(3) the authors build alternative arguments to the BMAA hypothesis, rather than explain the published literature which, to date, has been unable to refute the BMAA hypothesis; and (4) the authors erroneously attribute methods to incorrect studies, indicative of a failure to carefully consider all...
Which atom is most likely to form a polar covalent bond with carbon? Water is formed by which type of bond? Are covalent or ionic bonds stronger? What are two properties of covalent compounds? What type of bond forms between water molecules?
Overview of covalent immobilization strategies (blue): direct coupling via plasma nitriding, silanization via (3-aminopropyl)triethoxysilanes (APTES), 11-(2-bromo-2methyl)propionyloxyundecenyltrichlorosilane (BPTCS), silane with sodium azide, Polyethylene glycol (PEG), maleimide or cysteine, polymer b...
The agostic bond between one hydrogen atom of a phenyl group and the rhodium central ion distorts the ligand sphere from a five-fold geometry to an octahedral complex, which is most likely caused by the the semi-classical dispersion corrections in GFN2-xTB on which we relied for this explorat...
Answer to: Allosteric regulation occurs when an enzyme has a site that can bind an effector molecule separate from the active site. A. True B...
Due to nonisomorphism of LOV1 crystals, it was not possible to merge data of more crystals, which would have allowed use of fewer degrees of data per crystal to obtain a full dataset. As can be seen from Fig. 3 B, there is clear electron density for a covalent bond between the C4a ...
Our crystallographic study demonstrated that the GSTO1-1 inhibitor ML175 binds in the active site and forms a covalent bond with the sulfur atom of the active site cysteine (C32). The formation of this covalent complex results in the irreversible inactivation of GSTO1-1. In a proof of conce...
State the observations which would be made with each alcohol. (2) Observation with butan-2-ol Observation with A (ii) Give the structural formula of the organic product which forms when butan-2-ol is oxidized. (1) 14 % !#$%()*+,-(./$#/0#-( 1(!#$%()*2,#/0(3040/*(5678(...
Understanding the transmission of nanoscale forces in the pico-to-nanonewton range is important in polymer physics. While physical approaches have limitations in analyzing the local force distribution in condensed environments, chemical analysis using fo
The functionalization of graphene involves mostly reaction with highly reactive species which forms covalent adducts to sp2 structures of carbon in graphene [97]. The alteration in the structure of graphene can happen at the end of sheet or on the structure. Covalent functionalization changes sp2 ...