTTAAATCTTTTGCTG AAGAGTATTGGTGCCACCCTCACAGATGTACAAGATGTAGTTTTTAAGCTTGCCTTTTTTGAACTCAACT ACCAGTTCCATACAACATCTGAATTGCAATCTGAAGTAATAAGACACTATTCCAAACAGGCTATTAAACA AATGTATGTACTCATTCTTGGACTTGACGTCTTGGGAAATCCCTTTGGCTTAATTAGAGAATTTTCAGAA GGAGTAGAAGCGTTTTTTTATGAACCTTACCAGGGGGCTATCCAGGGTCCTGAAGAGTTTGTGGAGGGAA TGGCGCTAGGATTGAAAGCACTAGTTGGTGGAGCCGTTGGTGGGCTAGCTGGTGCTGCCTCCAAAATCAC CAGTGCTATGGCTAAAGGAGTAGCGGCCATGACCATGGATGAAGACTACCAGCAGAAGAGGAGAGAAGCA ATGAATAAGCAGCCTGCTGGCCTTCGAGAGGGCATCACTCGAGGAGGAAAAGGCCTTGTCTCTGGTTTTG TAAGTGGCATTACAGGGATTGTTACAAAGCCAATTAAAGGTGCTCAAAAGGAAGGAGCAGCAGGTTTCTT CAAAGGTGTTGGAAAAGGTTTAGTTGGAGCAGTGACAAGGCCAACGGGTGGCATCATAGACATGGCCAGC AGTACCTTTCAGGGAATCAAAAGAGCTACAGAGACTTCTGAAGTAGAGAGTTTACGACCTCCCAGATTCT TTAATGAAGATGGAGTCATCAGACCTTACAGGTTGCGCGATGGTTCAGGAAATCAAATGTTACAGGTCAT GGAAAATGGAAGATTTGCAAAATACAAGTATTTTACCCATGTCATGATCAATAAAACAGATATGTTCATG ATAACAAGACGTGGCGTGTTGTTCGTAACAAAGGGAACATTTGGACAGCTTACATGTGAGTGGCAGTACA CTTTTGATGAATTCACCAAAGAGCCGTTCATTGTCCATGGGAGAAGACTGCGCATTGAAGCCAAGGAACG GGTGAAGTCTGTATTCCATGCCAAAGAATTTGGAAAAATCGTTAACTTCAAGACTCCAGAAGATGCTAGG TGGATCCTCACAAAGCTGGAAGAAGCGAGAGAACCATCCCCGAGACTGTGA ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT ACAAGGATGACGACGATAAGGTTTAA |
| Restriction Sites | SgfI-MluI |
| ACCN | NM_173028 |
| Insert Size | 9501 bp |
| 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). |
| Product Components | The ORF clone is ion-exchange column purified and shipped in a 2D barcoded Matrix tube containing 10ug of transfection-ready, dried plasmid DNA (reconstitute with 100 ul of water). |
| Reconstitution | 1. Centrifuge at 5,000xg for 5min. 2. Carefully open the tube and add 100ul of sterile water to dissolve the DNA. 3. Close the tube and incubate for 10 minutes at room temperature. 4. Briefly vortex the tube and then do a quick spin (less than 5000xg) to concentrate the liquid at the bottom. 5. Store the suspended plasmid at -20°C. The DNA is stable for at least one year from date of shipping when stored at -20°C. |
| Reference Data | |
| RefSeq | NM_173028.4, NP_766616.2 |
| RefSeq Size | 11178 bp |
| RefSeq ORF | 9501 bp |
| Locus ID | 271564 |
| UniProt ID | Q5H8C4 |
| Cytogenetics | 19 A-B |
| Gene Summary | May play a role in the control of protein cycling through the trans-Golgi network to early and late endosomes, lysosomes and plasma membrane.[UniProtKB/Swiss-Prot Function] |
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