CLMN (AB007969) Human Untagged Clone

Specifications

Product Data
Type	Human Untagged Clone
Tag	Tag Free
Vector	pCMV6-XL5
E. coli Selection	Ampicillin (100 ug/mL)
Mammalian Cell Selection	None
Sequence Data	Fully Sequenced ORF (showhide) >NCBI ORF sequence for AB007969, the custom clone sequence may differ by one or more nucleotides TTTTCGTCTATGTTTCTGATCTGCTTTCAGGAAGAATTATTCATTTTTATCTTCCCAATCTGAATGTTTT ATTGAATTTTTATTTTCCAAGTTAATAAAACCTTTGGTTATTATCCTGTCTTTGTTTTACAGTGTCCTGC TCTTGATGCGTGGATGCAGATTTTGTCTCTCTGTGGACGTTAATGATTGTGGTCTGAGGGGAAGTCTTTT CTGCTCCCTGTGTTGCCCTCATTTTCTCTGAGTTCTCTTTATTTTGGTGGTCTCAGTCTCTATCTTTCAC GTTGTGAATTTTTCTCAAATATATGGTGATCCTATGGATCTGTTCATGTTTTAAGAGTGAGGCATCCAAA AGCTGATTGGAAGTTGTGTGTGCCAACTGGTGAGCTTTTCCACTAGGGTCACCAGGTGGGCACCTGGACT CATCATTGGAGAACACTGCCTGTCAGTATTTGCACGTGTTTTCTCTGGGGCTCATTCTGTTTCTTGAGAG ATATTCCCACTACTCTCCTTCCTGGGAAACGGGCATACACAGGGCTTTTAGCCTATGCTGAGTACTCATG TGGTTTCAAAAATGGTGTCCCATCTGGGCAGAAGTCCCCATGAGCACTTGGCTTGACTGGCAAAGGACAC CTTTTGCCCCTTCCTCCAGACATACCCAGCTCTGAGCTTGGACAATGCTCGAGGAACAATGAAAAGGCTA GATTTTAACTCCTAATTGCCCTCTTTAGCCAAGTGCCTCTGTGCAATGCACAACTGTAGGACCATATCCA GAGACCCTGGTCTATACTCAGTGTGCCCGAGTCCTGACCGCTGAGCAGGCAGCCTCATCACCCGTGAGTA TTTAGACTTTCATTAAGTTGCTTCAACCTTTGCTGTGCCTGGTGTCCCTGAGTTGGAGCTGCTCTGATTT CTCCATGGAGTAGGAGCACAGTGGTCATCTGGCTGCATGGGAAGGACAGGGGACCTCAGAGCCAATAAAT GCCCTGGTCTTCAGCCCCATGTCTCACCCCATCCCTCCTATTCCAATCCCCAAGCCTCTCCTGGAGGCCA CAGGGCATCTCTGCTGACCACTCTGTGGCCTCCCCTCTGCAGGCATGTGGTTTTAGGATCCCCCTCCCTG CTCACTTTTCCATCAGTTCCATTCCTGCATAAATAGGTTGCTAGCTCTTGCTTACTGTTCTCTTCTGTAT TCTGTGTTCATGGTTGTATTAATATAACTTTCATTCCTCTGCTCCTATTTTCATGGGGTTTCATGAGGGA AGAAACAGGCTCATGTGTTCAGTATACCATCTTGATCCATAAACCCCATTTGAGTTATCTCACAGGTTGC TTAGGGGGCTTGCTGCTCTGACTGGTTTGTGAACGTGCCCTGAGTCCAGCTGGGACTGCAGCAACATCCA TCCTGTTGAGCTGTGGTCTGCTAAGTGATTTTGTGTAATGCTGTGCCAAGTGCAGGAGAGGGATACATAG CATGGCTAAGCTCTGCTTGAATGCCATGATTAGTTATTACCTTCCTTCCTTCCCCCTGGTTTTGCTGCCT ATTGTCAGTAAATGATCTTAGATCTCCTGCCTCCCCAAAGATATAGTCTATGTGGTGGTCTGGGTTCTAG GTTTTCTTTACCACCCTTGCTTCACTTAAGAAACAGAAAACTGGCTAGGCACAGTAGTGGCTCACACCTA TAATCCCAGCCCTTTGGGAGGCCAAGGCAGGAGGATCGCTTGAGGCCAGGAATTCAAGACCAGCCTGCAC AACATAGCAAGACTCCATCTCTACAAAAAGTTAAATTTAAATTAGTGGTGGCATGCACTTATAGTCCCAG CTACTCGGGAGGATGAGGCAGGAGAATTGTTTGAGCCCATGACTTTGAGGTTACTGTGAGCTGTGATCCT GCTATTTTACTCCACCTGAGTGACAGAGCGAGACGCTGTCTCAAAAATAAAGAAACAAGTAGTCCACACA GGTGTTTGCCAGCAAACAAACAGCGCGGATTCTCTGTTGAACGTGGCCAACATTGCCTCGTCGAAGTTTG TATCTTGCCATAGTTGATGATCAGGTGGTCGGGGCTTCCTGGTCAGACCTGACCTTTGTGGGGAGATGTT CTCCCACCAAGGCTCAGAAGCAGGACACTCTTGCTGCCCCTCGGGCAGCCACCCAGAACATGGGCGTCTC CATTTCTGAGGTTCAGCATAGTTCCCCCCACCCTCTTCCCATGCAGTGCATGCCTGCTCTTTATCAGGAT GGAACAGAGGGAAGGCAGAGGCACTGGGGGCAGCCTGTGTTGTTGATCTCTGTAAGTCACAGACTGTTCG AAAACCTCAGGAATTATGTAAGCGTTCAGTGCCTCATTTAAGAGATGAAAAACTGAAGATTAGAAAGAGG AAACGACTAGTCGCCCTGCTAGTTGATGACCTCCAGATAGCCATCTTCATTCCCAGTTAAGTTTACTACA AAACCACAGCCTCAGCTGCTGAAGCTAACCTCCCTACCCACCATCGCTAGGGACTCAGAACACCATGGAG CTCATCTCTCCAACAAAAGTCAGAATTAGCAAGTACAGATGTGTCTTACGAAAATGTCAGAATCCATCAT GGCTGCTTTGGTGAGGAGCTGTTCTCCTTCCGTGGTCATGCCATTGGAAGGCAGTTGTATGACAAGAATG CTTTCACATGAGCTCCGATTTTCTTAACTCTCCAGAAGGACTTCAGAAGCCTCTGGAGTTTTGAGACGCG GCCTCTCTCTCCCTTCTGCTTGGAGACACCTTCCTGGGGGTCTCCACTGCATTCCCCGCCGGTATTCCTC TGTGGAGCCTTGCGCCCTCAGGTCCCAGAAATGGGCTGTGTGGGAGCTTCCAGTCAGCCTGGTATCTCGG GACCTTCTCAGCCAGGAAATGAGACTGCACAAAGCCCTGTGAGGCCCAGCTGTGTTATTTCTCCTTCCCC GACATTGCATAATCACTGCTGACACAGCATTTGGGGAAGATTTAACGTCTTGGGCCAGCAGCTGCCATCT GGAACCATCACCACATAGCAGGTTGTTCTGTCCCATCCAACTGATGAGGGGGCTGCCCTAATGACAAGGT CCAGGACCTGGGTTGGGTGGTGGAAGGCTGGGAGCTGGAGTGGGCATTATTGTGCTTCTGTGCTGAAAAT TGCTATGGCTCTTTTCCCCTAACAGCCAGCGTGGGAGAACCAAACATGAGACACAAGCATCCCCTTGAGC TCCACAGATCTTGCGCCTTGCTCTCATCAGGCATTTCCTTGGAGAACAGCAGTCAGCAGCTCATGGAAGT GAGCCCGGTGCACAGACTTTGCATGGACTTTGCACAGGTTCCATTTCCATCGTGTGCAGACACCTGTATC TTTGGGCTCCACGTGAGCACCTGCCCTCTTCACTCTGATTTTTTTTTTAAGAGACAGCATCTTACTCTGT CACCGAGGCTGGAGTACAGTGGTGTGATCACAGCTCACTGCAGCCTGAAACTCCTGGGCTCAGGCAATCC TCCTGCCTCAGCCTCCCGAGTGGCTGGTAGTACAGGTGCATGCCACCACGCCCACCTAATTTTTTTATCT TTTATAGATACAGGTCTCACTGTTGCTCAGGCTGGTCTCGAACTCCTGGCCTCAGGTGATCCTCCTGCCT TGGCCTACCAAAATGCTGGGATTATAGGCATGAACCACTGTGCCTGGCCTTCACTCTGATTTTTCTTAAG AGTCCTACAGGACCTTCAGGTCTTGTCACTTCTCTACCATTGTGTGTGAGACAGGGCATGGGGTGAGCTT GGTCAGGTGTGGGTCAAAAGCCTGGAGACTCAGAGCTGCTGGTTCCCCAAGAGCCCACAAAAGTTATCAG AGTTTCTGAGCTGAGTGTTCTGCAGTTGCCAGACCCCACAATGCTGGGAATACTGGCTTCTTTGTGTTTA GAACTTGTTCTGAGAACCTTGATGAGAACACATCAAGCAAGCAGTTCCTCCCAGCCAGGGCTGGAGCAAC ATGCCAAAAAACATTCTTGTCTATGGGAAAAAGACAACCAGTATTTTGTACTGTTTGACCAAGTTGTTTT TAAATATACACATGCCTCAACAATCCACGGCCTCAATCGCACTGCTAATTTGTTTAAATCCCTGACACTC AGATGTCAAGAATAGCTTCATCTAGCAGTGTTCTCTTTAAAGGAACCCTTTTTTTTGTTTTCATTTTAAT CACTGCCTTCTTCTCTGGGAGGTATTGTGGGCTAGAGAAAGAAGTCAGGTTTGGGAGTCAGCCAGATTTA GATTGGAGTCCCAGCTCTGTCACCAGATCTCTGGGTGATCTTGGCAAACTAACTTCTGAGCTTCTGTGCA TTATAGGCATTCAGCACATATTTGTTGGATGAAAAATACTTTTCTTGAAAGTTTATGAAGTTGTAGGATG CCCAGCAGCCCCCTTTTCTCTATTTCCTTCCTCTTGAAGCAAGCGTTGACTATACCTCTTTCCCTAACCC TTAGTGTACCATAGCTTCTTCCAACCTCTCTCCAATCCATTACTTTTTTCTGAGCTACCCTGTCTCAAAT CTAACTCAGGCCTTTTTGCAAGAGGAAGTTTAAGCCATTGTTTACTCATTAACTCACTTGACCCTTAGAA CAATCGTGGGAGGTGTTTATTTCGGAAAGGAAGCTAAAGCACAGGACAGAAAAATAAGGTCATAGCGTGA ACTAGTAAGTAGCAGAACTGGGAACATAGGACTGTTATTTTCAAACACTCTAAACTTCACTGCAGTTGCA AATTTGCAACCAAAATGGCCGCCTTGAAAGGGTCTTTTGCAGTAAAATCTCAGTGTCCAACATCAAAGAC AGTTCTTCAGGGCCTCCAATTAACTATACATCCTGCCCCCAGCTGCTCATCTCTGCACCTCTAACACGTA CTTCACAGAGTAGGAAATTGGGCTTTCTCCTTCAAAAAGAAAAGTAGAGAAGGCCTGAGGGCAGTGTAAT TAAAATGGAGAAGTAGAGACCACGAATTACTTGGATGAATTCATAACTGGTTGGTCTCTGAGGCAGGGAT TATTATTTTTCCTGTATTTTAAGCTTAAAAGTAGTGATTTTTGCATTGTTACAAAAAACAAAATAGCAAA ATATCATTTGATACTTGTATTCTGTTTGCAATAGCTACCACTTCCTTTAGCCCCAGCAAAAATCAATAGG TGTGTATTCTCTACAAGCCCATGCTGTGCCAGAATGCCAGTATTGCTAAATGTCATGCAAGGATTTAGAC ACTTTTTTAAAGGAAACTCTGGGAGTGCCTGTTGTCTGGAGAGTTGACATTGTCCAAAGCAGGCCAACAC TGGTATGGGTATGGAGAACCCACGTCCTAGCTGTGGCTCACCTGCAGATGCCTTGAATTTACCTCTCTGG GTTGGAAGTGGGAAGACTTCTTTTAAAAGTCCTTTCTAAGTTTAAAAATCCAAAGGTTACGAAGGTAGTT TTTATTTATCTCAATAAGTGGCCTATTTGCTTAAAGCAAGTGTACCTCTGTATATCAGCCCAAAGCTTAG GGCAGTGCTTCTTGGCTTTAGTATCTGAGAAAGGTGCCTTTGGGAAGAGTTTGGTCAGACAGAAGGTAGT CTGAATCTTAAAGGTTTCAGATGAATGTTTGAAGTAGAACCTGGGAAATCTGCTTCCTAGGGCTGTTAGA AGGAAATTGGTCTCCTTAAATTACGTCAGCATCTGAGGCAGTTTCCTAAGGGAATTTCTTTTAAATTCAA AAGTTCAACTGCAGGAATAAATAGCTGTACAGGACTAGATCTTCCCATCCCTCATCTTTTCCCCTTCCCC GAGTAACGACTCAAAAAGGCTTCTGAAATTCTACTCAGAATCGGAGCCGTTTGCATTCCAACAAGGATCC CTTAAGCCAAATGCTGGTGTGTTTGTGTAGAATGTCCCTGGGGTAGGGGCGGTAGCTGTGGGGAGGGAAT GTGGTGCAGGGGACACCTGCCCTCTGCCCTTGAAATTGCACCATAAGATGCTGCCTATGTCACTCACAGT GGTGCTGATACTATCCGCCAAAGACAAATTGTGAACACGGAAAAATGGTCGTTCCCTACTGTACATCCTC AGGACAGACTTAACTAAACTTGGAGACAGGAGATTGTTCAGACCATATTGTAGTGGGTGGTGATCATTGT TTTATTTTGGGGGAGTCTGGTCTATTGAGCAGATTTAATGTTTCCTTATTGTGCAGGGCTTAATTGACTA TGTCTGAAAGTTTTTACTGAGAGCTCTAAGAAAACTATTGAGGAAAATGAAATGTTATTTTGTAGTACAA GGATTATTTTTGTCTATTTAGGATATACATAGCTGTAGCTTTGTAAAAAAAAAGATCTTTATAAACAATA TATGAATGTGCCGTCTTATTTATTGATTACTGTAAATTAAGATATAAATGGCTATTTGCATAATTTATAC CTGTGGGAATTAACTGGAGTATTTGTTATTTGACTGTTTTCTATTAAGGAATATTAGGCTTGGTGCTATG ATGAATGATCTTGTAAAATCATGTGTATTCTTAAGAAAATTTTTGAATATAAATTTCTTGAACTGAC 5' Read Nucleotide Sequence (showhide) >OriGene 5' read for AB007969 unedited ATTTGTAATACGACTCACTATAGGGCGGCCCGCGAATTCGCACGAGGCTCTCCCTTCTGC TTGGAGACACCTTCCTGGGGGTCTCCACTGCATTCCCCGCCGGTATTCCTCTGTGGAGCC TTGCGCCCTCAGGTCCCAGAAATGGGCTGTGTGGGAGCTTCCAGTCAGCCTGGTATCTCG GGACCTTCTCAGCCAGGAAATGAGACTGCACAAAGCCCTGTGAGGCCCAGCTGTGTTATT TCTCCTTCCCCGACATTGCATAATCACTGCTGACACAGCATTTGGGGAAGATTTAACGTC TTGGGCCAGCAGCTGCCATCTGGAACCATCACCACATAGCAGGTTGTTCTGTCCCATCCA ACTGATGAGGGGGCTGCCCTAATGACAAGGTCCAGGACCTGGGTTGGGTGGTGGAAGGCT GGGAGCTGGAGTGGGCATTATTGTGCTTCTGTGCTGAAAATTGCTATGGCTCTTTTCCCC TAACAGCCAGCGTGGGAGAACCAAACATGAGACACAAGCATCCCCTTGAGCTCCACAGAT CTTGCGCCTTGCTCTCATCAGGCATTTCCTTGGAGAACAGCAGTCAGCAGCTCATGGAAG TGAGCCCGGTGCACAGACTTTGCATGGACTTTGCACAGGTTCCATTTCCATCGTGTGCAG ACACCTGTATCTTTGGGCTCCACGTGAGCACCTGCCCTCTTCACTCTGATTNTTTTTTTA AGAGACAGCATCTTACTCTGTCACCGAGGCTGGAGTACAGTGGTGTGATCACAGCTCACT GCAGCCTGAAACTCCTGGGCTCANNGCATCCTCCTGCCTCAGCCTCCCAGTAGCTGGTAG TACAGGTGCATGCCACCACGCCCACCTANTTTTTTATCTTTATAGAACANGTCTCACTGT TGCTCAGGCTGGTCTCGAN 3' Read Nucleotide Sequence (showhide) >OriGene 3' read for AB007969 unedited GTACACTATGNNACCGCGGCCGCAATCTANGATCGAGTTTTTTTTTTTTTTTTTTGTCAG TTCAGAAAATTTATATTCAAAAATTTTCTTAAGAATACACATGATTTTACAAGATCATTC ATCATAGCACCAAGCCTAATATTCCTTAATAGAAAACAGTCAAATAACAAATACTCCAGT TAATTCCCACAGGTATAAATTATGCAAATAGCCATTTATATCTTAATTTACAGTAATCAA TAAATAAGACGGCACATTCATATATTGTTTATAAAGATCTTTTTTTTTACAAAGCTACAG CTATGTATATCCTAAATAGACAAAAATAATCCTTGTACTACAAAATAACATTTCATTTTC CTCAATAGTTTTCTTAGAGCTCTCAGTAAAAACTTTCAGACATAGTCAATTAAGCCCTGC ACAATAAGGAAACATTAAATCTGCTCAATAGACCAGACTCCCCCAAAATAAAACAATGAT CACCACCCACTACAATATGGTCTGAACAATCTCCTGTCTCCAAGTTTAGTTAAGTCTGTC CTGAGGATGTACAGTAGGGAACGACCATTTTTCCGTGTTCACAATTTGTCTTTGGCGGAT AGTATCAGCACCACTGTGAGTGACATAGGCAGCATCTTATGGTGCAATTTCAAGGGCAGA GGGCAGGTGTCCCCTGCACCACATTCCCTCCCCACAGCTACCGCCCCCTACCCAGGGACA TTCTACACAAACACACCAGCATTTGGCTTAAGGGATCCTTGTTGGAATGCAAACGGCTCC GATTCTGAGTAGAATTTCAGAAAGCCTTTTGAGTCGTTACTCGGGGAAAGGGGAAAAGAT GAAGGATGGGGAAGATCTAGTCCTGTCCAGCTATTTATTCCTGCACGTGAANCTTTGGAT TTAAAAGAATTCCTTGAGAAACTGCTCAGAGCG
Restriction Sites	NotI-NotI
ACCN	AB007969
Insert Size	4200 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.
Note	Plasmids are not sterile.  For experiments where strict sterility is required, filtration with 0.22um filter is required.
Reference Data
RefSeq	AB007969.1
RefSeq Size	6577 bp
RefSeq ORF	6577 bp
Locus ID	57237

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