37 CA repeats, 5 STSs, 9 ESTs, and 4 genes were mapped to 19 different intervals of chromosome 13 determined by the cytogenetic breakpoints of 19 different cell lines with interstitial deletions or translocations involving various parts of chromosome 13. A framework genetic linkage map was constructed from 25 of these microsatellite markers, to which 26 markers from other genetic maps were added. Thus, an integrated map of chromosome 13 resulted. Since the microsatellite markers included in this study derive from different genetic maps, an approximate regional localization can now be assigned in principle to any genetic marker on chromosome 13.</p
Completion of genetic and physical maps requires markers from the ends (telomeres) of every human ch...
The object of investigation: tetranucleotide repeatitions on the chromosome of 13 of the man. The pu...
Using a panel of patient cell lines with chromosomal breakpoints, we constructed a physical map for ...
37 CA repeats, 5 STSs, 9 ESTs, and 4 genes were mapped to 19 different intervals of chromosome 13 de...
Genetic linkage maps describe the arrangement of genes and DNA markers according to their pattern of...
A composite map of 177 loci has been constructed in two steps. The first combined pairwise logarithm...
We have constructed a 2.0 centiMorgan (cM) resolution genetic linkage map for chromosome 15q that co...
Physical, cytogenetic, and genetic data including microsatellite markers and a covering sequence-tag...
We have constructed a primary genetic linkage map from DNA markers that define 25 loci on chromosome...
To facilitate large-scale genetic mapping of the human genome, we have developed chromosome-specific...
We have generated a panel of 20 somatic cell hybrids retaining fragments of human chromosome 12. Eac...
The genetic anatomy of a species consists of the de-scription of the linear arrangement of its genes...
1. Genes on non-homologous chromosomes assort independently, but genes on the same chromosome (synte...
We report the localization of 92 new gene-based markers assigned to rat chromosome 1 by linkage or r...
To facilitate large-scale genetic mapping of the human genome, we have developed chromosome-specific...
Completion of genetic and physical maps requires markers from the ends (telomeres) of every human ch...
The object of investigation: tetranucleotide repeatitions on the chromosome of 13 of the man. The pu...
Using a panel of patient cell lines with chromosomal breakpoints, we constructed a physical map for ...
37 CA repeats, 5 STSs, 9 ESTs, and 4 genes were mapped to 19 different intervals of chromosome 13 de...
Genetic linkage maps describe the arrangement of genes and DNA markers according to their pattern of...
A composite map of 177 loci has been constructed in two steps. The first combined pairwise logarithm...
We have constructed a 2.0 centiMorgan (cM) resolution genetic linkage map for chromosome 15q that co...
Physical, cytogenetic, and genetic data including microsatellite markers and a covering sequence-tag...
We have constructed a primary genetic linkage map from DNA markers that define 25 loci on chromosome...
To facilitate large-scale genetic mapping of the human genome, we have developed chromosome-specific...
We have generated a panel of 20 somatic cell hybrids retaining fragments of human chromosome 12. Eac...
The genetic anatomy of a species consists of the de-scription of the linear arrangement of its genes...
1. Genes on non-homologous chromosomes assort independently, but genes on the same chromosome (synte...
We report the localization of 92 new gene-based markers assigned to rat chromosome 1 by linkage or r...
To facilitate large-scale genetic mapping of the human genome, we have developed chromosome-specific...
Completion of genetic and physical maps requires markers from the ends (telomeres) of every human ch...
The object of investigation: tetranucleotide repeatitions on the chromosome of 13 of the man. The pu...
Using a panel of patient cell lines with chromosomal breakpoints, we constructed a physical map for ...