Alms1 (NM_001106604) Rat Untagged Clone

Specifications

Product Data
Type	Rat Untagged Clone
Tag	Tag Free
Vector	pCMV6-Entry
E. coli Selection	Kanamycin (25 ug/mL)
Mammalian Cell Selection	Neomycin
Sequence Data	Fully Sequenced ORF (showhide) >RN209052 representing NM_001106604 Red=Cloning site Blue=ORF Orange=Stop codon TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC GCCGCGATCGCC ATGGAGCCGGAGGACCTGCCATGGCCTGACGAGCTGGAAGAGGAGGAAGAGGAGGAGGAAGAGGAAGGGA AGGAGGAGGCGGAGAATGCATCAGCGGCAGCGACCGAGGAGGCCCGGACCTCTGAGGAGACTGGGAGACT GGAAGAGGAAGAGTTGGAAGGGGCGGGTCCGGAGGTGGACTTGGATTTTAACAGCGAGTCCCAGCTGCAA GAGAGCACGGACGAAGAGGAGGACGAGCTGGCTAAAGCCTGGCTGCAGGCTCACCCTGACCGTCCTGGCC AAGGTTTCTCTCTGACCCCGCCTCCGACTCCGCCTCCGTCCTCCCGGCACCAGTACAGGCCGGTAGAGCA CTGGGGCAAGAGGGAGGTTATTCCACTGACTTACCGTGCATGGCAGCAGACATCATACCAAGATAATGCT AGAGCCCAGTTTTCCAACTCCAGTACATTGTTATTGGAGCCAGAATTTCAGTGGGACCCTGAGGAGGTTC AGAGAACAGAGTCTTGGCATCATCTTCCTCAAGAAAGGGATTCTTTCCAAACCTTGAATATATCCCAGAC TGGGATCGACAGAGTAGAAGGAGCAGAAGTAAAAGACTTGCCCTCTCAGGAGGGAGGTGAATCGGTTCAG GCACAGTGTCCAGTAAAGGAACCAAAGCTGGATCTCTTGTGTTCTCCATTGCTAGTGATACAGGATGACT TTGCTGCTCCTGATTTGCCCTTGCTGACATGTATGACCCAAGACCAGGAGTTTGAACCTGATTCCTTGTT TCAACAAAGTGAACTGGAATTTGCACCTTTGAGAGGGATTCCTGATAAGTCTGAAGATATTGAATGGCTT GCTCGACCGTCAGAAGTTAGTGAAGCTTTAATCCAGGCCACCTCAGAATCATCTTCAGACTTAGTTAACA GTTGCTTTAGTATATCTCAGCATCCACTCACAGAGGGCCTGCAGGGGAAGGCTAAATCTGATGTCCTTAT TCTGTTTGGTGATGCTAAATACGCCAGCATATATGAAAATGCTGGTGCACACAGTGAAAGAATTACCGAA TTGCAAAGAGAGGTAGACTGTTCTAATCTGAGCATTACCCAGGCTTTTCCATCTTCCTTGCCTTCATTTG TTCCTCAAGAACCGACCATTGAGTCAGAATATCATTCCTCCAATCTCAGAATGTTGAGAGTATCTCCCGA CACTCTGCTGACAACTCTTACACAGACAACAGGATCTGTTGACCAGAAGATTGGAGCAGCTGCAATCTCT TCTCCTTACTCACATGGAGTACAGCCTGGCAGCTTTCCCCAAGAAGAGTTGCCAGATAGGCATCTTACCG AAGAGATTCGGAAAGTGTCACCTGCTCCTAGGCCAGCTGGCCAGAAGCCTGAGATGCCAACAGTACCATC TAGTTCTTACTCTAAGGGAATAAAATCTGTTTTCTATCGATATCCGATGTCATACAGTCCTCAAGGCAAA GAGCCTCCAAATGTTTCATCTGTTTCTGGATCAGCTGAGAATGCCCTGCCCCTAACAGTAACCTCTGTTT CCCAGCCACAGAGAGAGACAGCTAAAGCTTTCTACCAGCAAACATTATCAGACAGTCTTCTAACTGCAGA AACATTGCCAGTTTCTGTTATTCCTGAATCAGGTGACCAGAAGACTCATTTGCTATCAGGGTTCTCTCTC TCATATTCTCACAGAGGAGAGGACCTGCCTGAAGATGTAGTGAAAGTTTCCACTGATTCTGGATCTGTTG ACAAGAAGGCTGACATTCCAACAGTGTCCTCTAGTACCTACCAGCACAAAACAAAACCTGGTATTATTTA CTACCAAGAGTTTCCAGACAGCCATGTGCCTATAGGGACTAGAAAGGTTGTATCTCAGTCAGGAGCAGCT GGCCAGAAGACTGATCTATCAGCAGTGCCCTCTACTTCCTCTTCACAGGCAGAGAAGCCTGTTCCCCCCT CCCTGCTAACTTTGCTAGGTAGTCATCTACCTGAAGATGTTTTCAAAGCTTCTTATGTTTGTAAGTCATC TGAAGAGCCATCTGGAATAACAGCTCTGACCTCTGTTTCCTACTCATATAAAGGGAGACCCAATATTTCT CATCAAGAGAAGTTTCCAGACAGTTACCTAATTGAAGAGGCCCAGAAAATCTTGGGTTCAACTGTAACAG TAGACCAGAAGACAGTGACAGCAAAAGAAAAGCCTAGTGTTTTCTACCAACAGGCCTTGCCAGAAGGTGG TCTATCTGCAGAGGATCTGCAAGTTGACCAGAACATTGCTATACCAATGGTAACTTCTGCTTCCTTCTCA CAAAGAGAAAAACCTCAGGTTTTCTACCAAGAGGCGCTCTCAGGTGGTCATTTGCCTGGAGAGCCTCCTG GACCGCCCGACCAGAACACTGAGGCACCAACAATATCGCCTAGTTCCTACTTCCCTGGAGAAGAGTCCAT TATTTTTTACCAAGCTGGCTTTCCAGGTAACACTCCATCTGTAGTGCCTTTCAAAGTTTCAAGGATTTCT GAATTAGCTGAACAGAAGACTAACATAACAACAGGACCATCAGGTTCCTACTCAGTTGGAGAGAAGTCCA TTATTTTCTACCATCAGGCCTTGCCAGATGGTCATCTTTCTAAAGAAGCTTCTCCTGCACCAGCTGACCT GAAGACTGGGGAGCCACCAGTATATTCGGCTTCCTGTTCTGTTGAGGTAAAGCCCATTATTTTCTACCAG CAGCCTCTGTCGGATAGTCCCCTAACTAAAGGTCACAACGTTTCAGTTGTTCCTGGACCAACTGACCAGA AGACTGGTATACCAGCAGTGCCTTCTACTTCACAGTCATATATAGAGAGGCGTTCTGTTTCTTACCAGCA AGAGTTTCCAAATGTTAGTGAAAAAGCTTTGAAAGTTCTAGGTGGTGTTAGATCCACTGAACAGAAAACT GAAATACCAGTAGTGTCTTCTGCTCTCTTACACACAGAGGTACCTACTATTTCTTCCCAAGAGGATTTGC CAAATCTTACTGAAGAAGCTTTGCAAATTTTAGGTGTTGCTGAAGAAGTTCCTTCTGTCCCTTCACGTGA TAAGACACGTCTCATCTCTTACCAGAAGAAGTTACCAGATGGTACTGAAGTATCTTTGAAATCAGTAGGC TTTGGCTCTACTGATCAGAAGACTGGGGCACACATAGTCTCCTCCTCAAGAAGAGAGAAGTCCAGTGGTT TTCATCAGCAGGAGTTGCCAAATACTTGTGGGGATGCATTAGGTACTTTTCATCCTGAACCAGTTGCCCA GAAGGTTGGAAAACCAACAGAACCTTCCAACATACAGGGAAAGGCCAGTGCTTTGTCTCCACAGCAGTTG CCGGCCAGCCATCTTACAGGAGAGGCTCTGAAGGTGTCAGACGGTTCTGCCTGTGTGGCACAGATGCCTG AGGCACCAGCAGGACCGTCCATTTTCTACTTCCATAAAGAAAGGTTCAGTAATTATCAAAAGGCCTCACC AGATTGTGATCTAACTGAAAATTCTTTGAAGTCTTCAACTGTTCCTGGATTGTCTGATCAGAAAAAGAGA CCTCCAGTCTCATCTGGTTCCTGTTCACACAAAGAGAAACACAAGATTTCGGCTGCAGATTTGCTGGATG CCCAGGCGGCTGAACTGCCAACAGTTATTCAGAGATCCTGCTTACATAGAGAAAAGCTGGCAATTTCAAC TGTGATCAAACCAGATGACCCAAAGATTCCATTACCAACAACTTGTCATGCCTCCTGTGCTCAAAAAGTA AAACCTGTTATTTTTGTTCAAAAACAGTTATCAGGTAGAGATCAAAGTGAAGATATTCCGAAGATTTCAA CTGTCTCTGAGCCAACTGTTGCAAACACAGGTGCACCAGTACTTCTGTCTAGTTCTTACCCATACAGAGA GAAGTCAGATTTCTCTTCCCCAAAGGAACTGCCAGATAGACATCCAGCTAAAGTTGACATGCAGGCTTCA AGCAGTCTTGGACAAGCTGACCAGATTTCTAGGTTACCTACAGTTCCTCCTGGTACTTATTCACACAGTG AAAAGTACCAGCTTATCTCAGAGCATGTACAAGAGCTGATTGATAATTTGAATTCTTCTGAGTCTTGTCT CAATGCAGACATTATGATGCCTTCAAATTCACAAATTGATGATGGAGTTATCATATGTAAGCCAGAATCT TCACGTTTTGCCAATGTTGGCTGTGAGGAAATCCAGGATATAGATCATGGTTCCAAAACTCTTAAAGAAA TTCAGACTCTCTTAATGGAAGCAGAAAATATGGCACTAAAACGATGCAATTTCTCTGTTCCCTTAGTTCC TTTCAGAGATGTTAGTGATGTTTCATTTGTACAATCAAAGAAGGTGGTTTGCTTCAAAGAAACCCCCACA TCTGATGTTTGTATCCAGAAGGACTCATTTGCAGAGGAAGTCCCACACACTAAGTATGTACAGAAGGACA TCGGTACACAGACGAACCTTAAGTACCAGAGGAATGTTAGAAATTGGGAATTTATTAGTTCAGCTACCTT TAGAAGTCCTCTACATGAAGCAAATGGCACAGCTCGAGTGGCATTTGATGAAAATTTCAGGCAATATAGA GCTACCAGGTCTGTAATGAGGTCTGAACCTGAAGACTGCAGCACAGGCATTGGGGATAAAATTATTATCC CTATGATGACAATCATAAAGAGTGACTCGAGTAGTGATGTAAGTGATGGTTGCTGCTCATGGGACAATAA TTTACCAGAGTCTTTGGAATCTGTTTCTGATGTTTTTCTAAACTTCTTTCCGTATACTTCACCCAAGACA AGCATAACAGATAGCCGAGAAGAGGAGGGCTTGTCAGAGAGTGAAGATGGCTATGGTAGTGCAGATTCAT TGGCTGCACATGTGAAGTACCTTCTGCAGTGTGAATCCTCACTGAATCAAGCCAAACAGATACTTAAGAA TGCAGAAGAGGAGGAATATCGAGTCCGAGCCCAAGCCTGGAATCTAAAGTTCAATTTAGGACGTGACTAT GGATACCCCGTTTCAGAGTTAAATGAAGATGACAGGAGGAAAGTAGAAGAGATAAAGGCAAAGTTGTTTG GTCATGGAAGAACAACTCACGTGTCTGAGGTCTTACAGAGTCCACGAGGAATAGGATGTTTGCCTGAAGC TGTATGTGGTCACATTATTATTGAGAGCCATGAGAAAGGATGTTACAGGACTCTTACTGCTGAACAACCA CGACCAGACAGCTGCCATTGTGTTTTTCGATCTGTTGATCCTTCAGACTTGATTAGAGGACATCGGAGCC CATCATCATGGAGAGGCAGGCACATCAACCTTTCCAGATCGATAGATCAGAGCAATCCCCATTTCAAAAT AGGGAATTCCTTTCAGTTACAGAGTCATCCCCCATTTGAAAAACTTGTACCTGATGACATCAAAATTAGC AAGGGTGTTGGAATGCCATTCCATGAACACATGGATCCCCAGCCATCAGAATTAATAGAACCTACTTGTG TGCCAGCTAAAGAAATGGATTTTTCTTCCTCTTCTGAAATACTGCCCTCTGAACCCAAGAAGCAGTTCAC CACTTCCATCACTTTTTCTTCTCACCAACACTCTAAGTGCATTTCTGATTCCTCTGGTTTTAAGGTTGAT GTTACTGCAGGTAGCCAGTGTACTGGGCCATCTTTAGGGGTGTTTAAGCCTCATATCCCTGAAGAGCAGA TTTCTCCTAGAGATCTTAAACAGAAAATCTCGTCCCCTTCATCACTTCAAAGGCATAGTTACACACCAGT GACTATTTTAGTTGACAGTAGTAGGCAAAGACAAAAATTACCTGTTGATTTTGAGCATTCTAATCAAAAA GGAAAACTCTTACAAAGATCAGCTTTTAATTTTAGCCATTCTGAACCCAGTGTCAGTACAAATGTTAGTT TCAAGGGAGTTCAATTTTCTGGTAACGATACCATCGTTAGGCAGGACAAATTAATTTCCACAGTTGAGGT AAAAGAGAAGAATGTAACTTTAACTCCTGATCTTCCTTCTTGCATTTTTCTTGAGCAAGGAGAAGAAAGC CACACCCCACACACAGATCTTCATATGAGGAAGTGCCCTTCTCCCTCTGGTCTAGACATTGCTTCTTGCA TTTTTCTTGAGCAGCACAAATTCTTTGAGCAAAGCCAAGGCCAGCATGTAGATGATCATGAAATGAGAGA AGACTACTCTCTCTTCCCTAAGTGCCAGGGTTACATAGCTGCAGACCCTTCTGACTTTCCTGATCAGCAG CAATGCAAACCTCCAGGTGTAGATGGCCACGTGAGAAAACAGCACTATCCTCTTTCTCCAGTTCAGGATT GTGAGGTAGAAGAGGTTCAGTGTATACCCCAATCATACTTTTCTAATATGGTAAATGTTGAAGCCAAGGT CAGTGATATGGTCTCCCCTGACGCCCCTGACCACTTTACAGCAGCATCTACTCCACCTTCAAGTAGAAAA GCACTTTCATGTGTTCGCATAACTCTTTGTCCCAAGACTCCTTCCAAGTTGGATAGTGGAACCTTAGACG AAAGGTTTCATTCATTGGATCCTGCTTCTAAAACAAGGATTAATAGTGAGTTTAACTCTGATCTTCGAAT TATATCTTCAAGGTCATTGGAACCAACCTCCAAATTACTGACCTGTAAACCAGTAGCACAGGATCAAGAA TCTTTAGTTTTTCTAGGACCTAAATCTCCACTGGACTTGCAAGTCGCAGAGTCTTCTCTTCCAGATAGTA AGACTATTTCTCAGGACTTGAAAACCACACCTCCTCAGAATAGCCAGATAGTAACCTCAAGGCAAACACA AGTGAACATTTCAGATTTGGAAGAATATTCCAAACCAGAGGGGACTCCAGTACCTGCAGATGGTTCACAA GAACAGAATAAGGCTCCCTTTACTACATCCTCTGGAATGTTATCATCTGATGCAGTCACTCAGGTAACAA CAGAAAGTCCAGAAAAGATGACATTTTCATCTGAAATTTTTATTAATGCTGATGATCGTGGACAGGACAT TCCATACCCCACGACCCAAAATCCATCCAGGTTTGCCTCCTCTTCCTCAGGGCAGCAAATCACAGCTTCT CAGGGCAAAGACGCCCAGCCTGTGTTGTTGCCATATAAGCCATCTGGTAGTTCGAAGATGTACTATGTTC CACTGTTAAAACCAGTTCCGTCATATCTGGATTCCAAATCAGATACTACTGTTGAGAGCTCACATTCAGG CTCCAATGATGCTATTGCCCCAGACTTTCCACCTCAAGTGCTAGGCACAAGAGATGATGACCTCTCCACC ACTGTAAACATTAAGCACAAAGAAGGGATCTATAGCAAGAGGGCTGCATCAAAGGGGAAACAACCCTCTC AGAAAGGTAATGCAGAGGCCCCAGTTCAAATGCCTGTAACTTGGGATAAGAATGTCTATAAGGAAAACCA AGACGAGATCATCAGTAGAAGAGTTGTGATCGAGACGGCAGGACCTGAAGAAATGCCATCCCAGGAGAAG GACCTTGCAGGATCCAGTGATATCACTGTGCAAGACAGAAAAACTGGAAATCTGCCAGACGCTAAATCCA TTAAACAGAAGGAAGGATCCTTAGAGATAGAGCCTGAGTGTCACTCCGAGTTTGCAAACACCACTCACTC TGTCTTCAGGTCAGCCAGCTTTTACTTCCACCACCCAGTGCACCTGCCCCAAGAGCAGGATCTCTGCCGC GAGTCTTCGGGAAGGAATGTTCTCACGCAGCATCCTTGGAAGGATCTCTTTCACTGTCATTCAGGGCACA GCGGCCTCCCGCCCCCTGGCCCAAGGTCAGACAACACTGAGATGGAGTGCACCAGAGTTAAGAGCCTCAG CATGGATTTGAATTTGGGGGGCCATGAGAAGATACATACTATCAAGAATCAGGCCAGAGACACAAAAGAA GACAAAAGACCGGCAAATGACCCAAAAAAGGATCAGAAGGTCACCCCAGAGCTAACAAGTCAGTGCCCCA TGAGTTTGAATGAACTCTGGAACAAGTACCAGGAGCGACAGAAGCAGCAGAAACCATCTGGCGCTTGTGA TAACAAAGAGCTCTCCTTGGTGGAACGGCTTGATCGTTTGGCTAAACTGCTTCAGAATCCCATCACACAT TCACTCCAGGCCTCAGAAAGTACTCAAGATGACCGCAGATGGGGACGTGGAGCCAGGGGGTGGACTGGGA GGAGGCAACATCAACAGAAAGGCAAGCAGCAGAGGAAGTGGAGTAAGAGCCTAGAGAGGGGTCACAGTAC AGGTGACTTTAGGAAAAGCAAAGTGCTTTCTCCTCATGAAGGTGGGAAATCCAGTCAGCGTAATATTGAG AAGATTAAACTAGATAAGTACATCCTGAGAAAGCAGCCAGATTTTAATAATGTCAGCAATACCTCCTTGG ATTCTAGACCCTCAGAGGAAAGTGAGCTCCTCCTCACAGATAGTCCCAACCTTTTTTCCAGCACTGAGTC TCCTGTGGAGTCAGATGTATTGACCCACACTGGTAGGGACATGCCTTTAAATGAGAGGAGTAGCTCCATT TCTACCGTTGACACAGCCCGGCTGATCCAAGCCTTTGGCCACGATAGACTGTATTTGTCACCCAGGCAAA TTAAATTATACAGTAGTGTCACTAATCAACGGAGGAAACATCTGGAGAAGCCATGCAAGCACAAGAGGAA AGCATTGAACACAGCCTGCCCCCAAATGACTTCTGAGCACACCAGAAGGAGGCACGTCCAGGTGGCAAAC CGTATAATGTCTTCTGACTCTGTTTCATCTGCTGGTAGTTGTTTGAGCTTGGACTCTACTCTGTCCAATG AGGAAAATGTGCACATGTTGAATAAGGGTGTACAAGCTGGTAACTTGGAGATTGTGACTGGTGCCAAAAA ATACACTCAGGATGTTGGGGTGACTTTCCCAACGCCCAGTTCTAGTGAGGCCAGATTGGAAGAGGATAGT GATATGACTTCTTGGTCAGAAGAAAAAGCCAAAGAGAAAAAGTTCCTTTCCAACTATCTGCGGGGCAAAA ACTTAAGGAAAAACAAGCCAAATCCCTGTGAAGGAGTCTCATGGTTTGTTCCTGTGGAAAACAGAAAGTC TGAATCTAAGAAGGAAAACCTGCCCAAGATTTACAGACCTGCTATCTCCTGGTTTGAACCAGTAACCCAA ACCAAACCCTGGAGGGAGCCACTGAGGGAACAAAACTGGCAGGCACAATGCATGAACAGTCGTGGGTCCC TGGGAGGCCCAGGCAGGGATAGTGGCCAGAGTTTTCTTCAGCCATTTGTGAGAGCAACCCTGCAGGAATC ACTTCAGCTTCACAGACCTGATTTCATCTCCCGCTCTGGGGAGCGGATAAAACGTCTGAAGCTACTAGTC CAGGAGAGGAAGCTACAGAACCTGTTCCAGAATGAGCGAGAAGCTCTGTTCAACACTGCGAGGCCCCTGC CCAGGAGAGTTCTCTTGGCAGTCCAGAAGAACAAGCCTATTGGGAAGACGGAAATGATTCGGAGGACCAG ACGGTTTTATGAGCAGCTTCCAGAAGTGAAGAAGAAGAGAGAAGAGGAGAAGAGAAAATCAGAATATACA TCCTACCGGCTACGAGCTCAGCACTATAAAATGAAAGTGACCAATCATCTCCTGGGGAGAAAAGTGCCTT GGGACTGA ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT ACAAGGATGACGACGATAAGGTTTAA
Restriction Sites	SgfI-MluI
ACCN	NM_001106604
Insert Size	9738 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	NM_001106604.2, NP_001100074.2
RefSeq Size	9965 bp
RefSeq ORF	9738 bp
Locus ID	297408

*Delivery time may vary from web posted schedule. Occasional delays may occur due to unforeseen complexities in the preparation of your product. International customers may expect an additional 1-2 weeks in shipping.