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Table 1.

Characterization of Selected STSs in and Around the Multicopy Genome Segment by RH Mapping

Query STS[i]	Hits[ii]		Linked STS[iii]	lod score	Bin[iv]
sb36e19-Sp6	14		D6S1558	9.74	19
WI-3111	17		D6S1852	12.01	19
sy950h11-18	12		D6S1558	9.18	19
sp202l10-Sp6		34	D6S1986	3.57		73
sp202l10-Sp6[v]		34	D5S2377[v]	3.18[v]		42[v]
sy950h11-21		37	D6S2031	3.79		59
sy950h11-22		42	D6S2031	4.71		59
D6S1016 L+S[vi]		35	D6S414	5.20		57
D6S1016 L[vi]	14		D6S1558	7.78	19
D6S1016 S[vi]	26		D6S2014	6.98		58
sy950h11-24		47	D6S2014	5.25		58
sy950h11-25		38	D6S2014	8.00		58
sy950h11-26		48	D6S2031	12.12		59
sb55c20-Sp6		41	D6S2031	6.29		59
sb109e23-Sp6		46	D6S2031	10.33		59
sb14m14-T7		34	D6S2014	5.94		58
sy899g1-L	11		D6S1558	4.60	19
sy950h11-16	16		D6S2054	9.74	18
sy950h11-28	11		D6S2054	5.80	18

[i] STSs are listed in the same order as in Fig.2.

[ii] Number of RH samples positive for this STS. Ambiguous hits were counted as 0.5. Values >30 are aligned at the right.The total number of RH samples tested was 83.

[iii] Only the STS with the highest lod score is shown.

[iv] Numbers refer to the bin numbers on the Stanford Human Genome Center RH maps for chromosomes 6 and 5, v. 1.0. Bin numbers other than 18 and 19 (i.e., outside this region of chromosome 6p21.3–p22) are aligned at the right.

[v] Result of two-point analysis with chromosome-5 markers only.

[vi] L and S denote the large and the small D6S1016 PCR product, respectively. The number of hits for D6S1016 L and D6S1016 S are not additive because five RHs were positive for both STSs.