Thursday, 2 January 2014

Morphine introduced coma

A different approach to examine these changes has been to evaluate changes in monoamines and NMDA receptors after one session of TMS.
Significant changes were found in the concentration of dopamine, serotonin and NMDA receptors that are compatible with anti depressive’s effects on the brain.
Animal studies show a promising outlook for EMT. Details follow: 1) reduced immobility in the Porosity test (Porosity Test Swim)
Fleischmann et al [1995] noted that the daily application of TMS (50 stimuli at a frequency of 25 Hz, with an intensity of 2.3 T for 2 seconds) in mice, reduced immobility in the Porosity swim test so as to electroconvulsive discharges (DEC).  http://www.depressionforums.org/forums/topic/84596-what-is-emetophobia/
Zees et al in 1997 also showed similar results when comparing the effects in mice subjected to TMS, DEC with the control group. In this study
TMS was applied with an intensity of 0.1 T in a 5-minute sessions, with a frequency of 50Hz.
They noted that the DEC and TMS significantly reduced immobility in the Pursuit test, but the effects were more pronounced DEC 2)
Improvement of Apo morphine-Induced Stereotypy Fleischmann et al in the same experiment described above, we observed an enhancement of induced stereotypy apomorphine in the group that received TMS compared to the control group 3)
 Adjusting Beta (B-Down-Regulation) Zees et al in 1997, comparing the effects in mice undergoing TMS, DEC and control group showed that the production of cyclic AMP in brain sections was depressed in groups of TMS and DEC, the DEC more important.  http://www.steadyhealth.com/Health__skin__weight_loss_t347429.html?post_submited=1#1374698

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