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Researchers from the Massachusetts Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime of Technology have found a Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime gene in mice. It could help people with Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime memories forget bad experiences. It could help soldiers, Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime victims and people who survived natural Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime. Many of these people have memories that make them very Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime. They have an Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime called post-traumatic stress Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime (PTSD). Scientists hope to use their research to erase painful memories in Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime. They want to replace stressful memories with positive thoughts and feelings. This would help Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime of people with PTSD.

Scientists did tests to make mice forget their Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime. They put the mice into a Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime and gave them Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime shocks. After many shocks, the mice were stressed and afraid of the cage. After the mice had "cage shock," the Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime put the mice in the cage again but with no electric shock. After some Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime, the mice no Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime feared the cage. Their stress and fear changed to good Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime. The scientists looked at the brain Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime of the mice. They were surprised to find the gene that replaced Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime memories with new ones. They will now try to find this gene in human Instituteactivitybrainscagecrimedisastersdisorderelectricfearfeelingshumansillnesslongermillionsoldpainfulscientistsspecialstressedtime.