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AKAP9 (NM_147185) Human Untagged Clone
CAT＃: SC306304
AKAP9 (untagged)-Human A kinase (PRKA) anchor protein (yotiao) 9 (AKAP9), transcript variant 3
CNY 75,050.00
货期*
13周
规格
Product images
经常一起买 (4)
Specifications
| Product Data | |
| Type | Human Untagged Clone |
| Tag | Tag Free |
| Synonyms | AKAP-9; AKAP350; AKAP450; CG-NAP; HYPERION; LQT11; MU-RMS-40.16A; PPP1R45; PRKA9; YOTIAO |
| Vector | pCMV6 series |
| Sequence Data |
>NCBI ORF sequence for NM_147185, the custom clone sequence may differ by one or more nucleotides
ATGGAGGACGAGGAGAGACAGAAGAAGCTGGAGGCCGGCAAAGCCAAGCTTGCCCAGTTT CGACAAAGAAAAGCTCAGTCGGATGGGCAGAGTCCTTCCAAGAAGCAGAAAAAAAAGAGA AAAACGTCAAGCAGTAAACATGATGTGTCAGCACACCATGATTTGAATATTGATCAATCA CAGTGTAATGAAATGTACATAAATAGTTCTCAGAGAGTAGAATCAACTGTGATTCCTGAA TCTACAATAATGAGAACTCTACATAGTGGAGAAATAACCAGTCATGAGCAGGGCTTCTCT GTGGAACTGGAAAGTGAAATTTCAACCACAGCAGATGACTGCAGTTCAGAGGTAAATGGT TGCAGTTTTGTGATGAGAACAGGAAAGCCTACAAATTTATTAAGGGAAGAAGAATTTGGT GTTGATGATTCTTATTCTGAACAAGGAGCACAAGACAGTCCGACTCATCTAGAGATGATG GAAAGTGAGTTGGCTGGGAAGCAGCATGAGATTGAAGAGCTAAACAGAGAGCTGGAAGAA ATGAGGGTTACCTATGGGACTGAAGGACTGCAGCAGTTACAAGAATTTGAAGCTGCCATT AAACAAAGAGATGGCATTATAACCCAGCTCACTGCTAATTTACAACAAGCAAGAAGAGAA AAGGATGAGACAATGAGAGAATTTTTAGAGTTGACAGAACAGAGTCAAAAATTACAGATT CAATTTCAGCAATTACAGGCTAGTGAAACTCTGAGAAACAGCACTCATAGTAGCACAGCT GCAGACTTACTACAAGCCAAACAACAGATCCTCACTCATCAACAGCAGCTTGAAGAACAA GACCACTTATTAGAAGATTATCAGAAAAAGAAAGAAGACTTCACAATGCAAATTAGTTTC TTGCAAGAGAAAATTAAAGTATATGAAATGGAACAAGATAAAAAAGTAGAAAACTCAAAT AAAGAAGAAATACAGGAAAAGGAGACAATCATTGAAGAATTAAACACAAAAATAATAGAA GAAGAAAAGAAAACTCTTGAGCTAAAGGATAAATTAACAACTGCTGATAAATTACTAGGA GAATTACAAGAACAGATTGTGCAAAAGAACCAAGAAATAAAAAACATGAAATTAGAGCTG ACTAATTCTAAGCAAAAAGAAAGACAGTCTTCTGAAGAAATAAAACAGTTAATGGGGACA GTCGAAGAACTTCAGAAGAGAAATCATAAAGACAGCCAGTTCGAAACTGATATAGTACAA CGAATGGAACAAGAAACACAAAGAAAGTTAGAACAACTCCGGGCAGAGCTGGATGAGATG TATGGGCAGCAGATAGTGCAAATGAAACAAGAATTAATAAGACAACACATGGCACAGATG GAGGAAATGAAAACACGGCATAAGGGAGAAATGGAGAATGCTTTAAGGTCATATTCAAAT ATTACAGTTAATGAAGATCAGATAAAGTTAATGAATGTGGCAATAAATGAACTGAATATA AAATTGCAAGATACTAACTCTCAAAAGGAAAAACTCAAGGAAGAACTAGGACTAATTTTA GAAGAAAAGTGTGCTCTACAGAGACAGCTTGAAGACCTTGTTGAAGAATTGAGCTTTTCA AGGGAACAGATTCAGAGAGCTAGACAGACAATAGCTGAACAAGAAAGTAAACTTAATGAA GCACATAAGTCCCTTAGTACAGTGGAAGATTTGAAAGCTGAGATTGTTTCTGCATCTGAA TCCAGAAAGGAACTAGAATTAAAACATGAAGCAGAAGTTACAAATTACAAGATAAAACTT GAAATGTTAGAAAAAGAAAAGAATGCTGTGTTAGACAGAATGGCTGAATCACAAGAAGCT GAATTAGAGAGGCTGAGAACACAGCTTCTATTTAGTCACGAAGAAGAGCTTTCCAAACTG AAGGAAGATTTAGAAATTGAACATCGAATAAATATTGAAAAACTTAAAGATAATTTAGGC ATTCACTATAAACAGCAGATAGATGGTTTACAGAATGAAATGAGTCAAAAGATAGAAACC ATGCAGTTTGAAAAGGACAATTTGATAACTAAGCAGAATCAATTAATTTTGGAAATTTCA AAGCTAAAAGATTTACAGCAGTCTCTTGTAAATTCAAAGTCAGAAGAAATGACTCTTCAA ATCAATGAACTTCAAAAAGAAATTGAAATACTCAGACAAGAAGAAAAAGAAAAGGGTACA CTTGAACAAGAAGTTCAAGAATTACAACTTAAAACAGAATTGTTAGAAAAACAGATGAAG GAAAAAGAGAATGATCTTCAAGAAAAATTTGCACAACTTGAAGCAGAGAATAGCATTCTT AAAGATGAAAAGAAAACCCTTGAAGACATGTTGAAAATACATACTCCTGTTAGCCAAGAA GAAAGATTGATTTTCTTAGACTCCATTAAGTCCAAATCCAAAGACTCTGTGTGGGAAAAA GAAATAGAAATACTTATAGAGGAAAATGAGGACCTCAAACAACAATGTATTCAGCTAAAT GAAGAGATTGAAAAGCAAAGGAACACTTTTTCATTTGCTGAAAAAAACTTTGAAGTTAAC TATCAAGAGTTACAAGAGGAGTATGCTTGCCTTCTCAAAGTAAAAGATGATTTAGAAGAC AGTAAAAATAAACAGGAATTAGAGTATAAAAGTAAACTTAAAGCACTTAATGAAGAGCTT CATTTGCAAAGAATAAATCCAACTACAGTGAAAATGAAAAGTTCTGTCTTTGATGAAGAC AAAACTTTTGTAGCAGAAACATTGGAAATGGGTGAGGTTGTTGAAAAGGATACAACAGAA CTCATGGAAAAACTTGAGGTAACCAAGCGAGAGAAATTAGAGCTGTCACAGAGACTGTCT GATCTTTCTGAACAATTGAAACAGAAACATGGTGAGATTAGTTTTCTAAATGAAGAAGTT AAATCTTTAAAGCAAGAGAAAGAACAAGTTTCATTGAGATGTAGAGAGCTAGAAATCATT ATTAACCACAACAGGGCAGAAAATGTACAGTCATGTGATACTCAAGTAAGCTCTTTATTA GATGGAGTTGTGACCATGACAAGCAGGGGTGCTGAAGGATCAGTTTCTAAAGTAAATAAA AGTTTTGGTGAAGAATCAAAAATAATGGTGGAAGATAAAGTTTCTTTTGAAAATATGACT GTTGGAGAAGAAAGTAAGCAAGAACAGTTGATTTTGGATCACTTACCATCTGTAACAAAG GAATCATCACTTAGAGCAACTCAACCAAGTGAAAATGATAAACTTCAGAAAGAACTCAAT GTACTTAAATCAGAACAGAATGATTTAAGGCTACAGATGGAAGCCCAACGCATTTGCCTC TCTCTGGTTTATTCAACTCATGTGGATCAGGTTCGTGAATATATGGAAAATGAAAAAGAT AAAGCTCTTTGCAGTCTTAAAGAAGAGCTTATTTTTGCTCAAGAGGAAAAGATCAAGGAA CTTCAGAAAATACACCAGTTAGAACTACAGACTATGAAAACACAAGAAACAGGTGATGAA GGAAAGCCTTTACATCTGCTCATTGGAAAACTTCAAAAGGCAGTGTCTGAAGAATGTTCT TATTTTTTACAGACTTTATGCAGTGTCCTTGGTGAATATTATACTCCTGCTTTAAAATGT GAAGTAAATGCAGAAGACAAAGAGAATTCTGGTGATTACATTTCTGAAAATGAAGATCCA GAATTACAAGATTATAGATATGAAGTTCAAGACTTTCAAGAAAATATGCACACTCTTCTC AACAAAGTAACAGAAGAATACAACAAACTCTTGGTACTTCAAACACGACTAAGCAAGATC TGGGGACAGCAGACAGATGGTATGAAACTTGAATTTGGAGAAGAAAACCTTCCAAAAGAG GAAACAGAGTTTTTATCAATCCATTCTCAGATGACCAATTTGGAAGACATTGATGTCAAT CATAAAAGCAAGTTATCTTCTCTGCAAGATCTTGAAAAAACTAAACTTGAAGAACAAGTT CAAGAATTAGAAAGCCTCATATCCTCTTTGCAGCAACAGTTGAAAGAAACTGAACAAAAC TATGAGGCAGAGATCCACTGTTTACAGAAGAGGCTTCAAGCTGTTAGTGAGTCCACGGTT CCGCCAAGCTTACCTGTTGATTCGGTGGTAATTACAGAATCTGATGCACAGAGAACAATG TACCCTGGAAGTTGTGTGAAAAAGAATATTGATGGTACAATAGAGTTTTCTGGTGAATTT GGAGTGAAAGAGGAAACAAATATCGTTAAGTTGCTTGAAAAACAATACCAAGAACAATTA GAAGAAGAAGTAGCTAAGGTTATTGTGTCAATGAGTATAGCATTTGCTCAACAAACTGAA CTGTCTAGAATATCTGGGGGAAAAGAAAATACTGCATCATCAAAGCAAGCACATGCTGTG TGTCAGCAAGAACAACATTATTTTAATGAAATGAAATTATCACAGGATCAAATTGGTTTT CAGACTTTTGAGACAGTGGATGTGAAATTTAAAGAAGAATTTAAACCACTTAGTAAAGAG TTAGGAGAACATGGAAAGGAAATTTTATTATCAAATAGTGATCCCCATGATATACCAGAA TCAAAGGACTGTGTGCTGACTATTTCAGAAGAAATGTTCTCCAAAGATAAAACATTTATA GTTAGACAGTCTATTCATGATGAGATTTCAGTGTCAAGCATGGATGCTTCTAGACAACTA ATGTTGAATGAAGAACAGTTGGAAGATATGAGACAGGAACTTGTACGACAATACCAAGAA CATCAACAGGCAACGGAATTGTTAAGGCAAGCACATATGCGGCAAATGGAGAGACAGCGA GAAGACCAGGAACAGCTACAAGAAGAGATTAAGAGACTTAATAGACAATTAGCCCAGAGA TCCTCCATAGATAATGAAAACCTGGTTTCAGAGAGAGAGAGGGTGCTTTTAGAGGAGCTG GAAGCACTAAAGCAGCTGTCTTTAGCTGGAAGAGAGAAGCTGTGTTGTGAGCTGCGCAAC AGCAGTACGCAAACACAGAATGGAAATGAAAACCAAGGAGAAGTTGAAGAACAAACATTT AAAGAAAAGGAATTAGACAGAAAACCTGAAGATGTGCCTCCTGAGATTTTGTCTAATGAA AGGTATGCACTCCAGAAAGCTAATAATAGACTTTTGAAGATCCTCTTAGAAGTTGTAAAG ACAACAGCAGCTGTTGAAGAAACAATTGGTCGCCATGTCCTTGGGATTCTAGATAGATCT AGTAAAAGCCAGTCATCTGCCAGCCTAATTTGGAGGTCAGAAGCAGAGGCATCTGTAAAG TCATGTGTCCATGAGGAACATACAAGAGTTACAGATGAATCCATTCCCTCTTATTCTGGA AGTGATATGCCAAGAAATGACATTAACATGTGGTCAAAAGTAACTGAGGAAGGAACAGAG CTGTCACAACGACTTGTGAGGAGTGGTTTTGCTGGAACTGAAATAGACCCTGAAAATGAA GAACTTATGCTGAACATTAGCTCTCGACTACAAGCAGCAGTTGAAAAACTCCTAGAAGCC ATAAGTGAAACTAGCAGTCAGCTTGAACATGCGAAAGTGACACAGACAGAGTTGATGCGT GAGTCATTTAGACAGAAACAAGAAGCAACAGAGTCCCTTAAGTGCCAAGAGGAACTTCGA GAGCGCCTTCATGAGGAGTCCAGGGCCAGAGAACAGCTAGCTGTGGAGCTCAGTAAGGCT GAGGGCGTCATTGATGGCTATGCAGATGAAAAAACTCTTTTTGAAAGGCAAATTCAGGAA AAAACTGATATAATAGATCGTCTTGAGCAGGAGTTGTTATGTGCAAGTAACAGGTTGCAA GAATTGGAGGCAGAGCAACAGCAGATCCAAGAAGAAAGAGAATTACTGTCCAGACAAAAG GAAGCTATGAAAGCAGAGGCAGGCCCAGTTGAACAACAATTACTACAGGAGACAGAAAAA TTAATGAAGGAAAAACTAGAAGTACAATGTCAAGCTGAAAAAGTACGTGATGACCTTCAA AAACAAGTGAAAGCTCTAGAAATAGATGTGGAAGAACAAGTCAGTAGGTTTATAGAGCTG GAACAAGAAAAAAATACTGAACTAATGGATTTAAGACAGCAAAACCAAGCATTGGAAAAG CAGTTAGAAAAAATGAGAAAATTTTTAGATGAGCAAGCCATTGACAGAGAACATGAGAGA GATGTATTCCAACAGGAAATACAGAAACTAGAACAGCAACTTAAGGTTGTTCCTCGATTC CAGCCTATCAGTGAACATCAAACTAGAGAGGTTGAACAGTTAGCAAATCATCTGAAAGAA AAAACAGACAAATGCAGTGAGCTTTTGCTCTCTAAAGAGCAGCTTCAAAGGGATATACAA GAAAGGAATGAAGAAATAGAGAAACTGGAGTTCAGAGTAAGAGAACTGGAGCAGGCGCTT CTTGTAGAGGACCGAAAACACTTTGGAGCTGTAGAAGCTAAACCAGAATTGTCCCTAGAA GTACAATTGCAGGCTGAACGAGATGCCATAGACAGAAAGGAAAAAGAGATTACAAACTTA GAAGAGCAATTAGAACAGTTTAGAGAAGAACTGGAAAATAAGAATGAAGAAGTTCAACAA TTACATATGCAATTAGAAATACAGAAAAAGGAATCTACTACCCGCCTACAAGAACTTGAA CAGGAAAACAAATTATTTAAGGATGACATGGAGAAACTGGGACTTGCCATAAAGGAATCT GATGCCATGTCTACTCAAGACCAACATGTGCTATTTGGGAAATTTGCTCAAATAATACAG GAAAAAGAGGTAGAAATTGACCAATTAAATGAACAAGTTACGAAACTCCAGCAGCAACTT AAAATTACAACAGATAACAAGGTTATTGAAGAAAAAAATGAACTGATAAGGGATCTTGAA ACCCAAATAGAATGTTTGATGAGTGATCAAGAATGTGTGAAGAGAAATAGAGAAGAAGAA ATAGAGCAGCTCAATGAAGTGATTGAAAAACTTCAACAGGAATTGGCAAATATTGGACAG AAGACATCAATGAATGCTCATTCCCTCTCAGAAGAAGCAGACAGTTTAAAACATCAATTG GATGTGGTTATAGCTGAAAAGCTGGCCTTGGAACAGCAAGTAGAAACCGCTAATGAAGAA ATGACCTTCATGAAAAATGTACTTAAAGAAACCAATTTTAAAATGAATCAGCTAACACAG GAATTATTCAGCTTAAAGAGAGAACGTGAAAGTGTGGAAAAGATTCAAAGCATACCAGAG AATAGTGTTAACGTGGCTATAGATCATCTGAGCAAAGACAAACCTGAACTAGAAGTAGTC CTTACAGAGGATGCTCTTAAATCCCTAGAAAATCAGACATACTTCAAATCTTTTGAAGAA AATGGCAAAGGTTCCATAATTAATTTGGAAACAAGGTTGCTACAACTTGAGAGCACTGTT AGTGCAAAGGACTTAGAACTTACCCAGTGTTATAAACAAATAAAAGACATGCAAGAACAA GGCCAGTTTGAAACAGAAATGCTTCAAAAGAAGATTGTAAACCTACAGAAAATAGTTGAA GAAAAAGTGGCTGCTGCTCTTGTCAGTCAAATCCAACTTGAGGCAGTTCAGGAATATGCA AAATTCTGTCAAGATAATCAAACAATTTCATCAGAACCTGAAAGAACAAATATTCAGAAT TTAAATCAACTAAGAGAAGATGAGTTGGGGTCAGATATATCAGCATTAACCTTGAGAATA TCAGAATTAGAAAGCCAGGTTGTTGAAATGCATACTAGTTTGATTTTAGAAAAAGAACAA GTAGAAATTGCAGAAAAAAATGTTTTAGAAAAAGAAAAGAAGCTGCTAGAACTACAGAAG CTATTGGAGGGCAATGAGAAAAAACAGAGAGAGAAAGAAAAGAAAAGAAGCCCTCAAGAT GTTGAAGTTCTCAAGACAACTACTGAGCTATTTCATAGCAATGAAGAAAGTGGATTTTTT AATGAACTCGAGGCTCTTAGAGCTGAATCAGTGGCTACCAAAGCAGAACTTGCCAGTTAT AAAGAAAAGGCTGAAAAACTTCAAGAAGAGCTTTTGGTAAAAGAAACAAATATGACATCT CTTCAGAAAGACTTAAGCCAAGTTAGGGATCACCTCGCAGAGGCAAAAGAGAAATTGTCC ATTTTAGAAAAAGAAGATGAGACTGAGGTACAAGAAAGCAAAAAGGCCTGCATGTTTGAG CCACTTCCTATAAAACTGAGTAAGAGCATTGCATCCCAGACAGATGGGACTCTGAAGATC AGTAGCAGCAATCAGACTCCACAAATTCTTGTTAAAAATGCAGGAATACAAATTAATTTA CAGAGTGAATGTTCCTCAGAAGAAGTTACTGAAATAATCAGTCAGTTTACTGAAAAAATT GAGAAGATGCAAGAACTACATGCTGCTGAAATTTTGGACATGGAATCCAGACATATTTCA GAAACTGAAACCTTAAAGAGGGAACACTATGTTGCCGTTCAGTTACTGAAAGAGGAATGT GGTACCTTGAAGGCAGTGATACAGTGTCTGAGAAGTAAAGAGGGATCCTCAATTCCTGAG CTAGCACATTCTGATGCTTACCAGACTAGAGAAATATGCTCCAGTGATTCTGGATCAGAC TGGGGTCAGGGAATTTATCTTACACACAGTCAGGGATTTGACATAGCATCAGAAGGCCGA GGAGAAGAAAGTGAAAGTGCAACAGATTCCTTTCCAAAGAAAATAAAGGGATTACTGAGA GCTGTCCATAATGAAGGCATGCAGGTGCTTTCTCTCACTGAGTCTCCCTATAGTGATGGA GAGGACCATTCTATTCAGCAGGTTTCAGAACCTTGGCTAGAAGAGAGAAAAGCTTACATC AATACAATCTCATCTCTAAAGGATTTAATTACAAAGATGCAACTGCAAAGAGAAGCCGAG GTTTATGATAGTTCTCAATCTCATGAGAGCTTCTCAGACTGGCGAGGTGAACTACTGCTT GCCCTTCAACAAGTTTTCTTAGAAGAGCGTAGTGTTTTACTAGCAGCATTTCGGACGGAG CTGACAGCTCTAGGTACTACAGATGCAGTTGGTTTACTAAACTGTTTGGAACAGAGAATA CAAGAACAGGGTGTTGAATATCAAGCAGCTATGGAATGCCTCCAGAAAGCAGATAGAAGG AGTTTGTTATCTGAAATTCAGGCACTGCATGCACAAATGAATGGTAGGAAAATTACTCTG AAAAGAGAACAAGAGAGTGAGAAACCAAGCCAAGAACTCTTGGAATATAATATACAGCAG AAGCAGTCTCAAATGCTGGAGATGCAAGTGGAGCTCAGCAGTATGAAAGACAGAGCAACG GAACTGCAGGAGCAGCTGAGTTCTGAGAAAATGGTGGTTGCTGAACTGAAGAGTGAGCTT GCACAAACTAAATTGGAACTAGAAACAACACTCAAGGCACAGCATAAACACCTAAAAGAA TTGGAGGCTTTCAGGTTGGAAGTTAAAGATAAGACAGATGAAGTACATTTGCTTAATGAC ACATTAGCAAGTGAACAGAAAAAATCAAGAGAGCTCCAGTGGGCTTTGGAGAAAGAGAAA GCCAAGTTGGGACGCAGTGAAGAACGGGATAAAGAAGAACTTGAGGATCTGAAGTTTTCA CTTGAGAGTCAGAAACAAAGGAATCTTCAGCTAAATCTACTTTTGGAACAACAGAAACAA CTACTGAACGAATCCCAGCAAAAAATAGAATCACAGAGAATGCTATATGATGCCCAGTTG TCAGAAGAACAAGGTCGAAACTTAGAGCTTCAGGTACTTCTTGAATCTGAGAAAGTTCGA ATTCGGGAAATGAGTAGTACCCTAGATAGGGAGCGGGAATTGCACGCACAGCTGCAGAGC AGTGATGGTACTGGACAGTCTCGGCCACCCTTGCCCTCAGAGGACCTACTGAAAGAGCTG CAGAAACAGCTAGAGGAAAAACACAGTCGCATAGTAGAATTGTTAAATGAGACTGAAAAA TATAAACTGGATTCTTTGCAAACACGACAGCAAATGGAAAAAGATAGGCAGGTTCACAGG AAAACACTGCAGACAGAACAGGAGGCCAACACTGAGGGACAGAAAAAAATGCATGAGCTC CAGTCCAAAGTGGAAGATCTTCAGCGCCAGCTGGAAGAGAAAAGACAACAAGTTTATAAG TTAGACCTTGAAGGACAGCGACTACAAGGAATCATGCAGGAATTCCAGAAGCAAGAACTA GAACGAGAAGAAAAACGAGAAAGTAGAAGAATTCTGTATCAGAACCTTAATGAGCCAACC ACGTGGAGCTTAACCAGTGATAGAACTAGAAATTGGGTTCTTCAACAGAAAATAGAAGGA GAAACAAAAGAATCAAACTACGCTAAATTGATTGAAATGAATGGAGGAGGAACCGGCTGT AATCATGAATTAGAAATGATCAGACAAAAGCTTCAATGTGTAGCTTCAAAACTACAGGTT CTACCCCAGAAAGCCTCTGAGAGACTACAGTTTGAAACAGCAGATGATGAAGATTTCATT TGGGTTCAGGAAAATATTGATGAAATTATTTTACAACTACAGAAATTAACTGGCCAGCAA GGTGAAGAGCCCAGCTTGGTGTCCCCAAGTACTTCTTGTGGCTCATTGACTGAAAGACTA CTGAGACAAAATGCTGAGCTGACAGGGCATATCAGTCAACTGACTGAAGAGAAGAATGAC TTAAGGAACATGGTTATGAAGCTGGAAGAGCAGATCAGGTGGTATCGACAGACAGGAGCT GGTAGAGATAATTCTTCCAGGTTTTCATTGAATGGTGGTGCCAACATTGAAGCCATCATT GCCTCTGAAAAAGAAGTATGGAACAGAGAAAAATTGACTCTCCAGAAATCTTTGAAAAGG GCAGAGGCTGAAGTATACAAACTGAAAGCTGAACTAAGAAATGACTCTTTACTTCAAACT CTGAGCCCTGATTCTGAACATGTCACTTTAAAGAGAATTTATGGTAAATACTTGAGGGCA GAAAGTTTTCGAAAGGCTCTCATTTACCAGAAGAAATACCTGCTGCTGTTACTGGGTGGG TTCCAGGAATGTGAAGATGCCACCTTGGCCCTGCTTGCCCGGATGGGGGGGCAGCCAGCT TTCACGGATCTAGAGGTGATCACCAATCGCCCAAAGGGCTTCACCAGGTTTCGGTCGGCC GTCAGAGTATCCATTGCAATTTCCAGAATGAAATTTTTGGTTCGACGGTGGCATCGAGTC ACAGGTTCTGTTTCCATCAATATTAACAGAGATGGCTTTGGACTGAATCAAGGTGCAGAA AAGACTGACTCATTTTATCATTCTTCTGGTGGGCTGGAGTTATATGGAGAACCAAGACAT ACTACGTATCGCTCAAGATCAGATCTGGACTATATTAGGTCCCCTTTACCATTTCAGAAT AGGTACCCAGGCACTCCAGCTGATTTCAATCCTGGTTCTTTAGCATGTTCTCAGCTTCAG AATTACGATCCTGACAGAGCCCTAACAGATTATATCACTCGGCTAGAGGCACTGCAAAGA CGACTTGGAACTATACAGTCAGGTTCAACTACTCAATTTCATGCTGGCATGAGAAGATAA |
| Restriction Sites | Please inquire |
| ACCN | NM_147185 |
| OTI Disclaimer | Due to the inherent nature of this plasmid, standard methods to replicate additional amounts of DNA in E. coli are highly likely to result in mutations and/or rearrangements. Therefore, OriGene does not guarantee the capability to replicate this plasmid DNA. Additional amounts of DNA can be purchased from OriGene with batch-specific, full-sequence verification at a reduced cost. Please contact our customer care team at custsupport@origene.com or by calling 301.340.3188 option 3 for pricing and delivery. 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). |
| OTI Annotation | This TrueClone is provided through our Custom Cloning Process that includes sub-cloning into OriGene's pCMV6 vector and full sequencing to provide a non-variant match to the expected reference without frameshifts, and is delivered as lyophilized plasmid DNA. |
| 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_147185.1, NP_671714.1 |
| RefSeq Size | 12450 bp |
| RefSeq ORF | 11700 bp |
| Locus ID | 10142 |
| UniProt ID | Q99996 |
| Protein Families | Druggable Genome |
| Gene Summary | The A-kinase anchor proteins (AKAPs) are a group of structurally diverse proteins which have the common function of binding to the regulatory subunit of protein kinase A (PKA) and confining the holoenzyme to discrete locations within the cell. This gene encodes a member of the AKAP family. Alternate splicing of this gene results in at least two isoforms that localize to the centrosome and the Golgi apparatus, and interact with numerous signaling proteins from multiple signal transduction pathways. These signaling proteins include type II protein kinase A, serine/threonine kinase protein kinase N, protein phosphatase 1, protein phosphatase 2a, protein kinase C-epsilon and phosphodiesterase 4D3. [provided by RefSeq, Aug 2008] Transcript Variant: This variant (3) uses an alternate in-frame splice site at the end of an exon compared to variant 2. The resulting isoform (3) has the same N- and C-termini but is shorter compared to isoform 2. |
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