Source: https://brainhealth.utdallas.edu/research-shows-difference-between-cannabis-nicotine-brain-networks/
Researchers at the Center for BrainHealth® at the University of Texas at Dallas investigated the effects on the brain of concurrent cannabis and nicotine use, versus the use of solely cannabis and solely nicotine.
The results, recently published in the journal Brain Structure and Function, show that not only were the effects in these three categories different, but also that the group using both nicotine and cannabis more closely resembled the control (non-user) group in brain connectivity. The isolated nicotine and isolated cannabis users showed equally less connectivity in general.
Previous research in rats has suggested that nicotine may be a “gateway drug” leading to cannabis and other drug use. Studies performed with rats exposed to THC – the main psychoactive compound found in marijuana – demonstrated an increased likelihood t…
Source: https://brainhealth.utdallas.edu/research-shows-difference-between-cannabis-nicotine-brain-networks/
Researchers at the Center for BrainHealth® at the University of Texas at Dallas investigated the effects on the brain of concurrent cannabis and nicotine use, versus the use of solely cannabis and solely nicotine.
The results, recently published in the journal Brain Structure and Function, show that not only were the effects in these three categories different, but also that the group using both nicotine and cannabis more closely resembled the control (non-user) group in brain connectivity. The isolated nicotine and isolated cannabis users showed equally less connectivity in general.
Previous research in rats has suggested that nicotine may be a “gateway drug” leading to cannabis and other drug use. Studies performed with rats exposed to THC – the main psychoactive compound found in marijuana – demonstrated an increased likelihood t…
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