A method of horizontal thin layer polyacrylamide gel electrophoresis at acid pH has been developed for the separation of the prealbumins in equine plasma. Using this method, it has been possible to split the S allele into two, S and S, bringing the total number of prealbumin alleles in Thoroughbred horses to eight. The gene frequencies of these eight alleles in Australian Thoroughbreds are presented. All eight prealbumin types exhibit antiprotease activity and therefore, it is suggested that the name prealbumin (Pr) should be abandoned in favour of protease inhibitor (Pi) although at this stage it is not known whether this incorporates the Pi1 and Pi2 described by Juneja et al. (1979)
Bu araştırmada, 254 safkan Arap atında katalaz ve karbonik anhidraz enzim sistemleri ve 112 safkan A...
Four minor haplotypes that produce abnormal haemoglobin phenotypes in horses have been characterized...
The basic colour in horses, such as black, brown and chestnut is affected by only two genes MC1R and...
The plasma protease inhibitor system (Pi) of Standardbred horses was studied by thin‐layer, high‐vol...
Summary. Twelve equine protease inhibitory alleles, Pi, have been characterized in terms of isoelect...
The isoelectric points and the molecular weights of the major components of the eight Thoroughbred p...
The protease inhibitory spectra of the eight homozygous Thoroughbred Pi types against trypsin, elast...
Summary A detailed biochemical characterization of four of the five previously described alleles of ...
Three cases of abnormal expression of the equine protease inhibitory alleles, Pi F, L, and S1, were ...
The protease inhibitor system (PI) was investigated to ascertain if it can be used as a marker of ch...
A modified procedure for detection of the two alleles of equine plasminogen using Western blotting m...
The equine Pi system, which is highly polymorphic and was considered to be controlled by a single lo...
The Mogod pony is native of Northwest Tunisia. Its physical characteristics make him well adapted fo...
Subdivision of equine TfH into two variants, designated H1 (faster) and H2 (slower), has been accomp...
Eleven apparent mutations of the equine plasma transferrin and esterase gene (10 in TF and one in ES...
Bu araştırmada, 254 safkan Arap atında katalaz ve karbonik anhidraz enzim sistemleri ve 112 safkan A...
Four minor haplotypes that produce abnormal haemoglobin phenotypes in horses have been characterized...
The basic colour in horses, such as black, brown and chestnut is affected by only two genes MC1R and...
The plasma protease inhibitor system (Pi) of Standardbred horses was studied by thin‐layer, high‐vol...
Summary. Twelve equine protease inhibitory alleles, Pi, have been characterized in terms of isoelect...
The isoelectric points and the molecular weights of the major components of the eight Thoroughbred p...
The protease inhibitory spectra of the eight homozygous Thoroughbred Pi types against trypsin, elast...
Summary A detailed biochemical characterization of four of the five previously described alleles of ...
Three cases of abnormal expression of the equine protease inhibitory alleles, Pi F, L, and S1, were ...
The protease inhibitor system (PI) was investigated to ascertain if it can be used as a marker of ch...
A modified procedure for detection of the two alleles of equine plasminogen using Western blotting m...
The equine Pi system, which is highly polymorphic and was considered to be controlled by a single lo...
The Mogod pony is native of Northwest Tunisia. Its physical characteristics make him well adapted fo...
Subdivision of equine TfH into two variants, designated H1 (faster) and H2 (slower), has been accomp...
Eleven apparent mutations of the equine plasma transferrin and esterase gene (10 in TF and one in ES...
Bu araştırmada, 254 safkan Arap atında katalaz ve karbonik anhidraz enzim sistemleri ve 112 safkan A...
Four minor haplotypes that produce abnormal haemoglobin phenotypes in horses have been characterized...
The basic colour in horses, such as black, brown and chestnut is affected by only two genes MC1R and...