Sperm DNA integrity is crucial for fertilization and development of healthy offspring. The
spermatozoon undergoes extensive molecular remodeling of its nucleus during later phases …

DNA fragmentation is an important factor in the aetiology of male infertility. However, it is still
underevaluated and its inclusion in routine semen analysis is debated. DNA fragmentation …

Evidence suggests that disturbing the balance between reactive oxygen species levels and
antioxidant contents in seminal plasma leads to oxidative stress resulting in male infertility …

Cooled preservation of semen is usually associated with artificial insemination and genetic
improvement programs in livestock species. Several studies have reported an increase in …

Oxidative stress (OS) is a significant cause of DNA fragmentation and is associated with
poor embryo development and recurrent miscarriage. The aim of this study was to compare …

The study attempted to clarify the role of total antioxidant capacity of seminal plasma (SP-
TAC) on boar sperm survival and fertility after artificial insemination (AI). SP-TAC differed (P< …

Prior research has substantiated the vital role of telomeres in human fertility. Telomeres are
prerequisites for maintaining the integrity of chromosomes by preventing the loss of genetic …

The clinical significance of sperm DNA damage lies in its association with natural
conception rates and also might have a serious consequence on developmental outcome of …

Objectives We conducted a systematic review and meta-analysis of observational case-
control studies to evaluate markers of oxidative stress in seminal plasma of patients with …

Nitrosative stress is produced by high levels of reactive nitrogen species (RNS). The RNS
include peroxynitrite, a highly reactive free radical produced from a diffusion-controlled …