On-going in-process modification can produce a statistically significant increase in positive perception, thereby facilitating knowledge transfer among medical communities and the development of long-lasting affiliations.
Numerical results obtained in this study have shown that the present hull surface modification technique can produce smooth hull forms with reduced drag effectively and efficiently in the CFD-based hull form optimization.
The 'histone code' hypothesis claims that a specific pattern of hisone modification code can produce a specific effect on local chromatin structure, modulating DNA accessibility, and consequently regulating transcription and other DNA-based biological processes [ 20- 24].
While genetic modification of AAV can produce vectors with modified tropism, incorporation of targeting peptides into the structural context of the AAV virion often results in loss of function or loss of virion integrity.
Chemical modification by bifunctional reagents can produce biocatalyst preparations such as CLEC™, CLEA™.
While genetic modification of adenoviral vectors can produce vectors with modified tropism, incorporation of targeting peptides/proteins into the structural context of the virion can also result in destruction of ligand targeting or virion integrity.
It has been found that free radical reactions can produce deleterious modifications in membranes, proteins, enzymes, and DNA [2], increasing the risk of diseases such as cancer [3], Alzheimer's [4], Parkinson's [5], angiocardiopathy [6], arthritis [7], asthma [8], diabetes [9], and degenerative eye disease [10].
Subsequently, Hutchinson's group showed that under special environmental conditions, or by the introduction of genetic modifications, other strains of Streptomyces can produce doxorubicin.
However, in special animal breeds, after kindling, or with certain genetic modifications, high-frequency acoustic tones can produce behavioral and electrographic seizure activity.
Disease processes or exposure to environmental toxicants can produce tiny modifications (called adducts) on proteins in the blood.
