Table 3.

Data for the 40 Clones Chosen for RT–PCR Analysis

Clone I.D. Computational sequence analysis predictions RT–PCR oligo(dT) primed cDNA Chromosome No. RH map position/chromosome size GenBank matches (Aug. 1999)
ALP52223.8/184.1
ALP121/
ALP14exon, CpG×/
ALP158503.9/565.8
ALP2716/gene
ALP31CpGM //EST
ALP32poly(A)//
ALP33M 10499.6/556.9
ALP35exon, CpGM //gene
ALP44I2245.3/184.1
ALP46CpGM ×185.2/817.9
ALP55poly(A)M 19270.3/306.2
ALP60poly(A), CpG6465.7/636.4
ALP71exon, CpG7423.4/698.7EST
ALP74CpGM 5341.7/664.1EST/gene
ALP7916/
ALP80poly(A)9361.4/438.0EST
ALP86I6402.3/636.4
ALP88exon, poly(A)M* 6596.8/636.4
ALP91M* 1820.8/489.3
ALP96exon1638.0/508.0EST
ALP105poly(A)I11127.9/442.8
ALP107M* 1779.4/817.9EST/gene
ALP110I7111.5/698.7
ALP120exon2245.3/184.1EST/gene
ALP121exon, CpG18399.2/489.3
ALP13010465.6/556.9
ALP131exon12397.6/508.4
ALP141poly(A)I11125.9/442.8
ALP1435/EST/gene
ALP14515346.6/347.9
ALP14816370.0/508.0
ALP15510108.1/556.9
ALP157exon, CpG//
ALP160//
ALP163exon13257.2/329.7
ALP168exonM //EST/gene
ALP1692249.5/184.1
ALP17615311.5/347.9
ALP1781* (H)/

[i] (Column 1) Clone I.D. (Column 2) Computational analysis results. (Column 3) RT–PCR amplifications from oligo(dT) primed cDNA: (✔) A single correctly sized PCR amplicon was obtained; (—) no amplicon was obtained; (M and I) clones displaying Multiple PCR amplicons and a single incorrectly sized amplicon, respectively; (*) Amplification of a low yield correctly sized PCR amplicon. (Column 4) PCR-based chromosomal assignment of selected library clones using the Corriel somatic cell hybrid mapping panel (no. 2): (/) Clones for which primer pairs were rejected during prescreen assays; (×) clones for which primer pairs were rejected during chromosomal assignment assays; (H) high yield amplification of other chromosomal templates (hamster/mouse); (1*) highest yield amplicon from chromosome 1. (Column 5) Results of RH mapping of clones along their assigned chromosomes. The scale is centiRays (cR3000) with the zero at the p-telomere. (Column 6) Results of database searches.