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Broadly speaking, Journal of Biomedical Nanotechnology covers
applications of nanotechnology in biotechnology, medicine,
biosciences, and all other related fields of life sciences. The
coverage includes applications of nanotechnology in all fields of life
sciences, all kinds of nanoscale biomaterials, biomimetics of
biological materials and machines, nanoprobes, biocompatible surfaces,
functional bioengineered materials, polypeptides, bioceramics,
biopolymers, organic-inorganic hybrid biomaterials, nanocomposites,
biological macromolecules, proteins, enzymes, kinases, phosphatases,
DNA-based nanostructures, molecular assemblies, biomolecules, cells,
and glycans, biochips, microarrays, biocompatibility aspects of
materials, interactions between biomaterials, protein-surface, cells,
tissue and organs, cellular matrix interaction,, artificial muscles
and organs, biomembranes, bioseparation process, drug delivery,
biopolymers for orthopedic and cardiovascular applications, dentistry,
bone, bioanalysis, biosensors, molecular sensors, clinical diagnostic
techniques, nanoparticles for drug delivery, dendrimers for medicine,
biomedical implantation, biomechanics, bioinstrumentation, nanoscale
physiology and pathology, bioinformatics, nanoscale genetics and
genome research, gene expression, immunoassays, proteomics and
protein-based nanostructures, sequencing of nucleic acid, DNA and RNA,
biomarkers, biocomputing, instrumentation techniques for
nanobioscience, nanoscale cellular and tissue engineering,
nanodevices, biomedical nanoelectronics, biomedical microsystems,
biochemistry and biophysics aspects, BioMEMS, nanofabrication,
nanotubes, lab-on-a-chip, biological motors, biomembranes,
nanofilters, biosensors, nanotechnologies for cell and tissues,
nanofluidics, pharmaceutical nanotechnology, drug and gene delivery,
therapeutic proteins, disease control, cancer therapeutics, diagnostic
techniques, nanoscale imaging, nanoanalysis, spectroscopic studies
using X-ray, STM, AFM, SNOM, systems biology, computational biology,
etc., and much more. . .
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Scientists, engineers, biologists, and
medical experts working in biological aspects of nanotechnology having
connections with biotechnology, medicine, biomedical sciences,
pharmaceutical science, biochemistry, biophysics, biomaterials,
microsystems engineering, genome science, bionformatics, biocomputing,
bionanoelectronics, biomechanical engineering, bio-optical science,
bioceramic and biochemical engineering, surface science, polymer
science, spectroscopy, agricultural science, veterinary science, food
science, and all other related areas of life sciences. |
