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Golgb1 (NM_138885) Rat Tagged ORF Clone
CAT＃: RR203935
- TrueORF®
Golgb1 (Myc-DDK-tagged ORF) - Rat golgi autoantigen, golgin subfamily b, macrogolgin 1 (Golgb1), (10 ug)
"NM_138885" in other vectors (1)
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CNY 61,370.00
货期*
12周
规格
Product images
经常一起买 (4)
DDK Rabbit monoclonal antibody, recognizing both N- and C-terminal tags
CNY 300.00
Specifications
| Product Data | |
| Type | Rat Tagged ORF Clone |
| Tag | Myc-DDK |
| Vector | pCMV6-Entry |
| E. coli Selection | Kanamycin (25 ug/mL) |
| Mammalian Cell Selection | Neomycin |
| Sequence Data |
>RR203935 representing NM_138885
Red=Cloning site Blue=ORF Green=Tags(s) TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC GCCGCGATCGCC ATGCTGAGCCGATTATCGGGATTAGCAAATAATGTTTTGCATGAATTATCAGGAGATTACACTGGCTGGA CTACAATGACTTCCTCGGAAGCTGAATTACCCCAGGGTTCTGCCATGGAATTGAATAATAGTACCCAAAA GGACGTTCTGGATCGCCTGGCTGATGCAGAGAAGTTAGTGCTGGAGCTAAAGGATATCATCAGTAAGCAG GATGCTCAGCTCCAGCAAAAGGACGAAGCTCTGCAGGAAGAAAAAAAAGGAGCTGAAAGCAAAATTAAAA AAATAAAACTTCATGCAAAGGCCAAGATCACGTCCTTGAACAAACAAATAGAAGAATTGAAGACACAAGG AGGAGCTGCCTCGCCTCCAGAAGTGCAGGCAGAGGAGCTCTCCAAGCATGATAAGAGTTCAACAGAAGAG GAGATGGAGGTAGAAAAAATAAAACATGAACTCCAGGAGAAGGAGAAATTAATTAGCAATTTGCAAGCCC AGCTGGACCAGGCGCAGTCAGAACAAGCCTCCCAGTTGGATAAGAGTTCTGCGGAGATGGAGGACTTCAT CCTGATGAGGCAGAAGCTCCAAGAGAAGGAGGAACTCATCGGCGCTTTGCAAACGCAGCTCAGCCAGACA CAGGCAGAGCAAGCTGCCCAGAAATTGAGGGTGATGCAGAGGAAGCTTGAGGAACACGAAGAAGCCTTGC TGGGCCGAGCTCAGGTTGTGGACCTGCTACAGAAGGAGCTGACTTCTGCAGAACAGAGGAACCAGGATCT TTCACAGCAGTTGCAGCTGTTGGAGGCTGAACACAGTACTTTAAGGAATACCATGGAAGCAGAAAGACAG GAGTCCAAGATCCTGATGGAAAAGGTAGAACTCGAAATGGCAGAGAGGAAGGAAGAGCTGTATCAGCTTC AGGGACAGTTGGAGCGAGCAGGCCAAGCCCAGGCTGAGCTGGAGATGCAGTACGGTACTCTCCAGCAAAG ACATGAGACAGAAATGGAGGAGAAGACAGCTTGCATTTCGCTTCTTCAGAAGAACGAGCAGGAGCTGCAG TCTGCCTGTGACGCTCTGAAGGAGGAAAACTCCAAGCTGCTTCAGGAGCAGCAGGAACAGGCTGCCAAGT CAGCCCAGGCCCTGCAGCAGCTGGAAGATGAACTCCAGCAAAAATCTAAAGAAATTAGCCAATTTGTAAA CAAACCAAACTTGGAAAAACATGAGACATCATCTCAGACGTCTTTACCAGATGTTTATAATGAGGGCGTA CAGGCAGTCATGGAGGAGAGTGTCGCCTCTTTACAGAAGAGAGTACTAGAGCTAGAGAATGAGAAGGGAG CCTTGCTCCTTAGTTCTCTAGAGCTGGAGGAGCTGAGAGCTGAGAACGAAAAACTCTGTTCTCGGATTAC TCTTCTGGAGGCTCAGAATAGAGCAGGAGAGGCTGATGGTATGGTCTGTGAGGTCAGCACAGCTGGTATT GCTTTGCTCAACAGGAGCGACTCTTCTACTGAAGAAAGTGGACAGGATGTCCTAGAGAACACATTTTCTC AGAAACATAAAGAGCTGTCGGTTTTATTAGTGGAAATGAAGGAAGCCCAGGAGGAAATTGCATTTCTTAA GTCGCAGCTGCAGGGCAAAAGGCCTGAAGGGGACTATGAGGTCCTTGATCGGAAAGAAGTACAGATGATG GAGAGTGAAGGACTGCCCTCAGTTACAGCACGAGATGTCCTCTGTGCGCCCCGTGACAAGAACAGTGTCC CAGCAGTGGAAGGGGAACAGGCAGGCATGAGAGATCAGCACGGAACATTGGAGGCGGGACCTCTAAATGA CACCGGAATGGAACTGAACTCCCCACAGCCGGACGGTGTGGACAAATCCCTCTCTGCACCACATGTCTGT CTGTGTCACCAGGGTGAACTGGAAAGGCTGAAAACTCAAGTTTTGGAGCTTGAGACAAGCCTTCATACAG CCAAGGAAACTCATGAGAAGAATTTAAGTGAGAAAGCGAAGGAAATTAGCAGCCTAACCCAGCTTACCAA GGAGTTCAAAGAGAGTGCGGAGGAAGCCCGCAGCACGCTCACTGCTGTGTGTGAAGAAAGAGACCAGCTG CTTTACCGGGTGAAGGAGCTTGATGTCCTTGGAGAACTCCGGGCTCAGGTCCGAGAACTGGAAACCAGCC TTGCAGAAGCAGAGAAGCAAAGAGGTCTGGACTATGAAAGTCAGAGGGCTCAGCACAACCTGCTCACCGA GCAGATCCACAGCCTAAGCATAGAAGCCAAATCTAAAGATGTGAAAATCGAGACTTTACAAAGAGAGCTG GATGGTGTGCAACTACAATTTTCTGAACAGGGAACACAGATAAAAAGCCTACAGAGCCAACTGCAGACGA AGGAAAGTGAAGTGCTAGAGGGGGCAGAGCGTATGAAGGACATCTCAAAAGAAATGGAAGAACTGTCGCA GGCGCTTTCACAGAAGGAGCTGGAAATAGCCCAAATGGACCAACTCTTGTTAGAGAAAAAGAAAGATGTG GAGACACTCCAGCAAACCATCCAGGAGAAGGATCAGCAAGTGACTGAACTCAGCTTCAGTATGACAGAGA AAATGGTTCAGCTTAATGAAGAGAAGTTTTCTCTTGGGGTAGAAATTAAGACTCTGAAGGAGCAGCTCAG TTTATTGTCCAGAGCTGAAGGAGCAAAGAGAGAGCAGGTAGAAGACAGTGGAGCTGAGTCCAGCCCTAAA CATGGTCCACATGAGTCGAGCGCAGAGGAGCCAGTGTGTAAAGAGGCACTACAGCAAGAACTTGAGTGGC TGAGGAAAGAGAGTGAGCAGAGGAAGCGGAAACTGCAGGCAGCGCTGATCAGCAGAAAGGAGCTACTGCA GAAAGTCAGCAAGCTGGAGGAGGAGTTAGCCAAGGTGAGAGAGGAGTCCACAAAAGACTCCCTCAGGGAG AGTGAGAAGAGAGAGCTGGAGGAAGACAGCAAGAACAAAGATGACCCAGAAAAGTATGGGACTTCTGAGT GGAGAGAACTAGAGGTTTCTTTAAGACTGACAATATCTGAAAAGGAAGTGGAACTGGAGGGCATAAGGAG GGACTTAAAAGAAAAGGCAGCAGCAGAAGAAGAGTTACAGGCCTTGGTCCAACGGATGACTCAGGACCTG CAGAATAAGACAAAGCAGATAGACTTGCTTCAAGAAGAGATCACTGAAAACCAAGCAACTATTCAGAAAT TCATCACAGGCACCATGGATGCTGGGGATGGAGACTCAGCAGTAAAGGAAACCTCGGTGAGCAGCCCACC CCGTGCAGGGGGTGGGGAGCACTGGAAGCCGGAGCTGGAGGGAAAGATAGTAGACCTGGAAAAAGAAAAG ACTCAACTTCAAAAGAAGCTTCAAGAAGCCTTAATTTCCCGTAAGGCAATTCTAAAAAAGGCACAAGAGA AAGAGAAACATCTGAAGGAAGAGCTCAAGGAGCAGAAGGATGCTTACCGTCACCTACAGGAACAGTTTGA TGGGCAGAGTAAGGAAAATGAGAACATTCGGGCCCCGCTAAGGCAACTCCAAGCAAAGGAGTCTACAGAC CAGCAGCTCCCAGGCACTGGCCAGCAGGAGCCCACTCACGGTTCAGAAGGCCTTTCACTCGAAGGCACAG AGCCTGCTTCAGAGTCTGACTTACACGCAGCTCAGCCTTCGCACCCTGGAGAGACAGCAACTCTCCAGGC TACCGTTTCTGTTGCCCAGATTCAGGACCAGCTGAAAGAAATTGAGGTTGAGAAAGAAGAGCTGGAATTG AAAATTAGTTCTACAACAAGTGAGCTGACCAAAAAATCTGAAGAAGTATTACTACTACAAGAACAGATCA ATGAACAGGGCTTAGAAATCCAGAATTTGAAGGCAGCGTCCCACGAAGCCAAGGCCCACACAGAACAGCT GAAGCAAGAATTGGAAAGCAGCCAATTGAAAATTGCTGACCTGGAACATCTGAAAACATTACAGCCTGAA CTAGAAACACTGCAAAAGCACGTGGGCCAGAAGGAAGAAGAGGTCAGCTACCTTGTTGGACAGCTTGGTG AGAAGGAGCAGACCCTCACCACCGTACAGACAGAAATGGAGGAGCAGGAGCGTTTAATCAAGGCCCTGCA CACACAGCTGGAAATGCAAGCCAAGGAGCATGAGGAGAGGCTAAAGCAGGTCCAGGTGGAAATTTGTGAG CTAAAGAAGCAGCCAAAAGAGCTTGAGGAAGAAAGTAAGGCAAAACAGCAATTACAGAGGAAACTGCAGG CTGCCCTCATCTCCCGGAAGGAGGCCCTCAAGGAAAACAAGAGTCTGCAGGAGCAGTTGTCCTCGGCCAG AGATGCTGTTGAACATCTGACCAAATCTCTGGCAGATGTAGAGAGCCAGGTTTCTGTTCAGAATCAAGAG AAAGATGCACTCCTAGGAAAGTTAGCCCTTCTTCAGGAAGAAAGGGACAAACTCATTGTAGAAATGGACA AGTCTTTACTGGAAAATCAGAGCCTTGGTGGCTCTTGTGAAAGCCTGAAGCTAGCTCTCGGGGGCCTCAC TGAAGACAAGGAAAAGCTGATGAAGGAGCTGGAATCCGTGAGATGTTCTAAGATTGCAGAGAGCACCGAA TGGCAAGAGAAGCACAAGGAGCTACAGAAAGAGTATGAAGTTCTTCTGCAGTCCTACGAGAATGTGAGCA ATGAGGCAGAGAGGATTCAACACGTGGTGGAGAGCGTGAGGCAAGAGAAGCAGGAGGTGTACGCAAAGTT AAGGAGCGCAGAGTCAGACAAGAGAGAGAGAGAGAAGCAGCTGCAGGATGCAGAACAGGAAATGGAGGAG ATGAAGGAGAAGATGAGAAAGTTTGCCAAATCTAAGCAGCAGAAGATCCTTGAGCTAGAGGAAGAAAACG ACCGACTTAGAGCAGAGGCCCAGCCTGTAGGAGGAGCCAATGAAAGCATGGAAGCTCTTCTTTCTTCCAA TGCCAGCTTAAAGGAGGAACTAGAAAGGATCACATTGGAGTATAAAACCCTTTCTAAGGAATTTGAGGCT TTAATGGCAGAGAAGAACACTCTGAGTGAAGAGACTCGTAATCTGAAGCTTCAGGTAGAAGCTCAGGAAC TGAAACAAGCTAGCCTCGAGACCACCGAGAAGTCTGATGAGCCAAAGGATGTCATCGAAGAGGTAACAGA AGCCGTGGTAGGCAAGTCTCAAGAACAAGATTCCCTGAGTGAAAATGCCAAGCTTGAAGATGCAGAAGCT ACTCTCTTGGCTAACAGTGCCAAGCCTGGTGTCAGTGAGACTTTCAGCTCACACGATGACATCAATAACT ACCTCCAGCAGCTTGATCAGCTTAAAGGAAGAATTGCTGAGTTAGAGATGGAGAAACAGAAAGACAGGGA GCTTAGCCAGACTTTGGAAAATGAAAAAAATGCCCTACTGACTCAGATATCTGCAAAGGATAGTGAGCTC AAGCTCCTGGAGGAAGAGGTTGCCAAAATAAACATGCTGAATCAGCAAATCCAAGAGGAGCTCTCCAGAG TCACCAAGCTGAAAGAGACAGCAGAGGAGGAGAAAGATGACTTAGAAGAGAGGCTGATGAATCAACTGGC GGAACTTAATGGGAGCATCGGGAATTATTACCAGGATGTTACAGACGCCCAAATAAAGAACGAGCAACTA GAGTCAGAAATGCAGAACCTTAAAAGATGTGTGAGTGAATTAGAAGAAGAAAAGCAGCAGCTGGTCAAGG AAAAAACCAAGGTGGAGTCAGAAATACGAAAAGAGTACATGGAAAAGATACAAGGTGCCCAGAAGGGACC TGGCAGTAAAATCCACGCCAAAGAGCTACAGGAGCTGCTCAAGGAAAAACAGCAAGAAGTGAAGCAACTG CAGAAGGACTGCATCCGGTACCTCGGCAGGATCAGTGCCCTGGAGAAGACCGTCAAGGCCCTCGAGTTTG TTCACACTGAATCCCAAAAGGATTTGGATGCAACCAAAGGAAATCTGGCTCAGGCCGTTGAACACCACAA GAAGGCACAGGCCGAGTTATCCAGCTTCAAGATACTGCTAGATGACACCCAAAGCGAAGCAGCAAGAGTG CTAGCGGACAACCTCAAGTTGAAAAAGGAGCTTCAGTCAAACAAAGAGTCCATCAAAAGCCAGATAAAAC AAAAAGACGAAGACCTCTTGCGAAGACTGGAGCAAGCAGAAGAGAAACACCGAAAAGAGAAGAAGAACAT GCAAGAGAAGCTGGATGCTTTGCACAGAGAAAAAGCCCATGTGGAAGACACGCTTGCCGAGATTCAAGTC AGTCTGACCAGGAAAGACAAGGACATGAAGGAGCTGCAGCAAAGCCTGGACAGCACCTTGGCCCAGCTTG CGGCCTTCACTAAGAGCATGTCGTCCCTCCAGGATGACCGGGACAGGGTGATCGATGAAGCCAAGAAATG GGAGCAGAGGTTCGGTGATGCCATTCAGACCAAAGAGGAGGAGGTCAGACTCAAAGAGGAGAACTGCACT GCTCTAAAGGATCAGCTCCGACAAATGACCATCCACATGGAGGAACTGAAGATCACCGTGTCCAGGCTTG AACATGACAAGGAAATTTGGGAGTCCAAGGCCCAGACCGAGCTCCAGCATCAACAGAAGGCTTATGATAA GCTGCAAGAAGAAAATAAAGAACTTATGTCACAGTTAGAAGAAGCTGGACAGCTGTACCATGATTCTAAG AATGAATTAACTAAGTTGGAATCAGAACTTAAGAGTCTCAAAGACCAATCAACTGACTTAAAGAACTCTT TAGAAAAATGCAGAGAACACGAAAACAACTTGGAAGGGATCATCAAGCAGCAAGAAGCTGACATCCAGAA TTGTAAGTTCAATTGTGAACAACTAGAGACTGACCTGACAGCCTCCAGAGAGCTAACCACTCGGCTGCAT GATGAAATCAATGTGAAGGAACAGAAGATTATAAGCCTGCTTTCTGGCAAGGAAGAGGCGATCCAAGTAG CTATCGCAGAACTGCACCAACAGCACAGTAAAGAGATCAAAGAATTAGAAAACCTGTTGTCCCAGGAGGA AGAGGAGAATTTGACCTTAGAAGAGGAAAACAAAAGGGCTGTTGAGAAAACCAACCAGCTCACAGAAGCA CTAGAAACCATCAAGAAGGAGAGCCTTGAGCAGAAGGCTCAGTTGGATTCCTTTGTTAAGTCCATGTCCT CTCTTCAGGACGACCGGGACCGCATAGTAAGTGACTACCGACAGCTGGAAGAGCGGCACCTTTCTGTGAT CTTGGAAAAGGACGAGCTCATCCAAGATGCTGCTGCTGAGAATAATAAACTGAAGGAGGAGATTCGAGGG CTGCGAGGTCACATGGATGACCTCAACTCTGAGAATGCCAAGCTGGATGCTGAACTGATCCAGTATAGGC GGGACCTGAATGAAGTGATCACCATAAAGGACTCGCAGCAAAGGCAGCTCCTTGAGGCTCAGCTGCAGCA GAACAAAGAGCTGAGAAATGAGTGTGTAAAGCTAGAAGGAAGGCTGAAGGGGTCAGAGGCAGAGAAGCAG AGCCTGCAGATGTCCTTGGACGCCCTCCAGGAGGAGAATCAAGGTTTGTCTAAAGAGATCAAAAGCTTCA AGGAGCAGTTGACGGCCTTGCACGAGGAAGGTGCCCTAGCTGTCTACCATGCCCAACTGAGAGTAAGAGA GGAAGAAGTTCAGAAGTTAACTGCGGCTCTCTCCTCCTCTCAGAAGAGAACTGTGGATCTGCAAGAGGAG TTGGTTTGTGTCCAGAAGGAGGCAAGCAAGAAGGTGAGTGAGATTGAAGATAAGCTGAAGAGGGAGCTGA AGCATCTCCATCACAACGCAGGGATAATGCGGAACGAAACAGAGACAGCAGAAGAGAGGGTGGCAGAGCT GGCCAGAGACCTCGTCGAGATGGAACAGAAGTTGCTTACGGTAACCAAAGAGAATAAGGATCTTACGGCA CAGATTCAGGCCTTCGGAAAGTCGATGAGTTCCTTGCAGGACAGCAGAGATCATGCCACTGAGGAGCTGA GTGACCTGAAGAAGAAGTATGATGCCAGTCTGAAAGAGCTGGCTCAGCTGAAAGGGCGGCAGGACTTAGG CAGAGAGAGTGACGTTCTTTCCCAGGCTGCCTTTCCCCTGACCACCTCTGAAAACATCTCGTCCCGCCTT GAGAAACTGAACCAGCAGCTCATATCCAAAGACGAGCAATTGCTTCACTTATCTTCAGAACTAGAAAGTT CTCACAACCAAGTGCAGTCCTTCACCAAGGCCATGACCAGCCTACAGAATGAGAGAGATCACCTGTGGAA TGAGCTGGAGAAATTCCGGAAGTCGGAGGAAGGGAAGCAGAGGTCTGCAGCCCCTTCAGCTGCCTCCAGC CCAGCAGAAGTACAGAGCTTGAAAAAAGCCATGTCTTCACTCCAGAATGACAGAGATCGATTGCTGAAGG AACTGAAGAATCTACAACAGCAGTACTTACAGATGAACCAAGAGATCACCGAGCTCCGTCCGCTGAAGGC TCAGCTTCAGGAATCTCAAGATCAGACCAAAGCCCTGCAGATGATGAAGGAGGAGCTCAGGCAGGAAAAC CTCTCCTGGCAGCACGAGCTCGATCAGCTCAGAGTGGAGAAGAACTCTTGGGAGCTGCATGAGAGAAGAA TGAAGGAACAGTACCTTATGGCCATCTCAGATAAAGATCAGCAGCTTGGCCACCTGCAGAATCTCCTGAG GGAACTGAGGTCTTCCTCCCAGACTCAGATTCTCCCCACACAGTACCAGCGACAGGCGTCCTCAGGGACA TCAGCTGCCCTCGACGGGTCACAAAACCTAGTTTATGAAACAGACTGTCTCAGGACCCAGCTCAATGACA GCTTAAAGGAAATCCATCAGAAGGAGCTAAGAATTCAGCAACTGAACAGCAAGTTCTCTCAGCTGCTTGA GGAGAAGAACATCCTCTCCACCCAGCTCAGGGACGCCAACCAGAGTCTCCGTGACAGCCAGCATCACTAC AGTAACCTCTTCAACCACTGTGCCATCCTGGAGAGGCAGGTGCAGCAGCTGCAGGCTACGGGGCCACTAA ATGCAGATGTTGCTCCAGGAGCACCCCAGGAAAAGGATGGGATTCACATAAAGACTGAAACTGAGACCAC AGGGGAGGAACAGCCAAGCTTTTCTGAAGTCCAGCAGCAGCTGTGCAACACTAAACACGATCTGAGCGAG CTAAAGAAGCTGCTGGAAGAAGAGCGAGACCAAAGACTGACCGCCGAAAATGCACTCTCCCTGGCCAAGG AGCAGATCAGACGGTTGGAGCATAGCGAGTGGGAGTCAGCCCGGACCCCAATCATTGGCGCCTGTGGCTC TCAGGAGCAGGTGCTGTTGATGGATCTCCCAGGCAGTAGCTGTCGGAGGACCCGGAGCAGTGCTGGATGG AAGCGGGTTCTGCGTTCTCTCTGCCGTTCCCGGACCCGCGTGCCACTGCTCGCAGCCATCTACTTCCTAA TGATTCATGTTTTACTGGTTCTGTGTTTCACGGGTCACCTA ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT ACAAGGATGACGACGATAAGGTTTAA >RR203935 representing NM_138885
Red=Cloning site Green=Tags(s) MLSRLSGLANNVLHELSGDYTGWTTMTSSEAELPQGSAMELNNSTQKDVLDRLADAEKLVLELKDIISKQ DAQLQQKDEALQEEKKGAESKIKKIKLHAKAKITSLNKQIEELKTQGGAASPPEVQAEELSKHDKSSTEE EMEVEKIKHELQEKEKLISNLQAQLDQAQSEQASQLDKSSAEMEDFILMRQKLQEKEELIGALQTQLSQT QAEQAAQKLRVMQRKLEEHEEALLGRAQVVDLLQKELTSAEQRNQDLSQQLQLLEAEHSTLRNTMEAERQ ESKILMEKVELEMAERKEELYQLQGQLERAGQAQAELEMQYGTLQQRHETEMEEKTACISLLQKNEQELQ SACDALKEENSKLLQEQQEQAAKSAQALQQLEDELQQKSKEISQFVNKPNLEKHETSSQTSLPDVYNEGV QAVMEESVASLQKRVLELENEKGALLLSSLELEELRAENEKLCSRITLLEAQNRAGEADGMVCEVSTAGI ALLNRSDSSTEESGQDVLENTFSQKHKELSVLLVEMKEAQEEIAFLKSQLQGKRPEGDYEVLDRKEVQMM ESEGLPSVTARDVLCAPRDKNSVPAVEGEQAGMRDQHGTLEAGPLNDTGMELNSPQPDGVDKSLSAPHVC LCHQGELERLKTQVLELETSLHTAKETHEKNLSEKAKEISSLTQLTKEFKESAEEARSTLTAVCEERDQL LYRVKELDVLGELRAQVRELETSLAEAEKQRGLDYESQRAQHNLLTEQIHSLSIEAKSKDVKIETLQREL DGVQLQFSEQGTQIKSLQSQLQTKESEVLEGAERMKDISKEMEELSQALSQKELEIAQMDQLLLEKKKDV ETLQQTIQEKDQQVTELSFSMTEKMVQLNEEKFSLGVEIKTLKEQLSLLSRAEGAKREQVEDSGAESSPK HGPHESSAEEPVCKEALQQELEWLRKESEQRKRKLQAALISRKELLQKVSKLEEELAKVREESTKDSLRE SEKRELEEDSKNKDDPEKYGTSEWRELEVSLRLTISEKEVELEGIRRDLKEKAAAEEELQALVQRMTQDL QNKTKQIDLLQEEITENQATIQKFITGTMDAGDGDSAVKETSVSSPPRAGGGEHWKPELEGKIVDLEKEK TQLQKKLQEALISRKAILKKAQEKEKHLKEELKEQKDAYRHLQEQFDGQSKENENIRAPLRQLQAKESTD QQLPGTGQQEPTHGSEGLSLEGTEPASESDLHAAQPSHPGETATLQATVSVAQIQDQLKEIEVEKEELEL KISSTTSELTKKSEEVLLLQEQINEQGLEIQNLKAASHEAKAHTEQLKQELESSQLKIADLEHLKTLQPE LETLQKHVGQKEEEVSYLVGQLGEKEQTLTTVQTEMEEQERLIKALHTQLEMQAKEHEERLKQVQVEICE LKKQPKELEEESKAKQQLQRKLQAALISRKEALKENKSLQEQLSSARDAVEHLTKSLADVESQVSVQNQE KDALLGKLALLQEERDKLIVEMDKSLLENQSLGGSCESLKLALGGLTEDKEKLMKELESVRCSKIAESTE WQEKHKELQKEYEVLLQSYENVSNEAERIQHVVESVRQEKQEVYAKLRSAESDKREREKQLQDAEQEMEE MKEKMRKFAKSKQQKILELEEENDRLRAEAQPVGGANESMEALLSSNASLKEELERITLEYKTLSKEFEA LMAEKNTLSEETRNLKLQVEAQELKQASLETTEKSDEPKDVIEEVTEAVVGKSQEQDSLSENAKLEDAEA TLLANSAKPGVSETFSSHDDINNYLQQLDQLKGRIAELEMEKQKDRELSQTLENEKNALLTQISAKDSEL KLLEEEVAKINMLNQQIQEELSRVTKLKETAEEEKDDLEERLMNQLAELNGSIGNYYQDVTDAQIKNEQL ESEMQNLKRCVSELEEEKQQLVKEKTKVESEIRKEYMEKIQGAQKGPGSKIHAKELQELLKEKQQEVKQL QKDCIRYLGRISALEKTVKALEFVHTESQKDLDATKGNLAQAVEHHKKAQAELSSFKILLDDTQSEAARV LADNLKLKKELQSNKESIKSQIKQKDEDLLRRLEQAEEKHRKEKKNMQEKLDALHREKAHVEDTLAEIQV SLTRKDKDMKELQQSLDSTLAQLAAFTKSMSSLQDDRDRVIDEAKKWEQRFGDAIQTKEEEVRLKEENCT ALKDQLRQMTIHMEELKITVSRLEHDKEIWESKAQTELQHQQKAYDKLQEENKELMSQLEEAGQLYHDSK NELTKLESELKSLKDQSTDLKNSLEKCREHENNLEGIIKQQEADIQNCKFNCEQLETDLTASRELTTRLH DEINVKEQKIISLLSGKEEAIQVAIAELHQQHSKEIKELENLLSQEEEENLTLEEENKRAVEKTNQLTEA LETIKKESLEQKAQLDSFVKSMSSLQDDRDRIVSDYRQLEERHLSVILEKDELIQDAAAENNKLKEEIRG LRGHMDDLNSENAKLDAELIQYRRDLNEVITIKDSQQRQLLEAQLQQNKELRNECVKLEGRLKGSEAEKQ SLQMSLDALQEENQGLSKEIKSFKEQLTALHEEGALAVYHAQLRVREEEVQKLTAALSSSQKRTVDLQEE LVCVQKEASKKVSEIEDKLKRELKHLHHNAGIMRNETETAEERVAELARDLVEMEQKLLTVTKENKDLTA QIQAFGKSMSSLQDSRDHATEELSDLKKKYDASLKELAQLKGRQDLGRESDVLSQAAFPLTTSENISSRL EKLNQQLISKDEQLLHLSSELESSHNQVQSFTKAMTSLQNERDHLWNELEKFRKSEEGKQRSAAPSAASS PAEVQSLKKAMSSLQNDRDRLLKELKNLQQQYLQMNQEITELRPLKAQLQESQDQTKALQMMKEELRQEN LSWQHELDQLRVEKNSWELHERRMKEQYLMAISDKDQQLGHLQNLLRELRSSSQTQILPTQYQRQASSGT SAALDGSQNLVYETDCLRTQLNDSLKEIHQKELRIQQLNSKFSQLLEEKNILSTQLRDANQSLRDSQHHY SNLFNHCAILERQVQQLQATGPLNADVAPGAPQEKDGIHIKTETETTGEEQPSFSEVQQQLCNTKHDLSE LKKLLEEERDQRLTAENALSLAKEQIRRLEHSEWESARTPIIGACGSQEQVLLMDLPGSSCRRTRSSAGW KRVLRSLCRSRTRVPLLAAIYFLMIHVLLVLCFTGHL TRTRPLEQKLISEEDLAANDILDYKDDDDKV |
| Restriction Sites |
SgfI-MluI
Cloning Scheme for this gene
Plasmid Map
|
| ACCN | NM_138885 |
| ORF Size | 9561 bp |
| OTI Disclaimer | The molecular sequence of this clone aligns with the gene accession number as a point of reference only. However, individual transcript sequences of the same gene can differ through naturally occurring variations (e.g. polymorphisms), each with its own valid existence. This clone is substantially in agreement with the reference, but a complete review of all prevailing variants is recommended prior to use. More info |
| OTI Annotation | This clone was engineered to express the complete ORF with an expression tag. Expression varies depending on the nature of the gene. |
| 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_138885.1, NP_620240.1 |
| RefSeq Size | 10170 bp |
| RefSeq ORF | 9564 bp |
| Locus ID | 192243 |
| MW | 364.3 kDa |
| Gene Summary | golgi-associated protein [RGD, Feb 2006] |
Documents
| Product Manuals |
| FAQs |
| SDS |
Resources
Other Versions
| SKU | Description | Size | Price |
|---|---|---|---|
| RN203935 | Golgb1 (untagged ORF) - Rat golgi autoantigen, golgin subfamily b, macrogolgin 1 (Golgb1), (10 ug) |
CNY 61,370.00 |
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