Transitional versus surgical menopause in a rodent model: Etiology of ovarian hormone loss impacts memory and the acetylcholine system

Keyphrases

• Etiology 100%
• Menopause 100%
• Surgical Menopause 100%
• Rodent Models 100%
• Acetylcholine 100%
• Ovarian Hormones 100%
• 4-Vinylcyclohexene Diepoxide 71%
• Follicular Depletion 42%
• Acetylcholinesterase Activity 28%
• Clinical Research 14%
• Rodents 14%
• Sham Surgery 14%
• Negative Effects 14%
• Memory Task 14%
• Cognitive Ability 14%
• Ovariectomy 14%
• Gonadotropins 14%
• Recent Memory 14%
• Mnemonics 14%
• OVX Model 14%
• Brain Acetylcholinesterase 14%
• Middle-aged Rats 14%
• Cognitive Consequences 14%
• Loss Modeling 14%
• Cholinergic System 14%
• Scopolamine 14%
• Surgical Removal 14%
• Impaired Learning 14%
• Mnemonic Function 14%
• Androstenedione 14%
• Menopausal Women 14%
• Hormone Profile 14%
• Model Limit 14%

Medicine and Dentistry

• Acetylcholine 100%
• Acetylcholinesterase 100%
• Clinical Research 50%
• Learning Disorder 50%
• Middle Age 50%
• Scopolamine 50%
• Ovariectomy 50%
• Cholinergic System 50%
• Menopause 50%
• Gonadotropin 50%
• Androstenedione 50%