Searchable abstracts of presentations at key conferences in endocrinology

ea0044p232 | Reproduction | SFEBES2016

Levels of reactive oxygen species (ROS) in the seminal plasma predicts the effectiveness of L-carnitine to improve sperm function in men with infertility

Vessey Wayne , McDonald Cassandra , Virmani Ashraf , Almeida P. , Jayasena Channa , Ramsay Jonathan

Background: Oxidative stress is implicated in the pathogenesis of primary male infertility. Some studies suggest that administration of the amino acid derivative anti-oxidant, L-carnitine, may improve sperm quality. No previous study has investigated whether the anti-oxidant effects of L-carnitine relate to changes in sperm quality in men with infertility.Aim: Investigate whether L-carnetine significantly improves sperm function, and whether baseline lev...

ea0050oc5.4 | Reproduction and Neuroendocrinology | SFEBES2017

Reactive oxygen species as a novel metabolic pathway for sperm DNA damage and Recurrent Pregnancy Loss

Radia Utsav K , Jayasena Channa N , Figueiredo Monica , Revill Larissa Franklin , Dimakopoulou Anastasia , Osagie Maria , Vessey Wayne , Regan Lesley , Rai Rajendra , Dhillo Waljit S

Background: Recurrent pregnancy loss (RPL) affects 1–2% couples, and is defined as ≧3 consecutive pregnancy losses before 20-weeks’ gestation. RPL is caused by foetal chromosomal abnormalities, or maternal factors such as thrombophilia. It was recently reported that men with RPL have high levels of sperm DNA fragmentation (a marker of infertility); however, the cause of this damage is currently not known. Seminal plasma has high levels of granulocyte-derived o...

ea0050oc5.4 | Reproduction and Neuroendocrinology | SFEBES2017

Reactive oxygen species as a novel metabolic pathway for sperm DNA damage and Recurrent Pregnancy Loss

Radia Utsav K , Jayasena Channa N , Figueiredo Monica , Revill Larissa Franklin , Dimakopoulou Anastasia , Osagie Maria , Vessey Wayne , Regan Lesley , Rai Rajendra , Dhillo Waljit S

Background: Recurrent pregnancy loss (RPL) affects 1–2% couples, and is defined as ≧3 consecutive pregnancy losses before 20-weeks’ gestation. RPL is caused by foetal chromosomal abnormalities, or maternal factors such as thrombophilia. It was recently reported that men with RPL have high levels of sperm DNA fragmentation (a marker of infertility); however, the cause of this damage is currently not known. Seminal plasma has high levels of granulocyte-derived o...