These computer simulations also confirmed that tensegrity principles are indeed utilized at the level of individual molecules, multi-molecular assemblages, and whole living cells.
It relied on complex molecular assemblages to maintain its DNA in working order and to duplicate that DNA when it was time to divide.
The ground-state triplet biradical serves as building blocks for molecule-based magnets of S > 1/2 of molecular assemblages based on electrostatic interactions between molecular ions.
According to our previous prediction based on a theoretical model, the occurrence of the nonmagnetic ground state is attributed to a spin frustration effect inherent in organic molecular assemblages.
Lipid bilayers of biological membranes appear one of the most pressure-sensitive molecular assemblages (Wann & Macdonald, 1980; DeLong & Yayanos, 1985; Somero, 1992; Macdonald, 1997; Winter & Dzwolak, 2005); pressure increase orders structures and reduces flexibility in lipids, nucleic acids and carbohydrates (Behan et al., 1992; Balny, Masson & Heremans, 2002).
The authors have shown from theoretical calculations that a one-dimensional molecular assemblage composed of ground-state singlet biradicals and S = 1/2 monoradicals has three kinds of ground states; two with seemingly ferrimagnetic spin alignments and one with a spinless (diamagnetic) state.
Subsequent experimentation has shown that these components are sequentially recruited as early, middle, and late coats, leading to the formation of a colossal molecular assemblage that culminates in a burst of F-actin polymerization and the reshaping of plasma membrane into a vesicle.
As a novel crystal engineering approach to organic molecule-based magnets, we have proposed a strategy of bio-inspired molecular assemblage based on intermolecular hydrogen bonding.
The molecular assemblage in the crystal structures of three modified chiral amino acids, two of which are isomeric d- and l-pairs boc-l-benzothienylalanine (BLA), boc-d-benzothienylalanine (BDA) and the other boc-d-naphthylalanine (NDA) differing from this pair very slightly in the chemical modification introduced, is accurately described.
We carried out a molecular survey with the aim of assessing microbial assemblages and determining how their variation in the marine waters of Arraial do Cabo are influenced by upwelling events [29] and anthropogenic activities [30].
The "jackprot" helps us understand how natural selection introduces speed into molecular evolution by interacting with mutation rate and retaining complex molecular structures and assemblages of high fitness value.
