Skip to main content
. 2000 Dec;67(6):1631.

Table 1.

Second-Generation Telomere Clones and Their Location

Telomere Clone ID CloneType MaximumPhysicalDistancefromTelomere(kb) Method Fiber-FISH (kb)a RHMapping(cR)b Marker
1p GS-62-L8 PAC 200 Interphase mapping from subtelomeric sequences 7.69 tel 1PTEL06
GS-232-B23 BAC 200 Interphase mapping from subtelomeric sequences CEB108/T7
1q GS-160-H23 PAC 80 Contig <50 1QTEL19
GS-167-K11 BAC 270 RARE from YAC end sequence 1QTEL10, 1QTEL19, VIJ-YRM2123
2p GS-892-G20 PAC 330 RARE from YAC end sequence 2PTEL27
GS-8-L3 BAC 330 RARE from YAC end sequence VIJ-YRM2052
2q GS-1011-O17 PAC 240 RARE from YAC end sequence 2QTEL47
RG-172-I13 BAC 240 RARE from YAC end sequence VIJ-YRM2112
3p GS-1186-B18 PAC 450 RARE from YAC end sequence 150–250 3PTEL25
RG-228-K22 BAC 450 RARE from YAC end sequence 3PTEL25
3q 196-F4 PAC 450 YAC clone size 3QTEL06
GS-56-H22 BAC 450 YAC clone size 3QTEL05
4p GS-36-P21 PAC 73 Sequence: Z95704 80–100 4PTEL04
GS-118-B13 BAC 101 Sequence: Z95704; walk from 4PTEL01 GS10K2/T7
4q GS-963-K6 PAC 275–500 Contig (vanGeel et al. 1999) 2.9 tel 4QTEL11
GS-31-J3 BAC 300–700c Interphase distance from 4QTEL11 AFMA224XH1
5p GS-189-N21 PAC Unknown 16.2 cen 5PTEL48
GS-24-H17 PAC Unknown Distal marker of 5p contig C84C11/T3
5q GS-240-G13 PAC 245 YAC clone size 5QTEL70
6p GS-62-I11 PAC 300 Fiber FISH <300 19.3 cen 6PTEL48
GS-196-I5 BAC 300 6PTEL48
6q GS-57-H24 PAC 280 RARE from YAC end sequence 6QTEL54
7p GS-164-D18 PAC 255 YAC clone size ∼130 5.76 cen 7PTEL03, VIJ-YRM2185
7q GS-3K-23 PAC 7 Sequence: AF027390 7QTEL20, VIJ-YRM2000
8p GS-580-L5d PAC 250 YAC clone size NP 8PTEL91
GS-77-L23 BAC 250–450c Interphase distance from 8PTEL91 AFM197XG5
8q GS-489-D14 PAC 170 RARE from YAC end sequence 8QTEL11
GS-261-I1 BAC 170 RARE from YAC end sequence VIJ-YRM2053
9p GS-43-N6 PAC 600 YAC clone size <600 13.9 tel 9PTEL30
RG-41-L13 BAC 190 YAC clone size 305J7-T7
9q GS-112-N13d PAC 65 YAC clone size NP 9QTEL33
GS-135-I17 BAC 65 YAC clone size VIJ-YRM2241
10p GS-306-F7 PAC 320 YAC clone size ∼100 10PTEL45
GS-23-B11 BAC 320 YAC clone size 10PTEL006
10q GS-137-E24 PAC 270 YAC clone size ∼100 10QTEL24
GS-261-B16 BAC 270 YAC clone size 10QTEL24
11p GS-908-H22d PAC 125 YAC clone size NP 11PTEL03
GS-44-H16 PAC 125 YAC clone size VIJ-YRM2209
11q GS-770-G7d PAC 65 YAC clone size NP 11QTEL38
GS-26-N8 PAC 65 YAC clone size VIJ-YRM2072
12p GS-496-A11d PAC Unknown TTAGGG clone NP 27.8 cen 12PTEL27
GS-8-M16d BAC 100 YAC clone size TYAC-14
GS-124-K20 BAC 100 YAC clone size 8M16/SP6
12q GS-221-K18 PAC 190 RARE from YAC end sequence 100/600e 12QTEL87, VIJ-YRM2196
13q GS-163-C9 PAC 170 RARE from YAC end sequence <20 13QTEL56
GS-1-L16 PAC 170 RARE from YAC end sequence VIJ-YRM2002
14q GS-820-M16 PAC 200 RARE from YAC end sequence 14QTEL01
GS-200-D12 BAC 200 RARE from YAC end sequence VIJ-YRM2006
15q GS-124-05d PAC 300c Interphase mapping from 15q YAC NP 24.46 tel 15QTEL56
GS-154-P1 PAC 300c Interphase mapping from 15q YAC WI-5214
16p GS-121-I4 PAC 160 Sequence: Z84721 16PTEL05
RG-191-K2 BAC 160 Sequence: Z84721 16PTEL05
16q GS-240-G10 PAC 200 YAC clone size 17.91 tel 16QTEL48
GS-191-P24 PAC 200 YAC clone size 16QTEL13
17p GS-202-L17d PAC 60 Contig (Xiang et al. 1999) 30/100e 17PTEL80
GS-68-F18 BAC 100–200 Walk from 17PTEL80 282M15/SP6
17q GS-362-K4d PAC 90 YAC clone size NP 17QTEL13
GS-50-C4 BAC 100–300 Interphase distance from 17QTEL13 AFM217YD10
18p GS-52-M11 P1 220 RARE from YAC end sequence 18PTEL02
GS-74-G18 BAC 220 RARE from YAC end sequence VIJ-YRM2102
18q GS-964-M9 PAC 290 RARE from YAC end sequence 18QTEL11
GS-75-F20 BAC 290 RARE from YAC end sequence VIJ-YRM2050
19p GS-546-C11 PAC 250–500 LLNL chromosome 19 contig NP 16.13 tel 19PTEL29
RG-129-F16 BAC 250–500 LLNL chromosome 19 contig 129F16/SP6
19q GS-48-O23 PAC 250–500 LLNL chromosome 19 contig 11.65 tel 19QTEL12
GS-325-I23 BAC 250–500 LLNL chromosome 19 contig D19S238E
20p GS-1061-L1 PAC 180 YAC clone size 20PTHY33
GS-82-O2 PAC 180 YAC clone size 20PTEL18
20q GS-81-F12d PAC 50 Fiber FISH <50 28.2 tel 20QTEL14
21q GS-63-H24 PAC 175 RARE from YAC end sequence 21QTEL07
GS-2-H14d P1 175 RARE from YAC end sequence VIJ-YRM2029
22q GS-99-K24d PAC 120 Sequence: (Dunham et al. 1999) 150–200 12.6 tel 22QTEL31
CITD-3018-K1 BAC 155 Sequence: (Dunham et al. 1999) 3018K1/T7
XpYp GS-98-C4 PAC 490 STS map (Nagaraja et al. 1997) DXYS28
RPCI-11-839-D20 BAC 160 STS map (Nagaraja et al. 1997) DXYS129
XqYq GS-225-F6 BAC 100 CDY16C07
Xq GS-202-M24 PAC 500 STS map (Nagaraja et al. 1997) DXS7059
a

NP = not possible, because of cross-hybridization.

b

cen = centromeric; tel = telomeric.

c

The distance given is the sum of the size of the relevant half-YAC and the estimated interphase FISH distance between the BAC clone and a subtelomeric clone known to be contained within the half-YAC.

d

Cross-hybridization visible by FISH; see table 3 for details.

e

Fiber-FISH indicates a size polymorphism.