Dmxl2 (NM_172771) Mouse Untagged Clone

CAT#: MC225454

Dmxl2 (untagged) - Mouse Dmx-like 2 (Dmxl2), (10ug)



  "NM_172771" in other vectors (2)

CNY 49,020.00


货期*
12周

规格
    • 10 ug

Product images

经常一起买 (3)
TurboFectin Transfection Reagent (1 mL in 1 vial)
    • 1 ml in 1 vial

CNY 4,090.00


DH5α Chemically Competent Cells (≥10^8 cfu/μg of pUC19 DNA)
    • 5 x 200 ul

CNY 1,280.00


Forward sequencing primer VP1.5, Reverse sequencing primer XL39, 100pmoles each
    • 100 pmol

CNY 480.00

Specifications

Product Data
Type Mouse Untagged Clone
Tag Tag Free
Synonyms 6330586A12; 6430411K14Rik; E130119P06Rik; mKIAA0856
Vector pCMV6-Entry
E. coli Selection Kanamycin (25 ug/mL)
Mammalian Cell Selection Neomycin
Sequence Data
>MC225454 representing NM_172771
Red=Cloning site Blue=ORF Orange=Stop codon

TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
GCCGCGATCGCC

ATGCATCTGCATCAGGTCCTCACCGGGGCTGTCAACCCTGGGGACAACTGCTATTCGGTGGGCAGCGTCG
GGGACGTCCCCTTCACGGCATATGGATCAGGCTGTGATATTGTTATTCTGGCGAGTGACTTTGAATGTGT
GCAGATCATCCCTGGTGCTAAGCATGGGAACATCCAAGTCAGTTGTGTGGAATGCTCCAACCAGCATGGG
AGAGTTGCAGCTTCATATGGGAATGCTGTGTGTATTTTTGAACCCCTGGGTGTAAATTCTCATAAGAGAA
ACAGTCAACTCAAGTGTCAGTGGCTTAAAACTGGACAGTTTTTTTTGAGTTCCGTGACATACAACTTAGC
ATGGGACCCTCAAGATAACAGATTGCTGACAGCAACGGATTCGATTCAGCTGTGGGCTCCTCCAGGCGGT
GATATTCTAGAAGAGGAGGAAGATGTTGATAATAGAGCCCCTCCTGTTTTAAATGATTGGAAGTGCATCT
GGCAGTGCAAAACCTCAGTGTCTGTACATCTGATGGAATGGTCTCCTGATGGTGAATACTTTGCCACTGC
TGGAAAGGATGACTGTCTTCTGAAAGTCTGGTACCCTATGACTGGCTGGAAGTCTTCAATCATACCTCAA
GATCCCCATGAAGTGAAGAGGAGACGGGCTTCCACTCAGTTCTCCTTTGTTTACTTGGCACACCCTCGAG
CCGTGACAGGTTTCTCATGGCGGAAAACTAGCAAGTATATGCCCAGGGGCTCTGTCTGTAATGTCTTACT
GACTTCATGTCATGATGGTGTGTGTCGGCTCTGGGCAGAAACATTGTTACCTGAAGACTGCCTTTTGGGT
GAGCAGATTTGTGAGACCACTACCTCCAGCGTTGCCAGCAACCTCTCTTCTGCTGGGAAACACAAAGACA
GGATCCAGCATGCTCTTGAGACAATACACCATTTGAAGAATTTAAGGAAAGGACAAAGGAGGTCTTCTGT
TCTTGTAACTCACGCTGAACTGATGCCTGACAAGACTGCAACCCACGAGGTTCACAGACACATTTCTCAC
CATGCCAACGCACTGTGCCACTTTCACATCGCGGCGAGCATCAATCCTACTACAGATATTCCAAATGTCC
TGGTTGGCACTGCATTTAATATTGATGATATCAATGGAGGATTTGTAGTTCATTGGTTAAATAACAAGGA
ATTTCATTTTACATCATCAACTGAAATATTTATGCACCAATTACGAAAACTTTCTGAAAAACAATTAGAT
CATGAAAGTGATGATGCAGATAGAGAAGATGAGGAGCGCTCACAGGACGAGAGAGAGAGGGGCTTACGCA
TGAAACTGGACCATGAATTATCTCTGGATAGAGAATCTGAGGCAGGTACAGGATCATCAGAACATGAAGA
TGGAGAACGAGAGGGAAGTCCTAGAACCCATCCACGACCTAGCATCTCAATGCCACTGCCTACAGTACTG
CTGGACCGGAAGATTGAAACGCTGCTGACAGAGTGGAACAAGAACCCTGACATGTTATTCACGATACACC
CTGTAGATGGAACTTTTCTAGTGTGGCATGTAAAGTATTTGGATGAATATAACCCTGGAATATTTAGACA
AGTTCAGGTTTCTTTTTCCTCTCGGATTCCTGTTGCATTTCCCTCTGGGGACGCCAACTCTCTTAGTAAA
AACATCATGATGTATGCTTGTGTGAATGCTACAAAAGATTCATACAACCCATCCCAGCAAGAGATGATGT
CTGTAGATAGTCCCCATGGATCACAGCTACACTCTCCATCACACAGCACCGATATGAATATTTTAGCACC
TACGGTAATGATGGTCTCTAAACACATAGATGGGTCTTTGAATCAGTGGGCAGTCACGTTTGCTGACAAG
TCAGCCTTTACCACTGTTCTGACTGTGTCCCACAAATTCAGATACTGTGGTCACCGATTCCACCTCAATG
ACCTGGCATGCCATTCTGTTTTACCCCTCTTGCTGACATCTTCCCATCATAATGCTCTGTTGACTCCTGA
ATCAGACTGTCAGTGGGACTCCGACAGTAAAGTAAATAGATTAATAGATCCTGTAAAACACACAAAAGCT
TCATCAAAACAGCCTCTGAGAAATGCAGCAACCCGTACATTTCATGACCCAAATGCAATCTACAGTGAAC
TTATTTTGTGGCGTGTAGACCCCATTGGACCTTTGTCATATACTGGAGGAGTGTCAGAATTGGCTCGAAT
TAACTCTTTACATACCTCAGCCTTCTCTAATGTGGCATGGCTTCCAACTCTTATTCCTAGTTACTGTCTT
GGCACATACTGCAATTCTGCAAGTGCTTGCTTTGTTGCATCTGATGGCAAAAATCTAAGACTCTATCAAG
CTGTGGTCGATGCAAGAAAATTATTAGATGAACTGTCAGACCCAGAAGCCTCAAAACTGATCGGAGAAGT
GTTTAACATTGTGAGCCAACAGTCCACTGCTCGTCCAGGCTGCATTATTGAGCTTGATGCCATAACTGAC
CAATGTGGATCAAATACACAGCTACTGCACGTGTTTCAAGAAGACTTCATTATTGGATATAAGCCACACA
AAGAAGATATGGAGAAAAAGGAAAAGGAGTCAGAAATATTTTTCCAGCCATCACAAGGATATCGACCACC
ACCATTTTCAGAAAAATTCTTTTTAGTAGTCATTGAGAAGGATGGAAATAATAACTCTATTCTCCATATG
TGGCACCTTCATCTTAAGTCTGTACAAGCGTGCTTAGCCAAAGCTGCAGAGGGCATCTCATCTGACAGTC
TGCTCTCAGTCCCGGGGCAGAAGAACCTGGACTCTTCTCCAGAAACCTCCTCTAGTATGAGCTCCGTGCC
ACATTCCTCGTCAATTGCCAATCTTCAAACTGCTAGTAAGCTTATTCTGAGCTCCAGACTTGTATATAGC
CAGCCCCTGGATCTGCCGGAAGCTGTTGAAGTAATAAGAGCAACGCCTTCAGCAGGTCATCTGAGTTCCT
CTTCAATTTACCCAGTGTGCCTTGCACCTTATTTAGTGGTTACAACTTGCTCCGACAATAAAGTACGCTT
CTGGAAATGTTGTATGGAAACTAACTCACTGGGCAATACAAGTGATGAGAGTGAGACCTATCATTGGAGG
AGATGGCCCTTGATGAATGATGAAGGAGAAGATAACAGCAGTACTGTGAGCATCGTGGGAAGACCTGTTG
CTGTTAGCTGCTCATACACAGGCCGCCTTGCAGTGGCTTACAAGCAACCCATCCACCACAATGGTTTTAT
TTCTAAAGAATTCTCTATGCATGTCTGTATATTTGAATGCGAATCTACAGGAGGGTCAGAATGGGTTTTA
GAACAGACGATCCATCTTGATGATTTAGTTAAGGTTGGAAGTGTACTTGATTCAAGGGTCAGTGTTGACA
GTAATCTGTTTGTATATAGCAAATCAGATGCATTTTTAAGTAAGGATAGATACCTTATTCCAAATATCAA
GCATTTAGTACATTTGGACTGGGTGTCAAAAGAAGATGGCTCTCACATCCTCACAGTGGGGGTTGGTGCT
AATATCTTCATGTATGGGAGACTTTCAGGAATTGTAAGTGACCAAACCAACAGTAAGGATGGAGTAGCTG
TCATCACTTTACCACTAGGTGGTAGTATCAAGCAAGGAGTTAAGTCAAGATGGGTTCTTCTGAGATCTAT
AGACTTAGTATCCTCTGTGGATGGCACACCTTCACTGCCTGTTTCTCTCTCTTGGGTAAGAGATGGAATA
TTGGTGGTGGGAATGGATTGTGAAATGCATGTATATGCCCAATGGAAGCATTCTGTCAAATTTGGAAACG
TTGACGCTGATAGTCCAGTTGAAGAGACAATACAAGATCACTCTGCCCTTAAATCCTCTATGCTGGCAAG
AAAAAGTATTGTTGAAGGAGCAGCTATCCCTGATGATGTTTTCTGTTCACCTACTGTGGTTCAAGATGGT
GGCTTATTTGAGGCTGCACATGCACTCTCTCCTACTCTGCCACAGTATCATCCAACTCAGCTGTTAGAAT
TAATGGACTTAGGGAAAGTTAGAAGAGCTAAGGCCATTCTTTCCCATTTGGTAAAGTGCATCGCAGGTGA
AGTTGCAATAGTTCGGGATCCTGATGCTGGAGAAGGAACTAAGCGGCATCTCTCTCGGACCATTAGTGTG
AGCGGCAGTACAGCAAAGGATACAGTTACCATTGGGAAGGATGGTACTCGGGATTATACCGAGATAGACT
CTATTCCTCCACTACCACTACACGCATTGCTTGCTGCAGACCAGGACACATCCTACAGAATTTCAGAGGA
CAGTACAAAAAAGCCACAGAGCTATGAGGACCATATTGAAAGCCAATCAGAGGATCAATATTCAGAGCTG
TTTCAAGTCCAGGAGATAACAACAGATGATATTGATTTAGAGCCAGAAAAGAGAGAGAACAAATCAAAAG
TAATAAACCTGTCACAGTATGGACCAGCCTGTTTTGGCCAGGAACATGCTAGAGTACTTTCAAGTCATCT
AATGCACTCAAGTCTGCCAGGCCTTACCCGCTTGGAGCAGATGTTCCTTGTAGCACTGGCGGATACTGTG
GCAACCACCAGTACGGAGCTTGATGAAAACAGGGATAAGAACTACTCAGGAAGAGACACCTTAGATGAGT
GTGGTTTGAGATACCTGTTAGCTATGCGCTTGCACACATGCCTGTTAACATCACTGCCTCCTTTATACCG
AGTCCAGCTCCTTCACCAAGGAGTGTCTACCTGCCACTTTGCCTGGGCTTTTCATTCTGAAGCTGAGGAA
GAACTGATCAATATGATTCCAGCAATCCAAAGAGGGGACCCTCAGTGGTCTGAATTAAGAGCTATGGGAA
TAGGCTGGTGGGTGAGGAATGTTAACACACTCCGAAGATGCATTGAAAAGGTTGCCAAAGCTGCTTTTCA
GAGGAACAACGAGGCCTTAGATGCCGCTTTGTTCTACCTTTCCATGAAGAAGAAAGCGGTAGTGTGGGGT
CTGTTCAGGTCACAACATGATGAAAAAATGACAACATTCTTCAGCCACAACTTTAATGAAGATAGATGGC
GGAAAGCTGCTTTGAAAAACGCCTTTTCTTTACTTGGAAAGCAGCGCTTTGAGCAGTCTGCTGCTTTTTT
CTTGTTAGCTGGTTCATTGAAAGATGCAATTGAGGTATGTCTTGAAAAAATGGAAGATATTCAACTAGCC
ATGGTTATTGCCCGTTTATTTGAATCTGAATTTGAGACTTCATCTACTTACATCTCTATCTTGAATCAGA
AAATTTTGGGTTGTCAGAAAGACGGCACAGGATTCGATTGTAAAAGATTACATCCTGACCCTTTTCTGCG
TAGTCTTGCCTATTGGGTAGTGAAAGATTATACCCGAGCCTTGGATACCTTACTGGAACAGACACCAAAG
GAAGATGACGAGCAACAAGTCATCATCAAATCTTGTAACCCAGTGGTGTTCAGTTTTTACAACTACCTTC
GAACACATCCTTTACTTATTCGAAGAAATCTTGCTTCCCCTGAAGGAACTTTGGCAACTTTAGGTCTCAA
AACTGAGAAAAACATTGCTGATAAAATTAACCTCATAGAAAGAAAATTATTTTTTACCACCGCTAATGCT
CATTTTAAAGTTGGATGTCCTGTTTTAGCCCTTGAAGTACTTTCTAAAATTCCTAAAGTAACCAAAATAT
CCTCCTTAACTGCAAAAAAAGATCAGCTTGACTCTGTTTCTGGAAGGATGGAGAACGGGCCATCAGAATC
AAAACCAGTGAGCAGGAGTGATGGTGGTTCTGGGGCTGACTGGTCGGCTGTGACTTCCTCCCAGTTTGAC
TGGAGTCAGCCAATGGTTACAGTTGACGAGGAGCCTCTTAGGCTCGATTGGGGTGACGATCATGACGGTG
CCTTAGAAGAGGATGATGGCGGTGGCTTAGTAATGAAAACTACAGATGCCAAGAAGGCTGGCCAGGAGCA
GAGTGCCTCAGACCCTCGTGCTTTGCTGACTCCTCAGGACGAGGAGTGTGCTGACGGCGATACTGAGGTC
GATGTGATTGCTGAACAACTCAAGTTCCGAGCTTGCTTGAAGATCCTTATGACTGAGTTAAGAACTTTGG
CTACAGGTTATGAAGTAGATGGAGGGAAGCTGAGATTTCAGCTCTATAACTGGCTTGAAAAGGAAATTGC
TGCCTTGCATGAGATATGCAACCATGAATCAGTTATTAAAGAATATTCGAGCAAAGCGCATTCTACAGTA
GAGACTGAGCGTCTGGATCAGGAGGAAATGGTGGACAAGCCGGATATCGGTTCCTATGAGCGCCACCAAA
TAGAACGACGACGGCTGCAGGCTAAAAGGGAGCATGCAGAAAGACGAAAGCTGTGGTTGCAGAAAAACCA
AGATCTCCTGAGAGTATTTCTCAGTTACTGTAGCCTTCATGGAGCCCAGGGCGGTGGTCTGGCTTCAGTA
AGAATGGAACTCAAATTTTTGCTGCAAGAGTCACAGCAGGAAACTACAGTGAAGCAGCTCCAGTCCCCAC
TGCCACTACCTACCACGTTGCCTCTGCTTTCAGCAAGTATCGCATCAACAAAAACAGTCATAGCTAACCC
TGTATTGTATTTAAATAACCACATCCATGATATACTTTATACTATTGTGCAGATGAAAACACCACCTCAT
CCCAGTGTTGAAGATGTGAAGGTGCACACACTTCATTCACTAGCAGCATCACTTTCTGCATCAATTTACC
AGGCATTATGTGACAGTCATAGCTACAGCAGTCAGTCGGAAGGAAATCAGTTCACAGGAATGGCCTATCA
AGGGCTTCTTCTAAGTGATCGACGACGCCTCAGGACAGAAAGCATCGAAGAGCATGCAACACCAAACTCA
GCTCCTGCTCAGTGGCCTGGTGTGAGCTCACTCATTAATCTCTTGAGTTCTGCCCAAGATGAAGACCAGC
CAAAATTGAATGTTCTGTTGTGTGAAGCTGTTGTTGCTGTTTACTTAAGTTTACTGATACATGCTCTTGC
CACAAATTCTTCCAATGAATTGTTTCGGCTTGCAGCCCACCCGTTAAATAATCGAATGTGGGCTGCTGTT
TTCGGAGGGGGTGTAAAACTTGTTGTGAAGCCTCGGAGGCAATCAGAAAGTATCGCAGCACCTCCTGTGG
CCTCTGAGGACATGGACAAGCACCGCAGGAGATTCAACATGAGGATGCTGGTCCCTGGGAGGCCTGTAAA
AGATGCCACCCCACCCCCAGTGCCTGCAGAAAGACCATCTTACAAGGAAAAATTTATTCCCCCAGAACTT
AGTATGTGGGACTACTTTGTTGCAAAGCCGTTCCTCCCTTTGTCTGATAGTGGTGTCATATATGATTCTG
ATGAAAGTGTACACAGTGATGATGAAGAGGATGATGCCTTTTTTTCAGACACACAAATACAGGAGCATCA
AGATCCTAATTCTTATAGCTGGGCTCTTCTGCATTTGACAATGGTTAAGCTGGCGCTTCACAATATCAAG
AATTTTTTTCCTATTGCTGGGCTGGAATTCTCTGAGCTCCCTGTGACATCACCGCTAGGAATCGCTGTCA
TTAAAAACTTGGAGAACTGGGAACAGATTCTGCAGGAGAAAATGGATCACTTTGAAGGCCCACCCCCTAA
CTATGTCAACACATACCCAACTGACCTCTCAGTGGGAGCGGGGCCAGCTATTCTCCGAAATAAAGCAATG
TTAGAGCCGGAAAACACTCCATTCAAATCCCGGGATTCGTCTGCACTTCCTGTCAAGCGACTCTGGCATT
TCCTTGTCAAACAGGAAGTTCTTCAGGAGACATTTATTAGATACATTTTCACTAAGAAAAGAAAGCAGAG
TGAGTCTGTAGAAGAACATGTGGAGCAGGTCAAACACAACTCCGTAGCAGAAGATTGCCACATCAAGGTC
GAAGCTGATCTGGGCTACCCAGGAGGGAAGGCGAAGGTCATTCATAAGGAATCTGACATGATCATGGCAT
TCTCTATTAATAAGGCAAACTGTAATGAAATTGTTTTGGCTTCAACACATGATGTTCAAGAACTCGATGT
CACTTCTCTACTGGCTTGTCAATCATATATATGGATCGGAGAAGAATATGACAGAGAGTCGAAAAGTTCA
GATGATATTGATTACCGTGGTTCCACTACAACCCTGTACCAGCCTGGTGCAGCCTCCCATTCCTCAAGCC
AGCCACACCCACCTCCATCTCTGCCATGGCTAGGCAGTGGACAGACCAGCACTGGGGCTACTGTGCTCAT
GAAAAGGAATCTACATAATGTTAAGAGAATGACATCACACCCCGTCCATCAGTACTATCTCACAGGTGCC
CAGGACGGCAGTGTCCGCATGTTTGAGTGGACACGACCTCAGCAACTTGTCTGTTTCCGTCAAGCTGGCA
ATGCAAGAGTTACTAGATTATATTTTAATTCACAAGGCAACAAGTGTGGTGTTGCAGACGGAGAGGGTTT
TCTGAGTATCTGGCAAGTTAACCAAACTGCATCGAATCCTAAACCGTACATGAGTTGGCAGTGCCACAGT
AAGGCCACAAGTGACTTTGCATTTATCACCTCTTCAAGCCTAGTTGCAACCTCTGGACATTCCAATGACA
ATAGAAACGTATGCCTCTGGGACACATTGATATCACCTGGAAACAGCCTCATTCACGGTTTTACTTGTCA
TGACCATGGTGCCACAGTACTCCAATATGCCCCCAAGCAACAACTCCTAATCTCTGGGGGTAGGAAAGGC
TACATCTGCATTTTTGACATCAGACAGAGACAGCTAATACACACCTTCCAGGCACACGACTCGGCTATTA
AGGCTTTGGCTCTGGATTCGTGTGAGGAGTACTTCACTACAGGCTCAGCAGAGGGCAATATAAAAGTATG
GAGATTGACAGGCCATGGCCTGATTCATTCATTTAAGAGCGAGCATGCTAAGCAGTCCATATTTCGGAAC
ATTGGCGCTGGAGTCATGCAGATTGCTATCAGCCAGGACAATCGGCTCTTCTCCTGTGGCGCAGACGGCA
CGCTGAAAACCAGGGTTCTGCCCAGTGCTTTTAACATCCCTAATAGAATTCTTGACATTCTGTAG


ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
ACAAGGATGACGACGATAAGGTTTAA
Restriction Sites SgfI-MluI     
ACCN NM_172771
Insert Size 9165 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_172771.2, NP_766359.2
RefSeq Size 10614 bp
RefSeq ORF 9165 bp
Locus ID 235380
Gene Summary May serve as a scaffold protein for MADD and RAB3GA on synaptic vesicles of neuronal and endocrine homeostatic processes (By similarity). Plays a role in the brain as a key controller of neuronal and endocrine homeostatic processes (PubMed:25248098).[UniProtKB/Swiss-Prot Function]
*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.

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