
table of contents ![]() Whole-genome physical maps facilitate genome sequencing, sequence assembly, mapping of candidate genes, … '); |
Biology Articles » Botany » Plant Pathology » A physical map of the heterozygous grapevine 'Cabernet Sauvignon' allows mapping candidate genes for disease resistance » Table 1
Table 1
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Features of the 'Cabernet Sauvignon' physical map. |
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| Number of clones fingerprinted |
44,544 |
| Number of clones used for map assembly |
30,828 |
| Number of singletons |
1,111 |
| Number of contigs |
1,770 |
| > 200 clones |
5 |
| 101–200 clones |
10 |
| 51–100 clones |
85 |
| 26–50 clones |
238 |
| 11–25 clones |
520 |
| 3–10 clones |
702 |
| 2 clones |
210 |
| Unique bands of the contigs |
650,622 |
| Physical length of the contigs (Mbp) |
715,684 |
| Number of Q clones |
2,982 |
| Number of Q contigs |
577 |
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The average band size (1.1 kbp) was estimated by dividing the average insert size of the BAC clones by the average number of bands per clone used for fingerprinting. This value was used to estimate the physical length of the contigs. |
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