Sentence examples for modifications of biological from inspiring English sources
The modifications of biological surface, such as coating or peptide grafting, may also enhance endothelialization of biomaterial surfaces.
In this article, we infer significant modifications of biological activities by integrating the expression differentiation with three sources of biological knowledge: Gene Ontology (GO), KEGG pathways, and cellular localization of proteins.
Based on the expression fold changes of the three mutant strains with respect to the wild type, we make inference about the modifications of biological activities using gene subsets defined by Gene Ontology (GO), KEGG Pathways, and cellular organelle (GFP fusion localization).
This interpretation considers the epigenetic as structural changes, at chromosome level, that allow sensing, storing, and transmitting modifications of biological activity.
Modification of biological surfaces with synthetic peptides is also addressed.
Ion beam genetic-technology (IBGT) extends ion beam technology to genetic modification of biological living materials aiming at improving biological species properties by ion-beam-induced mutation breeding.
Cellular interactions generate both modification of biological functions and proliferating destructive events related to growth of tumour cells in competition with the immune system [5].
The key point is that the procedure does not require assistance of organic linker molecules, thus providing a suitable platform for the modification of biological molecules.
With this in mind, we propose the combination of 3D printing technique and the thermally-induced phase separation method for simultaneous modification of biological properties of poly(lactic acid) and load-bearing properties of chitosan-hydroxyapatite porous hydrogel.
Some of this potential is coming to fruition in terms of development of tools for the identification and tracking of biological controls, although the genetic modification of biological control agents is still in its infancy.
Genetic engineering and chemical modification of biological cells open up new avenues for bioaccumulative preconcentration of heavy-metal species for selective analysis and speciation of such metals in combination with spectrometric techniques.
