X and Y specific probes were identified in order to apply the fluorescent in situ hybridization (FISH) technique to bovine spermatozoa. For Y chromosome detection, the BRY4a repetitive probe, covering three quarters of the chromosome, was used. For X chromosome detection, a goat Bacterial Artificial Chromosome (BAC) specific to the X chromosome of bovine and goats and giving a strong FISH signal was used. Each probe labeled roughly $45\%$ of sperm cells. The hybridization method will be useful for evaluating the ratio of X- and Y- bearing spermatozoa in a sperm sample and consequently can be used to evaluate the efficiency of sperm sorting by different techniques such as flow cytometry
The beef industry prefers male calves as they tend to have higher growth rates and feed efficiency f...
Abstract. Effective preselection of sex has been accomplished in several species of livestock and al...
The female gametes are more susceptible to chromosome segregation errors during meiosis I division a...
River buffalo, sheep, and goat spermatozoa were cross-hybridized using double color fluorescence in ...
Fluorescence in situ hybridization is a molecular cytogenetics technique that enables the visualizat...
The development and application of fluorescence in-situ hybridization (FISH) has opened the way for ...
The main goal of this study was to develop a comparative multi-colour Zoo-FISH on domestic ruminants...
Sixty-three samples of semen were collected from 11 bulls using an electroejaculator. The samples we...
The main goal of this study was to develop a comparative multi-colour Zoo-FISH on domestic ruminants...
Meiotic segregation of normal and derivative chromosomes was analysed in sperm samples from two bala...
New technologies in molecular cytogenetics have remarkably facilitated the visualization of whole c...
The present study was undertaken to investigate aneuploidy rates in the sperm populations of 2 cattl...
Abstract Background Usage of sexed semen that allows to choose the gender of the calves, is commonly...
Yak and cattle sex-chromosome specific DNA probes were used for sexing water buffalo spermatozoa by ...
WOS: 000082670700008PubMed ID: 10517249Meiotic segregation of normal and derivative chromosomes was ...
The beef industry prefers male calves as they tend to have higher growth rates and feed efficiency f...
Abstract. Effective preselection of sex has been accomplished in several species of livestock and al...
The female gametes are more susceptible to chromosome segregation errors during meiosis I division a...
River buffalo, sheep, and goat spermatozoa were cross-hybridized using double color fluorescence in ...
Fluorescence in situ hybridization is a molecular cytogenetics technique that enables the visualizat...
The development and application of fluorescence in-situ hybridization (FISH) has opened the way for ...
The main goal of this study was to develop a comparative multi-colour Zoo-FISH on domestic ruminants...
Sixty-three samples of semen were collected from 11 bulls using an electroejaculator. The samples we...
The main goal of this study was to develop a comparative multi-colour Zoo-FISH on domestic ruminants...
Meiotic segregation of normal and derivative chromosomes was analysed in sperm samples from two bala...
New technologies in molecular cytogenetics have remarkably facilitated the visualization of whole c...
The present study was undertaken to investigate aneuploidy rates in the sperm populations of 2 cattl...
Abstract Background Usage of sexed semen that allows to choose the gender of the calves, is commonly...
Yak and cattle sex-chromosome specific DNA probes were used for sexing water buffalo spermatozoa by ...
WOS: 000082670700008PubMed ID: 10517249Meiotic segregation of normal and derivative chromosomes was ...
The beef industry prefers male calves as they tend to have higher growth rates and feed efficiency f...
Abstract. Effective preselection of sex has been accomplished in several species of livestock and al...
The female gametes are more susceptible to chromosome segregation errors during meiosis I division a...