Abstract:
The special properties of spermatozoa are established by the processes
of spermatogenesis and maturation simultaneously with their epigenome.
It is known that there is a close correlation between environmental factors
and the outcome of their action on the phenotype, which is particularly
significant for spermatogenesis, reproduction and development. Environmental epigenetic effects on sperm genesis and maturation influence male
reproductive health and the epigenetic inheritance of offspring. The effect
of environmental factors in epigenetics and its reversibility can present
intragenerational adaptive implications, with the subsequent transmission
to the next generations through the semen of the acquired traits, and the
adaptive responses will favor long-term natural selection, changing their
frequency in the population.