Archive for August, 2012

Tackling microbes the nano way

Nanoparticles in Anti-Microbial MaterialsFrom healthcare products to food packaging, anti-microbial materials are needed to help reduce the spread of infection and disease. Many nanomaterials demonstrate anti-microbial activity, in particular silver nanoparticles, which has lead to a surge of research in this area. By covering the properties, synthesis, characterisation and toxicology, Nanoparticles in Anti-Microbial Materials presents an informative and interesting insight into materials exhibiting anti-microbial properties.

Written by Fiona Regan, James Chapman, Timothy Sullivan, Dublin City University, Ireland, this new book provides an essential source of information for both those with an advanced knowledge of the area and new to the field.

Find out more about the development of materials which resist microorganisms – access the eBook.

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Celebrating the work of Colin Thornton

Discrete Element Modelling of Particulate MediaColin Thornton is one of the pioneers of the discrete element method (DEM), a numerical technique for analysing the mechanics and physics of particulate media. To celebrate his 70th birthday and recognise his exceptional scientific contributions, the International Symposium on Discrete Element Modelling of Particulate Media held at Birmingham, UK on 28-30th March, 2012 was held in his honour.

Discrete Element Modelling of Particulate Media is a collection of the papers from the meeting highlighting the current developments in the areas of two-phase systems, cohesive systems, granular flows and quasi-static deformation, all inspired by Colin’s work.

This book is a welcome addition to the literature for those working on powder handling and formulation.

Don’t miss out on the latest developments – read the book today.

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Nanostructured biomaterials: tiny, but overcoming huge hurdles!

Overcoming biological barriers is one of the most important challenges when developing nanomaterials to deliver drugs, vaccines, genes and cellular therapies.  The most recent title published in the popular Drug Discovery Series tackles this issue, providing detailed and comprehensive discussion of the advances being made in this medically and commercially important area.

Nanostructure Biomaterials for Overcoming Biological Barriers edited by Maria Jose Alonso and Noemi S Csaba will be an essential text for pharmaceutical chemists working in industry and academia, but will also be highly relevant to any scientist working within drug development or therapeutic delivery research.

Find out how to overcome biological barriers here.

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How do you develop an anti-inflammatory drug?

Anti-inflammatory drug discovery is an important and rapidly expanding area of therapeutic research, the development of orally-active medicines is crucial to maintaining the quality of life of those suffering from a variety of conditions such as rheumatoid arthritis, asthma, psoriasis and inflammatory bowel disease.  

Anti-inflammatory Drug Discovery edited by Jeremy Levin and Stefan Laufer is the latest title to be published in the Drug Discovery book series and highlights the recent efforts, successes and failures in the development of  targeted therapeutics. Written by respected experts working in the field, this title provides detailed explanations of the biological pathways, targets and medicinal chemistry strategies involved in drug development and will serve as a valuable resource for any researchers or scientists interested in the discovery of anti-inflammatory drugs.

Discover more about anti-inflammatory drugs here.

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The future of medicine is nano-sized

As the World’s eyes focus on London for the sporting events, here in the RSC book’s office we’re focussing on health and wellbeing.  Therefore, our book of the month for August focuses on the contributions of materials science to healthcare.

Biological Interactions with Surface Charge in Biomaterials highlights the fascinating area of nanomedicine, an area that has long since been heralded as the future of healthcare in science fiction films and television shows.

The book is published in the RSC Nanoscience & Nanotechnology series and is written and edited by experts in the field, the book discusses the fundamental principles and scientific background behind the body’s response to biomaterials, and highlights the considerations that must be taken into account when developing such materials, such as plaque formation, encrustation and charge distribution.

Covering the technology and applications of biomaterial devices in detail, these concepts are supported by case studies, clearly indicating the real life implications of this newly emerging research field.

Find out how close the future really is here.

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