Buffgammaman
Member
would medications like adderal and ritalin be just as good as ldopa and bromocriptaline at lowering prolactin? since they to are dopamine agonists.
d-Amphetamine raises serum prolactin in man: Evaluations after chronic placebo, lithium and pimozide treatment
Daniel P. van Kammen M.D.Ph.D.*, John P. Docherty M.D.**, Stephen R. Marder M.D.***, Samuel G. Siris M.D.**** and William E. Bunney Jr. M.D.*
*Biological Psychiatry Branch, DCBR, IRP, NIMH, The Clinical Center, NIH, Bethesda, Maryland 20014, USA
**VA Hospital, West Haven, Connecticut, USA
***VA Hospital/Brentwood, Brentwood, California, USA
****New York Psychiatric Institute, New York, New York, USA
Revised 22 August 1978.
Available online 4 November 2002.
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So to correct my earlier statement- it is, insofar as you take it- but the minute you come down, your receptors are fried. (and thus what dopamine is released would have no effect- effectively you would "feel" a lack of dopamine)
Thus producing the opposite effect.
The in regards to serotonin- amphetamines trigger the release of serotonin from synaptic vesicles.
When you come off amphetamines - your brain is in a temporary defeceit of serotonin.
Methamphetamine
(not dextro, or levo amphetamines found in adderall)
can stimulate serotonin as well as dopamine and norepinephrine.
Ritalin is an inverse agonist of serotonin receptors.
Bromocriptine is a dopamine agonist- why would you want to couple this with adderall?
PS: here is a Amphetmine = prolactin study:
I think youre misread my comments.
Additionally I corrected myself where I was wrong.
Best,
Methylphenidate exerts its therapeutic effects via blocking the reuptake of dopamine into nerve terminals (as well as stimulating the release of dopamine from dopamine nerve terminals) resulting in increased dopamine levels in the synapse. [111][117] The onset of central nervous system effects occurs rapidly after intake of methylphenidate and persist for about 4 hours.[118] The mechanism of action is comparable with that of cocaine with usual doses of both drugs occupying 50% of dopamine transporters.