Structural determination of amyloid fibril has been extensively studied using electron microscopy.
In recent years this case has been extensively studied using a range of methods, with varying success.
C. jejuni pathogenicity has been extensively studied using in vitro cell culture methods, and more precisely "healthy" cells.
The behavioral profile of NPY function has been extensively studied using traditional pharmacological and classic genetic animal models.
The solid electrolyte interphase (SEI) of graphite electrodes has been extensively studied using surface sensitive techniques such as photoelectron spectroscopy (PES) and soft X-ray spectroscopy.
The material and modeling aspects have been extensively studied using discrete MOSFETs and more recently expanded to CMOS circuits to demonstrate its impact on digital circuit aging.
The paramyxoviruses all have negative sense, non-segmented RNA genomes and their host range and pathogenic determinants have been extensively studied using reverse genetics.
Because of their importance, tubulin MAPs interactions have been extensively studied using various methods that provide researchers with complementary but sometimes contradictory thermodynamic data.
Although the cellular and molecular components of the mouse BM HSC niche have been extensively studied using genetically modified animals, relatively little is known about the counterpart human BM niche components.
The mechanisms of radioresistance have been extensively studied using Deinococcus radiodurans, the most radioresistant organism ever reported, as a model.
The control of particle size and morphology has been extensively studied using different stabilizers [17, 18, 19, 20].
