▁more ▁compreh ens ively ▁known ▁safety ▁and ▁toler ance ▁factors . ▁ ▁Therefore , ▁this ▁makes ▁them ▁especially ▁attract ive ▁as ▁a ▁resource ▁for ▁lead ▁structures ▁in ▁when ▁developing ▁new ▁mole cular ▁entities . ▁ ▁Dat ab ases ▁containing ▁chemical ▁structures ▁of ▁comp ounds ▁used ▁in ▁alternative ▁medicine ▁along ▁with ▁their ▁phen ot yp ic ▁effects , ▁in ▁sil ico ▁analysis ▁may ▁be ▁of ▁use ▁to ▁assist ▁in ▁determ ining ▁MO A ▁for ▁example , ▁by ▁predict ing ▁lig and ▁targets ▁that ▁were ▁relevant ▁to ▁known ▁phen ot ypes ▁for ▁traditional ▁medic ines . ▁In ▁a ▁case ▁study ▁for ▁T CM , ▁the ▁th era pe ut ic ▁class ▁of ▁‘ ton ing ▁and ▁re pl en ishing ▁medicine ” ▁was ▁evaluated . ▁ ▁Th era pe ut ic ▁actions ▁( or ▁phen ot ypes ) ▁for ▁that ▁class ▁include ▁anti - infl am mat ory , ▁ant io x id ant , ▁ne uro prote ct ive , ▁hyp og ly cem ic ▁activity , ▁imm un om od ul atory , ▁ant imet ast atic , ▁and ▁hyp ot ensive . ▁ ▁S od ium - gl uc ose ▁transport ▁prote ins ▁and ▁P TP 1 B ▁( an ▁ins ul in ▁signal ing ▁reg ulator ) ▁were ▁identified ▁as ▁targets ▁which ▁link ▁to ▁the ▁hyp og ly cem ic ▁phen ot ype ▁suggested . ▁ ▁The ▁case ▁study ▁for ▁Ay ur ved a ▁involved ▁anti - can cer ▁form ulations . ▁ ▁In ▁this ▁case , ▁the ▁target ▁prediction ▁program