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Recent nt r t n cannabinoid r t r h prompted th nv t g t n nt th h h m l r n t their t v t n. In th tud , th nn b n d pathways in the body t m of dult m l m w r investigated u ng several combinations based on folic d r n . V r u t t h w d th t the mb n t n of f l d w th th r n nd m d r THC nt n f th ff t f the cannabinoid. Levels of t v t n the br n tissue l showed a marked r du t n ft r the dd t n f folic d t th r n nd m d r THC, n m r n t the nn b n d alone. Also, th dd t n f f l d nd THC resulted in a ub t nt l increase of THC b nd ng n the cortex, as well gn f nt increases n ll th r r f th br n wh n m r d to THC l n . Th t n nd t th t f l d nd d affecting the neurotransmitter thw f the nn b n d b potentially t ng with a third nn b n d receptor. C nn b ggr v t th n tr t n f th blood v l . Case tud h v m h z d n t n of healthy, ung l wh d v l d clots in th lungs ft r r l ng d nt k f cannabis (thr ugh v ng r smoking) nd n r d l v l f homocysteine. Homocysteine an nfl mm t r ub t n . An n r d level f concentration f h m t n n th b d causes r bl m n the cardiovascular system.

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9781676790914

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