In sheep, artificial insemination serves as an important technique for breed improvement. In
this context, genetic material from a small number of superior sires can be used in a large …

Cryopreservation induces extensive biophysical and biochemical changes in the sperm. In
the present study, we used flow cytometry to assess the capacitation-like status of frozen …

Use of cooled and frozen semen is becoming increasingly prevalent in the equine industry.
However, these procedures cause harmful effects in the sperm cell resulting in reduced cell …

Cryopreservation causes sub-lethal damage which limits the fertility of frozen thawed
spermatozoa. Seminal plasma has been investigated as a cryoprotectant, but has yielded …

Boar spermatozoa arising from the sperm-rich ejaculate fraction are reported to have a more
stable plasma membrane and are more resistant to cold shock and premature acrosome …

Background/Aim. Retention of fissure sealants and good adaptation to enamel are essential
for their success. Fluoride releasing resin-based materials are widely accepted for pit and …

Ram semen cryopreservation contributes to genetic improvement through artificial
insemination, eliminates geographical barriers in artificial insemination application and …

Seminal plasma (SP) proteins interact with sperm plasma membrane (PM) modulating its
functionality. It has been shown that SP proteins can reverse the damage caused by freeze …

Boar spermatozoa are extremely sensitive to low temperatures and the cryopreservation
causes dramatic changes in sperm survivability, but it is not clear which part of the …

The effect of removing seminal plasma (SP) by centrifugation before ram semen
cryopreservation was assessed. Simultaneously, we studied the supplementation of different …