Skip to main content
. 2005 Feb;187(3):1022–1035. doi: 10.1128/JB.187.3.1022-1035.2005

TABLE 2.

Primers used for PCR, mutagenesis, and 5′ RACE PCR experimentsa

Name Sequence Characteristic
S1 5′-CAAATTCtGCaGCGTTTAGAAAC-3′ (+) PstI
S2 5′-CTTCGGAGcTCATTCAAACTG-3′ (−) SacI
S3 5′-ggatcccgggAAAtGATGAACATGTTTT AGCC-3′ (+) SmaI
S4 5′-ggatcccgggTTCaAATATGAACAGCTT CTCG-3′ (−) SmaI
S7 5′-CGTCCTGTTGATTGGTCGC-3′ (+)
S8 5′-CCATTGCCATTCGCCCTTTC-3′ (−)
S12 5′-GTCGATTGGtaCCTGAGATTAC-3′ (+) KpnI
S1B 5′-GGAAAGGAGGaTCCAGAAATC-3′ (+) BamHI
S2B 5′-CCATTATTTTTTCGgaTCCTTTC-3′ (−) BamHI
AS1 5′-CAACGGATCTAgAtAGCGGAAG-3′ (+) XbaI
AS2 5′-CTCCTTGGGGtAcCACAATCAC-3′ (−) KpnI
AS3 5′-catgtacccgggtGAACCTTCACAGAAAT TAAAGGC-3′ (+) SmaI
AS4 5′-catgtacccgggCtATTGCCCTTTGACTT GTTGA-3′ (−) SmaI
AS6 5′-CAGTAAAACCGgAtCcGACTTGG-3′ (−) BamHI
SP1 5′-CGTTAATATCCAGGATCAAGGC-3′ (−) RACE PCR
SP2 5′-GCTTCTCGTTTCTTTTTCCGCC-3′ (−) RACE PCR
SP3 5′-GTCCTTTTTGGATGGCCTTC-3′ (−) RACE PCR
Pgd5 (SP3) 5′-TGATTCCTTTTCTAACTTGGTC-3′ (−) RACE PCR
Pgd6 (SP2) 5′-TAGGACTTGTGGGGTTATTTG-3′ (−) RACE PCR
Pgd7 (SP1) 5′-CCCGTTTGGATATAACGTTGC-3′ (−) RACE PCR
1934C (SP3) 5′-CTAGCATACCATTAAAAAATGG-3′ (−) RACE PCR
1934D (SP2) 5′-TCTTGATTTGTTGATAATCTGC-3′ (−) RACE PCR
1934E (SP1) 5′-GCTTGTTAATTTTCAACATTTCG-3′ (−) RACE PCR
0159C (SP3) 5′-GGCACTTAGGATAATTGCCAA-3′ (−) RACE PCR
0159D (SP2) 5′-GCCATCAATCGAGCCACTAT-3′ (−) RACE PCR
0159E (SP1) 5′-TGGCGTGAATAACGCACCAA-3′ (−) RACE PCR
0315C (SP3) 5′-ATGCTCTAGAAAAGGAGCACT-3′ (−) RACE PCR
0315D (SP2) 5′-TTCTACTTCTTTCGTCCACTC-3′ (−) RACE PCR
0315RT2 (SP1) 5′-GCCAATTCCCGATAAAATCC-3′ (−) RACE PCR
dC-Anchor 5′-GACCACGCGTATCGATGTCGA C15D*-3′ RACE PCR
a

Nucleotides in lowercase are not complementary to the target sequence. Underlined nucleotides indicate sites inserted within primer sequences and corresponding to the restriction enzymes reported in the right column. (+), primer directed toward the 3′ end of the gene; (−), primer in the opposite direction. The indicated RACE PCR primers were used for first-strand cDNA synthesis (SPI), PCR amplification (SP2), or the sequencing reaction (SP3). *D = A, G or T.