Sperm DNA Fragmentation

Sperm DNA fragmentation is the degree of chromosomal damage in sperm cells, usually measured through sperm chromatin structure assay (SCSA). High levels of sperm DNA fragmentation can lead to reduced fertility in males and increase the risk of having a miscarriage or a child with genetic disorders. Sperm DNA fragmentation can be caused by many factors, such as environmental pollutants, smoking, alcohol consumption, and prescription medications. Recent research suggests that lifestyle modifications, like exercise and reducing stress, can reduce sperm DNA fragmentation. Certain treatments, such as assisted reproductive techniques, can also be used to improve fertility when sperm DNA fragmentation is present.

← Journal of Women's Reproductive Health

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Dimerization of the BASIC PENTACYSTEINE Domain in Plant GAGA-Factors is Mediated by Disulfide Bonds and Required for DNA-Binding.

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Genetic Diversity of Large Japanese Field Mouse Apodemus speciosus Populations and Identification of their Food Plant Resources using DNA Barcoding in an Industrial Green Space

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Forest Fragmentation Shapes Resource Partitioning for Endemic Pollinators (Hymenoptera: Meliponini)

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Auricularia Polytricha (Mushroom) Regulates Testicular DNA Expression and Oxidative Stress Markers of Streptozotocin-Induced Diabetic Male Wistar Rat

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A Study on Redox Potential of Phytochemicals and their Impact on DNA

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Daily Grape Juice Consumption Promotes Weight Loss, Improved Stability and Reduced the DNA Damage in the Elderly

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Antioxidative Protective Effect of Ozone Therapy on Isolated Mitochondria from Human Sperm

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