Towards the development of a fluorescent in situ hybridization based genotoxicologic assay for aneuploidy detection in sperm.

Agriculture & Biology

• aneuploidy 96%
• fluorescence in situ hybridization 88%
• semen 77%
• spermatozoa 62%
• assays 45%
• chromosomes 36%
• cytogenetic analysis 32%
• chromosome aberrations 29%
• etiology 29%
• cytogenetics 28%
• interphase 27%
• labor 24%
• germ cells 24%
• neoplasms 21%
• cells 8%
• methodology 7%

Earth & Environmental Sciences

• sperm 100%
• assay 72%
• chromosome 66%
• in situ 52%
• detection 49%
• germ cell 32%
• infertility 30%
• cytogenetics 28%
• etiology 25%
• abnormality 23%
• analysis 22%
• labor 20%
• cancer 19%
• cell 13%
• exposure 12%

Medicine & Life Sciences

• Aneuploidy 91%
• Fluorescence In Situ Hybridization 86%
• Spermatozoa 79%
• Chromosomes 67%
• Semen Analysis 34%
• Cytogenetic Analysis 33%
• Interphase 32%
• Germ Cells 28%
• Chromosome Aberrations 27%
• Infertility 26%
• Neoplasms 9%