Chicken genome mapping is important for a range of scientific disciplines. The ability to distinguish chromosomes of the chicken and other birds is thus a priority. Here we describe the molecular cytogenetic characterization of each chicken chromosome using chromosome painting and mapping of individual clones by FISH. Where possible, we have assigned the chromosomes to known linkage groups. We propose, on the basis of size, that the NOR chromosome is approximately the size of chromosome 22; however, we suggest that its original assignment of 16 should be retained. We also suggest a definitive chromosome classification system and propose that the probes developed here will find wide utility in the fields of developmental biology, DT40 studie...
Whole chromosomes (and sub-chromosomal homologous synteny blocks (HSBs)) have great significance in ...
Background: The chicken karyotype is composed of 39 chromosome pairs, of which 9 still remain totall...
This dissertation describes the development of molecular tools to identify genes that are involved i...
Chicken genome mapping is important for a range of scientific disciplines. The ability to distinguis...
Chicken genome mapping is important for a range of scientific disciplines. The ability to distinguis...
Chromosome homology between chicken (Gallus gallus) and guinea fowl (Numida meleagris) was investiga...
Birds are characterised by feathers, flight, a small genome and a very distinctive karyotype. Despit...
Molecular cytogenetic mapping by FISH is a common feature of most genome projects as it provides a g...
Molecular cytogenetic mapping by FISH is a common feature of most genome projects as it provides a g...
In a Zoo-FISH study chicken autosomal chromosome paints 1 to 9 (GGA1-GGA9) were hybridized to metaph...
Chromosomes (and sub-chromosomal homologous synteny blocks (HSBs)) have great significance in molecu...
The chicken has long served as a model organism with which to study principles of genetics, virology...
Fluorescent in situ hybridization (FISH) mapping provides a convenient method for aligning clone-bas...
Whole chromosomes (and sub-chromosomal homologous synteny blocks (HSBs)) have great significance in ...
Whole chromosomes (and sub-chromosomal homologous synteny blocks (HSBs)) have great significance in ...
Whole chromosomes (and sub-chromosomal homologous synteny blocks (HSBs)) have great significance in ...
Background: The chicken karyotype is composed of 39 chromosome pairs, of which 9 still remain totall...
This dissertation describes the development of molecular tools to identify genes that are involved i...
Chicken genome mapping is important for a range of scientific disciplines. The ability to distinguis...
Chicken genome mapping is important for a range of scientific disciplines. The ability to distinguis...
Chromosome homology between chicken (Gallus gallus) and guinea fowl (Numida meleagris) was investiga...
Birds are characterised by feathers, flight, a small genome and a very distinctive karyotype. Despit...
Molecular cytogenetic mapping by FISH is a common feature of most genome projects as it provides a g...
Molecular cytogenetic mapping by FISH is a common feature of most genome projects as it provides a g...
In a Zoo-FISH study chicken autosomal chromosome paints 1 to 9 (GGA1-GGA9) were hybridized to metaph...
Chromosomes (and sub-chromosomal homologous synteny blocks (HSBs)) have great significance in molecu...
The chicken has long served as a model organism with which to study principles of genetics, virology...
Fluorescent in situ hybridization (FISH) mapping provides a convenient method for aligning clone-bas...
Whole chromosomes (and sub-chromosomal homologous synteny blocks (HSBs)) have great significance in ...
Whole chromosomes (and sub-chromosomal homologous synteny blocks (HSBs)) have great significance in ...
Whole chromosomes (and sub-chromosomal homologous synteny blocks (HSBs)) have great significance in ...
Background: The chicken karyotype is composed of 39 chromosome pairs, of which 9 still remain totall...
This dissertation describes the development of molecular tools to identify genes that are involved i...