Learn How Bionanotechnology Is Helping To Improve Our World Today

Bionanotechnology is a science that sits at the convergence of nanotechnology and biology. Nanobiotechnology and Nanobiology are two other names used interchangeably to refer to bionanotechnology. This field uses nanotechnology tools in solving biological problems and creates specialized applications.

Nanobiotechnology refers to the use of nanotechnologies within biological fields. Biologists, physicists, and chemists see nanotechnology as an extension of their respective fields in each of the three major disciplines. As a result, collaborations that each contributes equally to nanotechnology are common.…

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using nanotechnology in biology research

See How Nanobiology Research Is Used In Today’s World

Bionanotechnology, Nanobiotechnology, and Nanobiology are phrases that apply to the intersection of biology and nanotechnology. Given that the topic is one that has just emerged quite recently, bionanotechnology and nanobiotechnology function as blanket terms for various associated technologies.

Nanobiology, as an area of research, implies the incorporation of biological analysis with nanotechnologies such as nanoparticles, nanodevices, or one-of-a-kind nanoscale aspects. However molecular practitioners have been working with tiny biomolecules for the past couple of decades, Nanobiology wasn’t defined as a subject until researchers began making a concentrated effort to use our understanding of nanotechnology to tackle biological issues.

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DNA Origami

How DNA Origami Manipulates Proteins For Bioengineering

Physical manipulation of microscopic structures and proteins allows scientists to alter cell biology.

For most, this small scale approach provides a vital link between natural responses in cells and medical intervention. This approach could open up new opportunities in cell biology, biotechnology, and medication.

At the heart of this is DNA origami. This recent technique in the creation of hybrid structures takes DNA and proteins to form new, more beneficial components. It is the work of Florian Praetorius and Prof. Hendrik Dietz of the Technical University of Munich and is sure to replicate elsewhere.…

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Nanotechnology In Consumer Products

The Growing Developments Of Nanotechnology In Consumer Products

Nanotechnology is no longer a science bound to the world of science fiction. Radical breakthroughs in particle construction and function mean that they are real and ready for use.

Often, the focus lies in the initiatives in the world of healthcare, electronics, energy generation and even the military. There is always that consumer market that cannot be readily ignored.…

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Best Applications Of Nanotechnology

6 Of The Best Applications Of Nanotechnology In Biology and Medicine

Nanotechnology is a word that is more frequently in use in medicine and surgery, as developers find new ways to use these particles to their benefit.  The problem is that some people aren’t too sure what to expect from this new technology, or what it does.

The following is a list of 6 of the most interesting developments in nanotechnology for biology and medicine. They are all in areas of interest in medical care and disease prevention, all of which have significant implications for the field.

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Nanorobots-DNA technology

Nanorobots – A New Advancement In DNA Technology

Deoxyribonucleic acid, more commonly known as DNA is a molecule that carries genetic information in human beings as well as other living things.

This information is used to influence the growth, development, functioning and even reproduction of living things. This makes DNA one of the most interesting molecules in nature.…

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DNA And Nanotechnology

New DNA Nanotechnology Particle Testing Technique Developed

Diseases such as cancer, Parkinson’s disease, and HIV/Aids, and even inherited disorders such as cystic fibrosis and hemochromatosis all have one thing in common; they have no known cures. However, with gene therapy, this may soon change. DNA Nanotechnology is used in gene therapy in a process whose purpose is to treat or prevent a disease using genes.

More specifically, the process delivers therapeutic nucleic acid polymers into the cells of a patient. Indeed, gene therapy has evolved immensely over the years. In 2016 for example, scientists made significant progress using gene therapy for increasing the resistance of uninfected cells to HIV/Aids and even “snipping out” infected cells.

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