Sentence examples for derivative molecule from inspiring English sources

The most remarkable is the well-defined emission curve in the 525 to 625-nm rattributedbutod thethe fluorescent emission of Rh-UTES derivative, which confirms the attachment of the derivative molecule on the PSi surface.

51, 52 Dimethyl sulfoxide is a derivative molecule of intracellular low-density lipoprotein, which disrupts hydrogen bonding.

The derivative molecule CF 238 showed significant inhibition against all DENV serotypes in LLC-MK2 cells (range IC50: 14–47  μM).

More recently, LCTA-949, an aglycon derivative molecule from the teicoplanin antibiotic, was found to possess antiviral activity against flaviviruses, including DENV-2 [ 90].

Subsequently, some of the intron-derived RNA fragments are further processed to form microRNA (miRNA) derivative molecules, which can effectively silence their respective targeted genes through an RNA interference (RNAi -like mechanism.

Thus, both modified chemokines and small derivative molecules maintaining the HIV-inhibitory function, but devoid of receptor-activating capability, have been generated.

Quantitative analyses indicated that it was due to potential-induced dispersion of the phenalenyl derivative molecules on the electrode, and effective electron transfer occurred only from the molecule directly attached to the electrode surface.

One of our two proposals appears to be a more promising drug candidate and FTase inhibitor, but both derivative molecules indicate potentially very good pharmacotherapeutic profiles in comparison with Tipifarnib and Lonafarnib, two reference pharmaceuticals.

The density functional theory (DFT) and time-dependent density functional theory (TDDFT) method were carried out to investigate the ground and excited states of indigo and its derivative molecules.

The phenalenyl derivative molecules, diphenyl derivatives of 1,2-bis- phenalen-1-ylidene) ethene (Ph2-BPLE) and tetra t-butyl derivatives of s-indacenodiphenalene (TTB-IDPL), casted on a highly oriented pyrolytic graphite (HOPG) electrode, were characterized by using cyclic voltammetry (CV) in aqueous electrolyte solution.

Various structure modifications of 12 different pypene derivative molecules are investigated to reveal structure-mobility relationships of the organic materials, such as introducing different substitution groups in different positions, changing the central core of the molecule by linking different backbone structure.