Based on these clinical observations, it is plausible to further enhance the therapeutic efficacy of a mAb by optimizing (increasing) its Fc interaction with the Fc regions on effector cells, via molecular engineering and/or manufacturing process modification [60]– [60].
In the case of our proposed "smart drug," designed by a novel process of molecular engineering, it is not sufficient to just confirm efficacy.
The results reveal a change of the growth process induced by molecular engineering leading to an improvement of the film morphology towards larger grain sizes and thus to an enhancement of the electronic properties of the organic semiconductor thin films.
Future developments are expected from the materials side (new adsorbents) and molecular engineering resulting in shorter development time of processes.
These preliminary investigations suggest that this integrated experimental computational approach may be used for the simulation and prediction of regenerative processes in response to molecular engineering.
Molecular engineering tools offer innovatory chemical, biological, and thermal processes using electrolysis, catalysis, thermolysis, and pyrolysis techniques.
Biotechnology is an interdisciplinary research field combining biology (microbiology, molecular biology, genetics, bioinformatics), chemistry (biochemistry, classical chemistry) and engineering (process engineering, apparatus engineering).
In the GMP engineering process, a certain transformation vector with known molecular DNA structure is being constructed and used for the introduction of new traits in a host plant.
To lower costs and improve the overall drug development process, information technology (IT) is increasingly employed in the molecular engineering phase.
Through recent advances in nanotechnology and molecular engineering, biomimetics – the development of synthetic systems that imitate biological structures and processes – is now emerging at the nanoscale.
