Genetic overexpression of NR2B subunit enhances social recognition memory for different strains and species

Medicine & Life Sciences

• Psychology Recognition 100%
• Memory 82%
• Prosencephalon 72%
• Transgenic Mice 60%
• Animals 45%
• NR2B NMDA receptor 34%
• Vasotocin 33%
• Social Learning 33%
• Aptitude 30%
• Genetically Modified Animals 28%
• Wild Animals 28%
• Social Behavior 26%
• N-Methyl-D-Aspartate Receptors 22%
• Amygdala 22%
• Primates 21%
• Rodentia 18%
• Estrogens 18%
• Hippocampus 18%
• Hormones 16%
• Neurons 13%
• Survival 12%

Agriculture & Biology

• genetically modified organisms 64%
• brain 59%
• mice 49%
• animals 47%
• receptors 38%
• transgenic animals 36%
• amygdala 36%
• animal tests 35%
• hippocampus 32%
• social class 32%
• oxytocin 31%
• social behavior 27%
• estrogens 25%
• cortex 25%
• learning 25%
• Primates 25%
• arginine 24%
• rodents 23%
• neurons 23%
• testing 22%
• hormones 19%

Chemical Compounds

• Strain 78%
• Oxytocin 76%
• Estrogen 60%
• Arginine 56%
• Hormone 56%