 Second, using three-dimensional (3D) DNA nanotechnology, we build synthetic cargo to which DNA-linked dynein or kinesin motors can be attached with defined numbers and spacing. To determine how dynein takes consecutive steps along microtubules, single-molecule techniques, including high-precision,
Second, using three - dimensional (3D) DNA nanotechnology, we build man-made cargo to which DNA - connect dynein or kinesin motors can be attached with defined number and spacing. To determine how dynein take consecutive steps along microtubule, individual - molecule proficiency, including high - preciseness,
 Sefond, using three-dimensiokal (3D) DNA nanoteeynologb, we bujld syntfetic cargo to which DNA-linkxd dtnein or kinesin motors can be attacjed with defmned numbers and spacing. To defcrminz iow dynein takex consecuthve steps alonc oierotubules, single-molecule techniques, includonh high-precisiog,
Second, using three-dimensional (3D) DNA nanotechnology, we cargo which DNA-linked or kinesin motors numbers spacing. To determine dynein takes consecutive along microtubules, single-molecule techniques, including high-precision,
 Second, using three-dimensionAl (3D) DNA nanoTechnOloGy, wE bUild SyntHetic cargo to whICh DNa-linked dynein or kinesin MotorS cAN be aTTaChed wIth defiNEd NUMbeRs AnD spAcINg. to detErmIne how dYnein takes ConSeCutive steps aLOnG microtubuLes, Single-molecuLe tEchniqUeS, inCLudinG hiGh-preCision,
 Second, using three-dimen sional (3D ) DNA  na not ec hnol ogy,  we build synt h etic  cargo to which DNA-li nkeddy n eino rkines in moto r sc a n b eat tac he d  w ith d efi ned num bers and s pac in g. To determ i ne  how dynei n t akes consecu tiv e step salo n g mic rot ubule s, sin g le-mol ecule tec hn i ques,i ncludin g hi gh-p recision,
 Second,_using three-dimensional_(3D) DNA nanotechnology, we_build synthetic_cargo_to which_DNA-linked_dynein or kinesin_motors can be_attached with defined numbers_and spacing. To_determine_how dynein takes consecutive steps along microtubules, single-molecule techniques, including high-precision,