Press enter after choosing selection

Don't Forget

Streaming Video - 2004 Community Rating: 0 out of 5

Cover image for Don't Forget

Sign in to stream or download

STREAM

You must be logged in and have a valid library card to stream downloadable content

In this episode of Scientific American Frontiers, host Alan Alda investigates how people create memories and how, as we age, the act of remembering becomes slippery and elusive-sometimes vanishing forever, either because of Alzheimer's disease or as a result of other neurological disorders. Alda visits two men who live entirely in the present or the distant past, unable to recall events that happened even a few minutes ago. He also meets a volunteer in an experimental treatment for Alzheimer's and examines the search for an Alzheimer's vaccine
Where Are Memories Stored? (2:09)
Brain Injury (2:40)
Short-Term Memory (2:45)
Long and Short-Term Memory (1:35)
Brain and Memory (2:16)
Brain Damage and Memory (1:35)
Function of the Brain's Hippocampus (0:59)
How to Link Names and Faces (2:42)
Filing System in the Brain (0:59)
Memory Expert (1:14)
Information Stimulus in Brain (2:33)
Memory and Emotions (2:23)
Stress and Memory (1:55)
Role of Brain's Amygdala in Memory (2:21)
Memory Intensity (1:03)
Gender and Memory (1:44)
False Memories (3:19)
How to Implant False Memories (2:07)
When False Memories Are Harmful (1:37)
Early Stages of Alzheimer's (1:53)
Human Growth Factor Into the Brain (2:33)
Progression of Alzheimer's Disease (2:08)
Brain Scan Detects Early Alzheimer's Disease (1:04)
Preventive Treatment of Alzheimer's Disease (1:27)
Experimental Vaccines for Alzheimer's disease (1:28)
Healthy Brain Aging: Brain Fitness (3:45)

COMMUNITY REVIEWS

No community reviews. Write one below!

Cover image for Don't Forget

SERIES
Scientific American Frontiers



PUBLISHED
Public Broadcasting Service (U.S.), 2004
Year Published: 2004
Format: Streaming Video

SUBJECTS
Age factors in disease
Aging
Brain
Physiology
Alzheimer's disease
Learning, Psychology of
Memory
Nervous system
Diseases
Neurophysiology