[ Japanese | English ]
About This Database

High-density linkage map information

Data description
Data name
High-density linkage map information
DOI
10.18908/lsdba.nbdc00318-02-002
Description of data contents
Information of High-density RFLP (Restriction Fragment Length Polymorphism) linkage map of rice.
Data file
File name :
rgp_gmap98_detail.zip
File URL :
File size :
37.2 KB
Simple search URL
http://togodb.biosciencedbc.jp/togodb/view/rgp_gmap98_detail#en
Data acquisition method

We used a marker derived from a cDNA clone of Nipponbare. The position of the locus has been identified by examining a recombination value between Nipponbare and Kasalath experimentally. An annotation for the sequence of the marker was estimated using a protein database. 1174 points are discrete positions on the map; each chromosome, 159, 129, 148, 95, 107, 104, 88, 83, 54, 68, 79, 60.

Data analysis method

The 186 F2 plant mapping population used was derived from rice cultivars Nipponbare and Kasalath.
The main sources of the markers in this map derives from various cDNA libraries of Nipponbare, and markers are indicated by clone names denoted with C, R, G, Y, L, P, T, W, B, M, V or TEL numbers.
 
The first letter of the marker name indicates the category of mapped clones as follows:
C, cDNA clones derived from callus library;
R, cDNAs from root library;
G, random genomic clones;
Y, YAC-end clones;
L, NotI-linking clones;
P, randomly amplified polymorphic DNAs;
T, STS markers;
W, wheat clones;
B, barley clones;
M, maize clones;
TEL, telomere-associated sequences;
S, cDNAs from etiolated shoot (S with numbers < 10,000) and green shoot (S with numbers > 10,000);
F, cDNAs from shoot of a near-isogenic line;
and V and other symbols (Ky4, Kyu08, Kyy03, SINE1_r6), clones derived from other rice varieties.
 
W numbers correspond to the PSR numbers of clones developed by M. D. Gale (John Innes Centre, UK). Markers denoted with a V contain both genomic and cDNA clones including SINE1r6 isolated in other works. Letters A, B, C and D following the clone number indicate that those loci were assigned by mapping with one of the polymorphic DNA fragments of the multiple copy sequences. L and R following the Y number marker indicate left and right end clones, respectively, of YAC clones.
Name etc of protein coded by determination of location of RFLP markers were estimated by a similarity search in both the PIR (Rel.48.0) and SWISS-PROT (Rel.33) protein databases.

Number of data entries

2,275 entries

Data detail
Data item Description
Chrom. No.

Chromosome number

Floating marker

Floating marker"F" in this column indicates that the segregation data of the locus did not show any recombinations to those of the loci with the different positions.If "F" is indicated in this column, the minimum position is shown in "Position" column, and the maximum position is shown in "Max" column.

Position

The position of the locus from the short arm end.If "F" is indicated in "Floating marker" column, this column is shown the minimum position.

Max

If "F" is indicated in "Floating marker" column, this column is shown the maximum position

Arm

Chromosome arm was confirmed in strains of telo-torisomy, by markers used to determine the position of the centromere on linkage map

Locus name

Locus name

Image file name

Parental Southern image file name

Accession

DDBJ accession number of the marker

Accession 2

If marker has two accession numbers, another number is shown in this column

Orignal clone name

The original name of the clone

Protein

Name of the most similar protein appearing in PIR database R48.0 and SWISS-PROT R33

Organism

Organism of the most similar protein appearing in PIR database R48.0 and SWISS-PROT R33

Score

Bits score of the most similar protein appering in PIR database R48.0 and SWISS-PROT R33