Challenges to such approaches include molecular weight dispersity in the scaffold and statistical distributions of conjugated, functional ligands that can yield mixtures of tens, hundreds, or thousands of structures, with the accompanying variation in toxicity, imaging, biodistribution, and pharmacokinetic properties.
Drug delivery strategies for diabetes have included a wide range of scientific and engineering approaches, including molecular design, formulation and device design.
Collective evidence from a combination of approaches including molecular analyses, population genetic analyses, and detailed morphometric comparisons will be required to unequivocally delineate the species-level boundary of Galaxaura in the future.
The past several years have seen accelerating growth in research directed towards the understanding and control of cell adhesion processes, from a spectrum of disciplinary approaches including molecular cell biology, biochemistry, biophysics and bioengineering.
The effective length of flexible linkers in bivalent ligands has been estimated using alternative approaches including molecular dynamics simulations and random walk models.
The CA protein has been extensively studied with respect to its molecular structure and biological function using a wide variety of approaches including nuclear magnetic resonance (NMR), 6) X-ray diffraction, and cryo-electron microscopy (EM), as well as theoretical approaches including molecular dynamics (MD) simulation and normal-mode analysis (NMA).
It is clear at this juncture that such a colossal task would require the use of various levels of analysis, from single cells to the complex network in the living brain, and comprehensive utilization of a battery of experimental approaches, including molecular genetics, imaging, electrophysiology and behavioural testing.
The revision is based on polyphasic approaches that include molecular data, as well as morphological, physiological and ecological characteristics.
These methods include molecular approaches by which genetically modified cells, including stem cells, synthesize growth factors or other mediators needed for progression of failed healing.
CADD has been widely used in many drug design studies [ 16, 17] which include molecular modeling approaches [ 18] and web server calculation [ 19, 20].
We therefore aimed at assessing the importance of sexual reproduction by indirect approaches that included molecular analyses of the mating type (MAT) genes involved in reproductive processes.
