I was reading an article about a US cardiologist; Dr Olivier Ameisen who spent a decade addicted to alcohol but managed to ‘cure’ himself by taking the pharmaceutical drug, Baclofen commonly used as a muscle relaxant. By self prescribing, he initially started off on low dose and found that the drug relived his anxiety and stopped his craving for alcohol. He gradually upped his dosage and once he felt that he was stable, started decreasing the dosage and is now stable at 50mg a day – with no relapse. Dr Ameisen bravely admitted his problems and his findings in a medical paper back in 2004 and now trials for Baclofen are being conducted in the US, France, Glasgow and Switzerland.
Dr Ameisen’s hypothesis states that alcoholism is linked to deficiencies in GHB (gamma hydroxybutyrate) - an equivalent of the brain’s natural Valium. GHB relaxes the system but a lack of GHB can cause anxiety, insomnia, muscular tension and depression. To relieve these symptoms people turn to drugs and alcohol but end up becoming addicted to them.

Mechanism of action - GABA receptors
When a person is deficient in GHB, the alcohol or drugs taken will block the GABA receptors thus alleviating the symptoms by copying the relaxant effects of GABA. Once the drug or alcohol clears the system, the symptoms return and so people become addicted in an effort to prevent the symptoms from reoccurring. GABA has two receptors that it can bind to GABA A and GABA B. Baclofen works by stimulating the GABA B receptor, which only GHB can do and not the drugs/alcohol. Most medications work on GABA A receptors, but it seems that it is the GABA B receptor that holds the key for curing alcohol dependency.
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