To test whether rhTyrRS retained the ability to aminoacylate its cognate tRNA molecule, we took advantage of the inherent synthetase activity of rhTyrRS to verify proper protein folding and assess biological activity during the expression and purification process.
Based on the limitations associated with targeting virally-encoded molecules, we have taken an orthogonal approach of targeting host pathways in a manner that prevents viral propagation or spares the host from virus-mediated pathogenicity.
While one can conceive of a discrete (in time) model where it takes a finite time to etch away a particular molecule, we will take a simpler approach by developing a continuous in time model where we assume an exponential decay law allowing for the time taken for the acid to migrate to and etch any particular molecule.
[Here, a pair of residues contact to each other if there exists a pair of atoms whose distance is below the sum of their corresponding van der Waals radii plus the diameter (2.75 Å) of a water molecule.] We take the classical graph term 'biclique' (Eppstein, 1994) to denote this molecular topology, and call it 'biclique pattern'.
Because of the diluted aqueous solution of DNA molecules, we do not take the coupling between DNA molecules into consideration [20].
It is said that every breath we take contains molecules breathed by Socrates, Jesus and Abraham Lincoln — a notable exception being the ancient air that the Danish geophysicist Willi Dansgaard and his colleagues found trapped deep in the ice of Greenland.
As an example we take the hydrogen molecule.
Following the deciphering of the genetic code and the exploration of gene sequences, the study of proteins, which are large molecules, took on great importance.
Fourier transform infrared spectroscopy (FTIR) was used to analyze the surface interaction between synthesized nanoparticles with other molecules took part in the synthesis and stabilization of nanoparticles.
For named entities, we consider as positives cells, cellular components and molecules that take part in biochemical interactions.
