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Biomedical research at Nano-level opens a wide range of possibilities for diagnosis and treatment of injury and disease. Our collaborative work in this area includes initiatives with polymeric biomaterials, nucleic acids, microfluidics, medical devices, and other tools that offer valuable information at the cellular level. Future disease treatment using approaches on the Nano scale could include a more tailored and personalized approach, enabling the use of lower and more effective drug dosages. Current departmental projects in this area include microfluidics, Nano device fabrication, drug delivery methods, smart materials, and more. Nano Bioengineering is the use of building standards to science and medication. Biological engineering or Bioengineering/bio-designing is the utilization with the help of Nano materials or nanoparticles of standards of science and the apparatuses of building to make usable, substantial, monetarily practical items. Nano Bioengineering utilizes learning and aptitude from various unadulterated and connected sciences, for example, mass and warmth exchange, energy, biocatalysts, biomechanics, bioinformatics, partition and purging procedures, bioreactor configuration, surface science, liquid mechanics, thermodynamics, and polymer science.
Edelweiss publications maintaining the journal of Nanomaterial chemistry and technology which accepts all the original manuscripts related to Nano Bioengineering.
Researchers, authors, reviewers, and readers can use this page to find journal resources connected with Nano Bioengineering, including published articles, related academic topics, current issue content, archive material, and manuscript submission information.
Related article links for Nano Bioengineering will appear here as matching content is published in Nanomaterial Chemistry and Technology (ISSN 2690-2575). Readers can also browse the journal archive and current issue for connected research.
