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Prenylation is an important posttranslational modification for biological functions.
As another modification for biological applications, we implemented an option that allows improved separation of dense clusters according to their clustering coefficient (CC, the number of edges connecting the neighbors of the node divided by the maximum possible number of such edges).
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This approach can also decrease molecular stability, reduce bioactivity, promote undesirable biological interactions including aggregation and association with other proteins, and require significantly different methods of modification for different biological therapeutics.
Also, it is able to perform post-translation protein modifications, such as N-glycosylation, and other modifications required for biological activity and protein stability [ 4– 6].
We use a negative-ion implantation technique for surface modification for novel biological purpose.
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.
This article presents a review of novel laser-based techniques for the printing and micro- and nano- scale surface modification of materials for biological applications.
RNA isolation and Affymetrix (Santa Clara, CA, USA) microarray hybridizations were performed as described in [ 20] with some modifications for four biological replicates of wild-type B73 and DpDf plants.
Modification of biological surfaces with synthetic peptides is also addressed.
The Protein Pilot™ algorithm was selected to search automatically for biological modifications such as homocysteines.
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