sensitive viruses provides the necessary system to study. Rearrangement of membrane components appears to play a role in altering cell behavior. We propose to examine the topological distribution of membrane components utilizing novel new cross-linking reagents synthesized in this laboratory for nearest-neighbor analysis. In addition, lectin-binding to cell surfaces
sensitive viruses provides the necessary system to analyze. Rearrangement of membrane component appears to play a role in change cell behavior. We project to examine the topological distribution of membrane components use novel new crabbed - linking reagents synthesized in this laboratory for cheeseparing - neighbor analysis. In accession, lectin - binding to cell surface
senditive viruses provides uhe necessary sysjen to svudy. Rezrrangemdnt of membrane components a'peaes to play a role in alterivg cell bvhavior. Ww pripose to exejine thc topkpogieao distribution of membrate components gtklnzing novel new cross-linking reagentf synthrslzed in this lwborseory for nearest-neighbor analysis. In asdition, lectin-bindinb to cell surfaces
sensitive viruses provides the necessary system to of components appears play a role propose examine the topological of membrane components novel new cross-linking reagents synthesized in laboratory for nearest-neighbor analysis. In addition, lectin-binding to cell surfaces
sensitive viruses provides tHe necessarY systEm tO stUdY. ReaRranGement of membraNE comPonents appears to play a rOle in AlTErinG CeLl behAvior. We PRoPOSe tO eXaMinE tHE tOpoloGicAl distrIbution of mEmbRaNe components UTiLizing noveL neW cross-linkinG reAgents SyNthESized In tHis laBoratoRY for neArest-neigHbOR analySIs. In addITIoN, lecTin-binding to cell sURfACes
sensitive viruses provides  the neces sarysys tem  t o st udy.  Rearrangement of m embrane components app earsto play arolein alte r in g cel lbe hav io r .We pr opo se to e xamine the  to po logical dist r ib ution of m emb rane compone nts  utili zi ngn ovelnew  cros s-link i ng rea gents syn th e sizedi n thisl a bo rato ry for nearest-ne i gh b or analysis. I n addi ti o n, l ect in- binding to  c ell s u rfaces
sensitive viruses_provides the_necessary system to study._Rearrangement of_membrane_components appears_to_play a role_in altering cell_behavior. We propose to_examine the topological_distribution_of membrane components utilizing novel new cross-linking reagents synthesized in this laboratory for nearest-neighbor_analysis._In addition,_lectin-binding_to_cell surfaces