Exogenous DNA localization and the frequency of spermatozoa carrying exogenous DNA
after sperm/DNA co-culture are key to a successful sperm mediated-gene transfer (SMGT) …

Spermatozoa have a spontaneous ability to take up exogenous DNA in a process regulated
by specific mechanisms. This ability has been used to carry exogenous DNA into oocytes …

Sperm-mediated gene transfer (SMGT) is a simple method for producing transgenic animals.
Due to the lack of repeatability in spermatozoa binding and internalization of exogenous …

Sperm-mediated gene transfer (SMGT) has been long heralded as a faster and cheaper
alternative to more commonly used methods of producing transgenic animals. In this study …

Sperm-mediated gene transfer (SMGT) based on the intrinsic ability of sperms to bind and
take-up of exogenous DNA was introduced in 1989. From that time on, it has been a …

Sperm-mediated DNA transfer can be used to transfer exogenous DNA into the oocyte for
the production of transgenic animals. In spite of controversy in the literature, sperm-mediated …

Sperm-mediated gene transfer (SMGT) is a fast and low-cost method used to produce
transgenic animals. The objective of this study was to evaluate the effects of the …

Since proteomic differences between male X/Y chromosome-bearing gametes have recently
been described, a question has been raised: could these differences be responsible for …

The ability of rabbit spermatozoa to bind exogenous DNA during sperm‐mediated gene
transfer (SMGT) was tested in our study. Fresh collected semen, or fully capacitated sperm …

Sperm mediated gene transfer (SMGT) could provide the opportunity to carry out
transgenesis on a mass scale using spermatozoa as vectors for exogenous DNA. However …