Myosin II is a molecular motor that performs mechanical work in the living cells by utilizing the chemical energy obtained from the hydrolysis of adenosine triphosphate. Here, we present the combined quantum mechanical/classical simulations of DNA cleavage in EcoRV and ATP hydrolysis in the molecular...
Similarly, due to the electro-negativity of H (2.20) was higher than the Sb (2.05), when the H atom of Si-O-H bond was replaced by Sb and formed the Si-O-Sb bond, the Si 2p binding energy would shift to a Scientific Reports | 7: 3281 | DOI:10.1038/s41598-017-03281-z 6 ...
n 9andl0.Accordingtothedifferenceof2porbitalelectronbindingenergyofTiobtainedfrom XPSbeforeandaftercoating,itcanbeinferredthatSiandAlinthecoatinglayerarecombined toTiO2surfacethroughchemicalbond. KEYWoRDSTitaniumdioxideCoating.SilicondioxideAlumina
Recently we have shown that such approaches can be applied intact ATP synthases (5). These large molecular motors can survive intact in the gas phase of a mass spectrometer enabling us to reveal the consequences of lipid and nucleotide binding on their structure and function.展开 Seddon, ...
Machine learning methods are applied to a dataset consisting of the geometry parameters of the active site in the enzyme–substrate complex to predict the Laplacian of electron density at the bond critical point of the PG–O3B bond being broken in ATP. Using a gradient boosting machine learning ...
(1996) Novel proper- ties of cooperative dinuclear zinc(II) ions: the selective recog- nition of phosphomonoesters and their P-O ester bond cleavage by a new dinuclear zinc(II) cryptate. J Am Chem Soc;118:3091-3099.Koike T,Inoue M.,Kimura E,Shiro M.Novel Properties of Cooperative ...