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Researchers from the Massachusetts Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests of Technology have found the gene that could Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests people forget traumatic experiences. They say the Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests could benefit people with Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests memories. Soldiers, crime victims and people who survived Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests disasters are some of the people this research could help. Many of these people suffer from very Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests stress because of their memories. It is an Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests called post-traumatic stress Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests (PTSD). The scientists found the memory gene in mice. They hope that one day they can erase painful memories in humans. They think they can replace upsetting memories with more Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests thoughts and feelings. This would help Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests of people who suffer from PTSD.

The head Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests, Li-Huei Tsai, did many Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests to make mice forget their fear. Scientists put the mice into a Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests and gave them a small electric Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests. After many shocks, the mice became afraid of the cage. They were stressed when they saw it. Once the mice had "cage shock," the scientists put the mice in the cage Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests but didn't give them an electric shock. After a Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests of time, the mice no Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests feared the cage. Positive feelings replaced their stress and fear. The scientists looked at the brain Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests when the mice were afraid and when they were not afraid. They were Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests to find the gene that replaced old memories with new ones. They will now try to find this gene in Instituteactivityagainbadcagedisorderhelphumansillnesslongermillionsnaturalpainfulperiodpositiveresearchresearchershocksurprisedtests.