Genomic Instability, Defective Spermatogenesis, Immunodeficiency, and Cancer in a Mouse Model of the RIDDLE Syndrome

Medicine & Life Sciences

• DNA Breaks 89%
• Double-Stranded DNA Breaks 83%
• Genomic Instability 80%
• Spermatogenesis 79%
• Tumor Suppressor p53-Binding Protein 1 64%
• DNA Damage 63%
• V(D)J Recombination 52%
• Radiation Tolerance 42%
• Ubiquitin-Protein Ligases 41%
• Thymocytes 39%
• Eukaryotic Cells 39%
• Histones 34%
• DNA Repair 33%
• Mammals 32%
• B-Lymphocytes 28%
• Carcinogenesis 27%
• Neoplasms 23%
• Mutation 20%

Agriculture & Biology

• genetic instability 100%
• immunosuppression 85%
• spermatogenesis 73%
• animal models 63%
• neoplasms 55%
• inactivation 45%
• DNA 37%
• DNA damage 35%
• species recruitment 32%
• genomics 23%
• thymocytes 22%
• carcinogenesis 19%
• B-lymphocytes 18%
• ligases 17%
• histones 17%
• eukaryotic cells 15%
• mammals 13%
• mutation 12%
• cells 11%
• mice 10%
• proteins 6%

Earth & Environmental Sciences

• genomics 72%
• cancer 68%
• DNA 60%
• cell 29%
• airborne thematic mapper 17%
• damage 15%
• recombination 13%
• mutation 12%
• repair 11%
• mammal 10%
• protein 8%
• loss 6%