ライフサイエンスコーパス: macromolecular system

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1 o date about ion-pair dynamics in biological macromolecular systems.

2 -scale computations of many-atom and complex macromolecular systems.

3 underlying cooperative phenomena in diverse macromolecular systems.

4 nd temporal resolution for a wide variety of macromolecular systems.

5 tribution and anti-tumor effect of nano- and macromolecular systems.

6 ate products inhibit further reactions, this macromolecular system allows the product to be displaced

7 des and their precursors, the development of macromolecular systems (and their applications as drug/g

8 have been used to supply mechanical force to macromolecular systems, and highlight the advantages and

9 The behavior of macromolecular systems at different temperatures is ofte

10 mic helical superstructures of molecular and macromolecular systems by external stimuli is a challeng

11 The Type VI secretion system (T6SS) is a macromolecular system distributed in Gram-negative bacte

12 The methodology is applicable to any macromolecular system for which a convenient phenotypic

13 stem is essential for the engineering of new macromolecular systems for in vivo applications.

14 Such functional nonequilibrium macromolecular systems hold great promise for on-demand

15 The study of complex macromolecular systems, however, requires an extensive c

16 e Carlo simulations of conformationally rich macromolecular systems in an environment that efficientl

17 structures or structural ensembles of large macromolecular systems in solution poses a challenging p

18 ctrochemical approach that can be applied to macromolecular systems lacking essential disulfide bonds

19 roxy, from within the hydrophobic domains of macromolecular systems (log P > 1.9).

20 By adding ambient occlusion, large macromolecular systems look much more natural, and the p

21 This constitutionally dynamic macromolecular system offers the possibility of harnessi

22 s are important factors in nature's delicate macromolecular systems, our quantitative analysis of the

23 evel, and application of this methodology to macromolecular systems provides a means for extending su

24 s suggest that in general positively charged macromolecular systems should show inverse Hofmeister be

25 However, in macromolecular systems, the role that these clusters mig

26 Enteric bacteria use a limited array of macromolecular systems to implement diverse pathogenic s

27 valuation of the binding constant in complex macromolecular systems, to be introduced in a well defin

28 us molecular mechanics applications on large macromolecular systems undergoing large conformational c

29 Conformational heterogeneity in three macromolecular systems was analyzed with MESMER, demonst

30 o effects allow new design possibilities for macromolecular systems with enhanced catalytic OER/ORR a

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