Lrba (NM_001077687) Mouse Untagged Clone
CAT#: MC225365
Lrba (untagged) - Mouse LPS-responsive beige-like anchor (Lrba), transcript variant 3, (10ug)
CNY 41,420.00
货期*
12周
规格
Product images
![](https://cdn.origene.com/img/defaults-img.jpg)
经常一起买 (3)
Specifications
Product Data | |
Type | Mouse Untagged Clone |
Tag | Tag Free |
Synonyms | C80285; D3Ertd775e; Lab300; Lba |
Vector | pCMV6-Entry |
E. coli Selection | Kanamycin (25 ug/mL) |
Mammalian Cell Selection | Neomycin |
Sequence Data |
>MC225365 representing NM_001077687
Red=Cloning site Blue=ORF Orange=Stop codon TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC GCCGCGATCGCC ATGGCTAGTGAAGACAATCGTGCCCCTTCCCGGCCACCAACAGGTGATGACGGGGGAGGTGGAGGGAAAG AAGAAACCCCTACGGAAGGGGGTGCGCTGTCTCTGAAGCCGGGGCTCCCCATCAGGGGCATCAGAATGAA ATTCGCCGTGCTGACGGGGTTGGTTGAAGTTGGAGAAGTGTCCAATAGGGATATTGTAGAAACTGTCTTT AACCTGCTGGTAGGAGGCCAGTTTGATTTGGAGATGAACTTCATTATCCAGGAAGGTGAGAGCATTATGT GCATGGTGGAGCTACTGGAAAAGTGTGATGTCACTTGCCAAGCAGAAGTCTGGAGCATGTTTACAGCCAT TCTGAAGAAGAGCATACGAAATCTTCAAGTCTGCACAGAAGTAGGCCTCGTGGAAAAAGTACTTGGGAAA ATTGAGAAAGTTGACAGTATGATTGCAGATCTTCTCGTTGACATGTTGGGAGTGCTGGCCAGCTATAATT TGACAGTTAGAGAACTAAAGCTTTTCTTCAGTAAACTTCAAGGAGATAAAGGACAATGGCCTCCTCACGC TGGGAAGCTGCTGTCAGTGTTAAAGCACATGCCTCAGAAGTACGGTCCTGACGCCTTTTTCAACTTTCCA GGAAAGAGCGCTGCAGCTATTGCATTACCTCCTATAGCCAGATGGCCTTACCAGAATGGTTTTACATTTC ACACCTGGCTTAGAATGGATCCTGTAAATAATATTAATGTTGACAAGGATAAACCATATTTGTATTGTTT CAGAACCAGCAAAGGTCTTGGCTATTCTGCTCATTTTGTTGGAGGCTGTTTGATTATAACCTCAATAAAG TCAAAAGGAAAAGGCTTCCAACATTGTGTGAAATTTGATTTCAAGCCACAAAAGTGGTACATGGTAACTA TAGTACACATTTATAACCGGTGGAAGAACAGTGAGCTTCGCTGTTACGTGAATGGGGAACTTGCTTCCTA TGGAGAGATAACATGGTTTGTCAACACCAGTGATACCTTTGACAAATGCTTCCTGGGATCATCGGAGACA GCGGATGCGAATCGGGTGTTCTGTGGCCAGATGACTGCGGTTTACCTGTTCAGTGATGCTCTTAATGCAG CTCAGATTTTTGCCATTTATCAGTTGGGCCTGGGGTACAAGGGCACATTTAAATTTAAAGCAGAAAGTGA CCTTTTCCTCGCTGAGCACCATAAACTGTTACTGTATGACGGCAAGCTGTCCAGTGCCATTGCCTTCACG TACAACCCGCGGGCCACAGATGCCCAGCTGTGCCTGGAGTCGTCTCCCAAGGACAACCCCTCCATCTTCG TCCACTCGCCACACGCACTCATGCTCCAGGATGTAAAGGCAGTTTTGACACATTCCATCCAGAGCGCCAT GCACTCCATAGGAGGAGTACAAGTTCTGTTTCCGCTCTTCGCCCAGCTGGACTACAAGCAATATTTATCT GATGAGGTTGACTTGACTATCTGTACAACCTTGCTGGCCTTTATCATGGAGTTGCTGAAGAACTCAATTG CTATGCAGGAGCAGATGCTTGCTTGTAAGGGCTTTTTGGTAATAGGTTATAGCCTTGAAAAGTCTTCCAA ATCCCACGTCAGCAGAGCAGTACTTGAACTTTGCCTTGCGTTTTCAAAGTATTTGAGCAATCTGCAGAAT GGGATGCCCCTCCTGAAACAGCTGTGTGATCACATTCTTCTTAACCCTGCTGTATGGATCCACACTCCAG CCAAGGTTCAGTTGATGCTTTATACTTATCTATCCACTGAGTTCATTGGGACGGTCAACATCTATAACAC TATTCGGAGAGTTGGAACAGTGCTGCTCATCATGCACACGCTCAAGTACTACTACTGGGCAGTGAATCCT CAGGACCGAAGTGGTATCACCCCCAAAGGATTAGATGGACCAAGACCCAATCAGAAAGAAATACTTTCTC TGCGAGCATTCTTACTGATGTTCATTAAGCAGTTAGTGATGAAGGACTCTGGAGTGAAGGAAGATGAGCT ACAGGCCATTCTTAACTACCTGCTGACTATGCATGAGGACGACAATCTAATGGATGTCCTACAGCTGCTT GTTGCGTTGATGGCGGAGCATCCTAACTCCATGATTCCGGCTTTTGACCAAAGGAATGGGCTGCGTGTTA TCTATAAACTTCTGGCATCGAAGAGCGAAGGAATCCGAGTGCAGGCACTCAAGGCACTGGGATACTTTTT AAAGCATCTGGCGCCAAAGAGAAAAGCTGAAGTCATGCTTGGGCATGGATTGTTCTCGCTGCTAGCTGAG AGACTTATGCTTCAGACAAATCTAATCACAATGACCATGTATAATGTTCTGTTTGAGATTCTTATAGAAC AGATCTGTACTCAGGTGATCCACAAACAGCATCCAGATCCCGATTCTACAGTAAAAATACAAAACCCTCA GATACTAAAAGTAATTGCGACCCTACTTCGAAATTCTCCCCAGTGCCCAGAGAGCATGGAGGTTCGCCGA GCATTTCTTTCTGACATGATTAAACTTTTTAATAACAGTAGAGAAAACAGGAGGAGCTTGCTGCAGTGCT CTGTGTGGCAAGAATGGATGCTTTCTCTCTGCTATTTTAATCCTAAGAATTCAGATGAGCAAAAGATAAC AGAGATGGTGTACGCCATATTCAGAATTCTGCTTTACCATGCAGTCAAATACGAGTGGGGTGGCTGGCGA GTGTGGGTAGACACCTTATCCATCACACATTCAAAGGTTACTTTTGAAATACACAAAGAAAACCTTGCCA ATATATTTAGGGAAGAGCAGCGGAAAGGTGATGAAGAAACAGGACCGTGTTCTTCAAGCCTGGTTCCAGA AGGCACTGGTGCTACTAGGGGTGTTGATGTTTCAGTGGGGTCCCAGCACGAAGATCGGAAGGATTCTCCC ATCTCTCCTCATTTCACTAGAAATAGTGATGAGAACTCAAGTATTGGGAGGGCAAGTTCAATAGATTCTG CATCCAACACTGAACTGCAGACACATGATATGTCTAGTGATGAAAAGAAAGTAGAGCGAGAAAATCAAGA GTTACTGGATCAAGCCACCGTGGAAGAAACAGCTACAAATGGGGCAAAAGATGACTTAGAAACGTCTTCT GATGCAGCAGAGCCAGTGACTATTAACTCTAATTCTTTGGAACCAGGCAAAGATACAGTGACCATCAGTG AAGTAAGTGCTTCCATAAGTTCTCCCTCAGAAGAAGATGCTGCAGAGATGCCAGAATTACTGGAAAAGTC TGGAGTAGAGGAAGAAGAGGATGATGACTATGTGGAACTGAAGGTAGAAGGCAGCCCTACTGAGGAAGCT GGTCTGCCCACAGAGCTCCAAGGTGAGGGTTTGTCTGTAGCTGCCTCTGAAGGCAGAGAAGAACCAGATA TGTGTGGTCATGGCTGTGAAGTTCAAGTGGAAGCACCTATTACTAAAATTCATAATGATCCTGAAACTAC AGATTCTGAGGATTCTAGGTTTCCAACTGTGGCCACAGCAGGGTCTTTAGCTACCTCATCAGAAGTTCCT GTTCCCCAGGCAACTGTACAGTCAGACAGCCATGAGATGCTGGATGGAGGGATGAAAGCAACTAACCTTG CCGGAGAAACTGAGTCAGTTAGTGATTGTGCTGATAATGTCTCTGAGGCTCCTGCCACTTCTGAGCAGAA GATTACCAAACTGGATGTTTCTAGTGTGGCTTCAGATACTGAGAGGTTTGAATTGAAGGCCAGTACGAGC ACAGAAGCACCACAGCCTCAACGACATGGGCTTGAGATATCAAGGCAACAGGAGCAGACAGCACAAGGAA CAGCACCAGATGCAGTAGACCAACAAAGGAGGGACTCCAGATCCACCATGTTTCGCATTCCTGAGTTCAA GTGGTCTCAGATGCATCAACGTCTGCTCACTGATCTCTTATTTTCCATAGAAACAGATATACAGATGTGG AGAAGCCATTCAACAAAGACAGTTATGGACTTCGTGAATAGCAGTGATAATGTCATCTTTGTGCACAACA CAATTCATCTCATCTCTCAAGTGATGGACAATATGGTCATGGCTTGTGGGGGTATACTGCCATTACTCTC AGCTGCTACCTCGGCCACACATGAGCTGGAGAACATTGAGCCTACTCAAGGCCTTTCAATAGAAGCCTCA GTGACATTTCTTCAGAGGCTAATTAGCCTTGTGGATGTGCTTATATTTGCAAGTTCTCTTGGTTTTACTG AAATTGAAGCTGAAAAAAATATGTCATCTGGAGGAATTCTGCGACAGTGTCTCCGATTGGTGTGTGCAGT AGCTGTAAGGAATTGCTTAGAGTGTCAGCAACATTCACAGCTGAAAGCCAGAGGAGATACAGCAAAGAGC TCGAAAACAATACATAGCCTGATTCCCATGGGGAAATCTGCAGCAAAGAGCCCAGTAGACATTGTGACTG GTGGTATATCTCCGGTAAGAGATCTTGACAGGCTCCTGCAAGACATGGACATTAATCGGCTTCGAGCAGT TGTTTTCAGAGACATCGAGGACAGCAAGCAAGCTCAATTCTTGGCTTTGGCTGTTGTGTACTTTATCTCT GTTCTGATGGTCTCAAAGTACAGAGACATTTTGGAACCCCAAGATGAAAGACACAGTCAGTCTCTTAAGG AAACTAGTAGTGATAATGGGAATGCATCACTTCCTGATGCAGAAAACACACCAGCAGAATTTAGTTCTTT AACTCTGTCGTCGGTGGAAGAATCATTGGAAGGCACCTCATGCACTCGCAGGAGGGACTCAGGCCTTGGT GAGGAAACAGCCTCTGGCTTAGGAAGCGGTCTGTCTGTCGCTTCTCCAGCGGCGCCTCTGGGTGTCAGCG CGGGGCCAGATGCCATCAGCGAGGTGCTGTGCACTCTTTCTTTGGAAGTCAATAAATCTCAGGAAACAAG AATTGATGGAGGAAACGAGTTGGACAGGAAGGTGACACCATCAGTCCCAGTTTCAAAAAATGTCAACGTG AAGGACATTCTCCGGAGCTTGGTGAATATGCCAGCAGATGGAGTCACAGTGGATCCAGCCCTTCTGCCCC CAGCCTGCCTTGGTGCTCTTGGAGATCTGTCTGTTGACCCACCCATGCAGTTCAGATCCTTTGACAGAAG TGTCATCATTGCAACAAAGAAATCATCAGTCTTACCTTCCGCCCTTACTACAAGTGCACCTAGTAGCGCC GTCAGTGTGGTGTCTTCAGTAGATCCCACCCACGCCTCAGACACCGGAGGAGAGTCACCAGGAAGTAGAT CTCCTAATGCAAAACTGCCCTCAGTTGCAGCAGTTGGCTCCGTCCCACAAGACCCAGCTGCACACATGAG TATTACAGAAAGGCTAGAGCATGCACTGGAGAAGGCAGCTCCTCTGCTCCGAGAGATTTTTGTGGATTTT GCACCTTTCCTTTCTCGGACACTTTTAGGTAGTCATGGACAAGAACTGCTGATAGAAGGAACAAGCCTGG TCTGCATGAAGTCCAGCAGTTCAGTTGTGGAGCTGGTCATGCTGCTGTGTTCCCAGGAGTGGCAGAATTC TATTCAGAAGAATGCAGGCCTTGCTTTTATTGAACTTGTCAATGAAGGAAGGTTACTTAGCCAAACAATG AAGGATCATTTAGTAAGAGTAGCAAATGAAGCCGAATTTATCCTGAGCAGGCAGAGAGCAGAGGATATTC ACAGACATGCAGAATTTGAGTCATTGTGTGCTCAATACTCTGCAGACAAAAGAGAAGAGGAGAAGATGTG TGATCATTTGATAAGAGCAGCTAAATATCGAGACCATGTGACCGCAACTCAGTTAATCCAGAAAATTATC AACCTCCTCACAGACAAGCATGGAGCCTGGGGGAGCTCTGCAGTAAGTCGTCCTCGTGAGTTCTGGCGCC TTGACTACTGGGAAGATGACTTGAGGCGCCGGCGACGATTTGTGCGTAACCCTCTAGGATCGACACATCC TGAAGCGACACTAAAAACAGCCGTGGAACATGCTGCAGATGAAGACATCCTTGCTAAAGGAAAACAGTCC ATCAAGAGTCAGGCTTTAGGAAATCAGAACTCTGAAAACGAGGCCCTCCTGGAAGGCGACGACGATACTC TGTCATCCGTGGATGAGAAAGATTTAGAGAATCTTGCCGGTCCTGTTAGCCTGAGCACCCCAGCTCAGCT TGTGGCCCCCTCTGTTGTAGTAAAAGGCACTCTCTCTGTCACTTCCTCTGAACTCTATTTTGAGGTGGAT GAAGAGGATCCCAACTTCAAGAAAATTGACCCAAAGATCTTGGCATATACAGAAGGTCTGCATGGAAAAT GGCTGTTCACAGAGATAAGATCAATCTTTTCTCGCCGTTATCTTTTGCAAAATACAGCTCTGGAGATCTT TATGGCAAACAGAGTTGCTGTAATGTTCAACTTCCCAGACCCTGCCACAGTAAAGAAAGTGGTGAACTAT CTACCTCGTGTTGGTGTGGGAACCAGTTTTGGATTACCTCAGACCAGGCGTATTTCATTAGCCACTCCAC GTCAGCTATTCAAAGCTTCAAATATGACTCAGCGGTGGCAGCACAGAGAGATTTCAAACTTCGAGTACTT GATGTTTCTCAACACAATAGCAGGGCGGAGTTATAATGACCTAAATCAGTATCCTGTGTTTCCCTGGGTC ATCACTAATTATGAGTCAGAAGAATTAGATCTTACCTTGCCAAGCAATTTCAGAGATTTGTCCAAGCCAA TAGGAGCTTTGAATCCCAAACGAGCAGCATTCTTTGCAGAGCGATTTGAGTCATGGGAAGATGATCAAGT TCCAAAGTTCCACTATGGTACTCATTACTCAACTGCAAGTTTTGTTCTTGCGTGGCTTCTAAGAATAGAA CCTTTTACAACTTACTTTCTAAATTTACAAGGAGGGAAATTTGATCATGCAGATAGGACGTTCTCCTCAG TCTCCAGAGCATGGCGAAACAGTCAGCGCGACACATCTGACATTAAGGAATTGATTCCTGAATTTTATTA TCTCCCTGAGATGTTTGTCAACTTCAATAATTATAACCTTGGAGTGATGGATGATGGGACAGTGGTGTCT GATGTTGAACTTCCTCCTTGGGCCAAAACCTCGGAAGAATTCGTTCGCATAAACAGACTGGCCCTGGAGA GTGAATTTGTTTCCTGCCAGCTTCACCAATGGATTGATCTTATTTTTGGCTATAAACAACAAGGACCAGA GGCAGTGCGAGCCCTCAATGTGTTCTATTACCTAACCTATGAAGGAGCTGTCAACCTGAACTCAATAACT GATCCTGTGCTGAGAGAGGCTGTGGAAGCTCAGATCCGAAGTTTTGGACAGACGCCTTCGCAACTGCTCA TAGAGCCCCACCCTCCCCGAGGTTCGGCCATGCAGGCGAGTCCATTGATGTTCACAGACCAAGCCCAGCA AGATGTCATCATGGTCCTAAAGTTCCCTTCGAATTCTCCAGTCACCCACGTTGCGGCCAACACCCAGCCA GGCCTGGCAATGCCTGCTGTCATCACTGTCACTGCTAACAGGCTCTTTGCCGTGAACAAGTGGCACAACC TTCCTGCTCACCAAGGTGCTGTACAAGACCAGCCATACCAGCTGCCAGTGGAAATCGATCCTCTCATAGG TCTGTCACTTCTTTCTCTCTTTGCGATTCATTAA ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT ACAAGGATGACGACGATAAGGTTTAA |
Restriction Sites | SgfI-MluI |
ACCN | NM_001077687 |
Insert Size | 7734 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_001077687.1, NP_001071155.1 |
RefSeq Size | 8860 bp |
RefSeq ORF | 7734 bp |
Locus ID | 80877 |
UniProt ID | Q9ESE1 |
Gene Summary | May be involved in coupling signal transduction and vesicle trafficking to enable polarized secretion and/or membrane deposition of immune effector molecules.[UniProtKB/Swiss-Prot Function] |
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