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> Gene Products > Human cDNA Clones > Human CD140b/PDGFRb Gene cDNA Clone / ORF Clone Human CD140b/PDGFRb Gene cDNA Clone / ORF Clone
| Catalog | Vector (Price) | Quantity | In Stock | Operation |
| HG10514-G |
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* pCMV vectors are ALL featured with a CMV promoter and a hygromycin-resistance (hygro) gene. These plasmids can be used directly in mammalian cell expression. Learn more about pCMV vectors. |
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Manufactured By: Sino Biological Inc.
Gene Bank Ref.ID: NM_002609.3
cDNA Size: 3321
Synonym: JTK12; PDGFR; CD140B; PDGFR1; PDGF-R-beta
Source: Human.
cDNA Description: ORF Clone of Homo sapiens platelet-derived growth factor receptor, beta polypeptide DNA.
Vector: Cloning Vector: pGEM-T Vector
Expression Vectors: pCMV/hygro, pCMV/hygro-Myc, pCMV/hygro-His, pCMV/hygro-HA, pCMV/hygro-FLAG
Sequence Description: Identical with the Gene Bank Ref. ID sequence.
5-10μg Plasmid DNA is shipped on Whatman FTA elute card (Cat. No.: WB120410) at room temperature.
It would take 7-14 days for delivery typically. For bulk orders, additional 1-2 weeks would be needed.
- Cut along the circle edge of the spot (arrow points to) to get the filter paper.
- Transfer the filter paper to a 1.5ml microfuge tube containing 150-200 μl of sterile H2O . Ensure the filter paper is completely immersed in the H2O by briefly centrifuging the tube for 10 seconds.
- Transfer the tube to incubation at 95℃ for 15-30 min.
- At the end of the incubation pulse vortex, or gently tap the tube.
- Briefly centrifuge for 30 seconds, to separate the scattered filter paper from the elute. The elute now contains the purified DNA .
Sequence:
1 ATGCGGCTTC CGGGTGCGAT GCCAGCTCTG GCCCTCAAAG GCGAGCTGCT GTTGCTGTCT 61 CTCCTGTTAC TTCTGGAACC ACAGATCTCT CAGGGCCTGG TCGTCACACC CCCGGGGCCA 121 GAGCTTGTCC TCAATGTCTC CAGCACCTTC GTTCTGACCT GCTCGGGTTC AGCTCCGGTG 181 GTGTGGGAAC GGATGTCCCA GGAGCCCCCA CAGGAAATGG CCAAGGCCCA GGATGGCACC 241 TTCTCCAGCG TGCTCACACT GACCAACCTC ACTGGGCTAG ACACGGGAGA ATACTTTTGC 301 ACCCACAATG ACTCCCGTGG ACTGGAGACC GATGAGCGGA AACGGCTCTA CATCTTTGTG 361 CCAGATCCCA CCGTGGGCTT CCTCCCTAAT GATGCCGAGG AACTATTCAT CTTTCTCACG 421 GAAATAACTG AGATCACCAT TCCATGCCGA GTAACAGACC CACAGCTGGT GGTGACACTG 481 CACGAGAAGA AAGGGGACGT TGCACTGCCT GTCCCCTATG ATCACCAACG TGGCTTTTCT 541 GGTATCTTTG AGGACAGAAG CTACATCTGC AAAACCACCA TTGGGGACAG GGAGGTGGAT 601 TCTGATGCCT ACTATGTCTA CAGACTCCAG GTGTCATCCA TCAACGTCTC TGTGAACGCA 661 GTGCAGACTG TGGTCCGCCA GGGTGAGAAC ATCACCCTCA TGTGCATTGT GATCGGGAAT 721 GAGGTGGTCA ACTTCGAGTG GACATACCCC CGCAAAGAAA GTGGGCGGCT GGTGGAGCCG 781 GTGACTGACT TCCTCTTGGA TATGCCTTAC CACATCCGCT CCATCCTGCA CATCCCCAGT 841 GCCGAGTTAG AAGACTCGGG GACCTACACC TGCAATGTGA CGGAGAGTGT GAATGACCAT 901 CAGGATGAAA AGGCCATCAA CATCACCGTG GTTGAGAGCG GCTACGTGCG GCTCCTGGGA 961 GAGGTGGGCA CACTACAATT TGCTGAGCTG CATCGGAGCC GGACACTGCA GGTAGTGTTC 1021 GAGGCCTACC CACCGCCCAC TGTCCTGTGG TTCAAAGACA ACCGCACCCT GGGCGACTCC 1081 AGCGCTGGCG AAATCGCCCT GTCCACGCGC AACGTGTCGG AGACCCGGTA TGTGTCAGAG 1141 CTGACACTGG TTCGCGTGAA GGTGGCAGAG GCTGGCCACT ACACCATGCG GGCCTTCCAT 1201 GAGGATGCTG AGGTCCAGCT CTCCTTCCAG CTACAGATCA ATGTCCCTGT CCGAGTGCTG 1261 GAGCTAAGTG AGAGCCACCC TGACAGTGGG GAACAGACAG TCCGCTGTCG TGGCCGGGGC 1321 ATGCCCCAGC CGAACATCAT CTGGTCTGCC TGCAGAGACC TCAAAAGGTG TCCACGTGAG 1381 CTGCCGCCCA CGCTGCTGGG GAACAGTTCC GAAGAGGAGA GCCAGCTGGA GACTAACGTG 1441 ACGTACTGGG AGGAGGAGCA GGAGTTTGAG GTGGTGAGCA CACTGCGTCT GCAGCACGTG 1501 GATCGGCCAC TGTCGGTGCG CTGCACGCTG CGCAACGCTG TGGGCCAGGA CACGCAGGAG 1561 GTCATCGTGG TGCCACACTC CTTGCCCTTT AAGGTGGTGG TGATCTCAGC CATCCTGGCC 1621 CTGGTGGTGC TCACCATCAT CTCCCTTATC ATCCTCATCA TGCTTTGGCA GAAGAAGCCA 1681 CGTTACGAGA TCCGATGGAA GGTGATTGAG TCTGTGAGCT CTGACGGCCA TGAGTACATC 1741 TACGTGGACC CCATGCAGCT GCCCTATGAC TCCACGTGGG AGCTGCCGCG GGACCAGCTT 1801 GTGCTGGGAC GCACCCTCGG CTCTGGGGCC TTTGGGCAGG TGGTGGAGGC CACGGCTCAT 1861 GGCCTGAGCC ATTCTCAGGC CACGATGAAA GTGGCCGTCA AGATGCTTAA ATCCACAGCC 1921 CGCAGCAGTG AGAAGCAAGC CCTTATGTCG GAGCTGAAGA TCATGAGTCA CCTTGGGCCC 1981 CACCTGAACG TGGTCAACCT GTTGGGGGCC TGCACCAAAG GAGGACCCAT CTATATCATC 2041 ACTGAGTACT GCCGCTACGG AGACCTGGTG GACTACCTGC ACCGCAACAA ACACACCTTC 2101 CTGCAGCACC ACTCCGACAA GCGCCGCCCG CCCAGCGCGG AGCTCTACAG CAATGCTCTG 2161 CCCGTTGGGC TCCCCCTGCC CAGCCATGTG TCCTTGACCG GGGAGAGCGA CGGTGGCTAC 2221 ATGGACATGA GCAAGGACGA GTCGGTGGAC TATGTGCCCA TGCTGGACAT GAAAGGAGAC 2281 GTCAAATATG CAGACATCGA GTCCTCCAAC TACATGGCCC CTTACGATAA CTACGTTCCC 2341 TCTGCCCCTG AGAGGACCTG CCGAGCAACT TTGATCAACG AGTCTCCAGT GCTAAGCTAC 2401 ATGGACCTCG TGGGCTTCAG CTACCAGGTG GCCAATGGCA TGGAGTTTCT GGCCTCCAAG 2461 AACTGCGTCC ACAGAGACCT GGCGGCTAGG AACGTGCTCA TCTGTGAAGG CAAGCTGGTC 2521 AAGATCTGTG ACTTTGGCCT GGCTCGAGAC ATCATGCGGG ACTCGAATTA CATCTCCAAA 2581 GGCAGCACCT TTTTGCCTTT AAAGTGGATG GCTCCGGAGA GCATCTTCAA CAGCCTCTAC 2641 ACCACCCTGA GCGACGTGTG GTCCTTCGGG ATCCTGCTCT GGGAGATCTT CACCTTGGGT 2701 GGCACCCCTT ACCCAGAGCT GCCCATGAAC GAGCAGTTCT ACAATGCCAT CAAACGGGGT 2761 TACCGCATGG CCCAGCCTGC CCATGCCTCC GACGAGATCT ATGAGATCAT GCAGAAGTGC 2821 TGGGAAGAGA AGTTTGAGAT TCGGCCCCCC TTCTCCCAGC TGGTGCTGCT TCTCGAGAGA 2881 CTGTTGGGCG AAGGTTACAA AAAGAAGTAC CAGCAGGTGG ATGAGGAGTT TCTGAGGAGT 2941 GACCACCCAG CCATCCTTCG GTCCCAGGCC CGCTTGCCTG GGTTCCATGG CCTCCGATCT 3001 CCCCTGGACA CCAGCTCCGT CCTCTATACT GCCGTGCAGC CCAATGAGGG TGACAACGAC 3061 TATATCATCC CCCTGCCTGA CCCCAAACCC GAGGTTGCTG ACGAGGGCCC ACTGGAGGGT 3121 TCCCCCAGCC TAGCCAGCTC CACCCTGAAT GAAGTCAACA CCTCCTCAAC CATCTCCTGT 3181 GACAGCCCCC TGGAGCCCCA GGACGAACCA GAGCCAGAGC CCCAGCTTGA GCTCCAGGTG 3241 GAGCCGGAGC CAGAGCTGGA ACAGTTGCCG GATTCGGGGT GCCCTGCGCC TCGGGCGGAA 3301 GCAGAGGATA GCTTCCTGTA A
Quality Control: cDNA sequencing results is available upon request.
PDGFRB / CD140b related areas, pathways, and other information
