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THE FREE-ENERGY FOR HYDROLYSIS OF A MICROTUBULE-BOUND NUCLEOTIDE TRIPHOSPHATE IS NEAR ZERO - ALL OF THE FREE-ENERGY FOR HYDROLYSIS IS STORED IN THE MICROTUBULE LATTICE (VOL 127, PG 779, 1994)
Authors: CAPLOW M RUHLEN RL SHANKS J
Citation: M. Caplow et al., THE FREE-ENERGY FOR HYDROLYSIS OF A MICROTUBULE-BOUND NUCLEOTIDE TRIPHOSPHATE IS NEAR ZERO - ALL OF THE FREE-ENERGY FOR HYDROLYSIS IS STORED IN THE MICROTUBULE LATTICE (VOL 127, PG 779, 1994), The Journal of cell biology, 129(2), 1995, pp. 549-549
THE FREE-ENERGY FOR HYDROLYSIS OF A MICROTUBULE-BOUND NUCLEOTIDE TRIPHOSPHATE IS NEAR ZERO - ALL OF THE FREE-ENERGY FOR HYDROLYSIS IS STORED IN THE MICROTUBULE LATTICE
Authors: CAPLOW M RUHLEN RL SHANKS J
Citation: M. Caplow et al., THE FREE-ENERGY FOR HYDROLYSIS OF A MICROTUBULE-BOUND NUCLEOTIDE TRIPHOSPHATE IS NEAR ZERO - ALL OF THE FREE-ENERGY FOR HYDROLYSIS IS STORED IN THE MICROTUBULE LATTICE, The Journal of cell biology, 127(3), 1994, pp. 779-788
THE FREE-ENERGY FOR HYDROLYSIS OF A MICROTUBULE-BOUND NUCLEOTIDE TRIPHOSPHATE IS NEAR ZERO - ALL OF THE FREE-ENERGY FOR HYDROLYSIS IS STORED IN THE MICROTUBULE LATTICE
Authors: CAPLOW M RUHLEN RL SHANKS J
Citation: M. Caplow et al., THE FREE-ENERGY FOR HYDROLYSIS OF A MICROTUBULE-BOUND NUCLEOTIDE TRIPHOSPHATE IS NEAR ZERO - ALL OF THE FREE-ENERGY FOR HYDROLYSIS IS STORED IN THE MICROTUBULE LATTICE, The Journal of cell biology, 127(3), 1994, pp. 779-788
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