We ’ve known for a foresighted time that marijuana , and its combat-ready chemical compound , tetrahydrocannabinol ( THC ) , can have   a remedial outcome .   But while THC , and the associated cannabinoid molecule , can aid in pain stand-in and muscle spasms , it can also have side effect ranging from anxiety to nausea .

However , if research worker   can well understand how the   molecule interacts with the sensory receptor , it is possible they can   develop a proxy   that induces some of   marijuana ’s good effects while derogate the negatives ones .

To research this further , a   new study   published in the journalNatureused X - beam crystallography to in core image the receptor as it stick to   to cannabinoid corpuscle . In   doing so , the squad notice that our initial savvy of these cannabinoid receptors , know as CB1 , was   a bit off and that they are far more flexible and bendable than we previously thought .

It had long been thought that cannabinoid receptors and tetrahydrocannabinol work like a “ lock and cardinal ” mechanism , in which the THC molecules are   the key , fitting   perfectly within the protein on the airfoil of the jail cell   that act like a   lock .   This latest study , however , has managed to decrypt CB1 in far more detail than   ever   before   – and constitute that that ’s not on the nose the face .

The team find thatit was made up of seven sausage - like social organisation – themselves constructed of twirl of amino acids – and that when the molecule landed on the tie internet site , the sense organ physically change shape to accommodate it . The power of receptors to alter their complex body part is already well known , but this is the first time that it has been proven for those that adhere to THC and other related atom .

It is think that this great flexibleness and plasticity of the CB1 sensory receptor could be exploit . If it can extend and deform to reconcile a wider mountain range of mote than previously thought , the researcher hope that they might be able to design new molecules that can double some of the impression create by THC , such as anti - nausea , but avoid others like anxiousness and addiction .

[ H / T : Wired ]