ing @ home ▁ ▁Of ▁all ▁the ▁major ▁distributed ▁computing ▁projects ▁involved ▁in ▁protein ▁research , ▁F old ing @ home ▁is ▁the ▁only ▁one ▁not ▁using ▁the ▁B OIN C ▁platform . ▁Both ▁Ros etta @ home ▁and ▁F old ing @ home ▁study ▁protein ▁mis fold ing ▁dise ases ▁such ▁as ▁Al z heimer ' s ▁disease , ▁but ▁F old ing @ home ▁does ▁so ▁much ▁more ▁exclus ively . ▁F old ing @ home ▁almost ▁exclus ively ▁uses ▁all - atom ▁mole cular ▁dynamics ▁models ▁to ▁understand ▁how ▁and ▁why ▁prote ins ▁fol d ▁( or ▁potentially ▁mis fold , ▁and ▁subsequently ▁aggregate ▁to ▁cause ▁dise ases ). ▁In ▁other ▁words , ▁F old ing @ home ' s ▁strength ▁is ▁model ing ▁the ▁process ▁of ▁protein ▁fol ding , ▁while ▁Ros etta @ home ' s ▁strength ▁is ▁computing ▁protein ▁design ▁and ▁predict ing ▁protein ▁structure ▁and ▁dock ing . ▁ ▁Some ▁of ▁Ros etta @ home ' s ▁results ▁are ▁used ▁as ▁the ▁basis ▁for ▁some ▁F old ing @ home ▁projects . ▁Ros etta ▁provides ▁the ▁most ▁likely ▁structure , ▁but ▁it ▁is ▁not ▁definite ▁if ▁that ▁is ▁the ▁form ▁the ▁mole c ule ▁takes ▁or ▁whether ▁or ▁not ▁it ▁is ▁vi able . ▁F old ing @ home ▁can ▁then ▁be ▁used ▁to ▁verify ▁Ros etta @ home ' s ▁results , ▁and ▁can ▁provide ▁added ▁atomic - level ▁information , ▁and ▁details ▁of ▁how ▁the ▁mole c ule ▁changes ▁shape . ▁ ▁The ▁two