• Researchers create versatile 3d nanostructures using DNA 'bricks'

    Updated: 2012-11-30 00:22:13
    New method greatly expands repertoire of nanobiotechnology applications in medicine and beyond.

  • DNA2.0, Newcastle University Partner to Develop Expression System for B. Subtillis

    Updated: 2012-11-29 20:13:02
    . Search Search this site : Home News GenomeWeb Daily News BioArray News BioInform Clinical Sequencing News Gene Silencing News In Sequence PCR Insider PGx Reporter ProteoMonitor Magazine Blog Careers Job Listings Video Resource Log in or Register Friday , November 30, 2012 Arrays Clinical Genomics Informatics PCR Sample Prep Proteomics RNAi Sequencing Videos Home GenomeWeb Daily News DNA2.0, Newcastle University Partner to Develop Expression System for B . Subtillis November 29, 2012 Type size : Email Printer-friendly version RSS Feed By a GenomeWeb staff reporter NEW YORK GenomeWeb News DNA2.0 today announced a deal with Newcastle University to develop a protein expression system for Bacillus subtillis DNA2.0's GeneGPS gene optimization technology will be the basis for the development of

  • Injecting femtotliter quantities into single cell nuclei using fluidic force microscopy (FluidFM)

    Updated: 2012-11-29 12:35:52
    Fluidic force microscopy (FluidFM) is an emerging technology which combines atomic force microscopy (AFM) with microfluidics. In a new study, researchers in Switzerland have now developed an innovative method for straightforward injection into the nucleus of a living cell, taking advantage of the nanoscale accuracy and small probe size of AFM and the possibility to handle fluid under pressure-control through the integrated microchannel.

  • Artificial spores - protecting living cells with tough artificial shells

    Updated: 2012-11-28 10:34:26
    Spores are reproductive structures that have developed in nature to preserve genetic information and protect cellular components in harsh conditions and against external stresses such as nutrient deprivation, high temperatures, or radiation. Spores form part of the life cycles of many bacteria and plants. The cellular components of a spore are protected against the environment by a very robust hierarchical shell structure that allows it to survive for many years under hostile conditions found naturally that can easily and quickly kill normal cells. By developing the concept of artificial spores, researchers have been developing strategies to coat single cells with a hard, protective layer of a hard thin shells.

  • Selecta Biosciences and Sanofi to Develop Antigen-Specific Immunotherapies Based on Selecta's Synthetic Vaccine Particle Technology

    Updated: 2012-11-28 09:07:36
    Under the agreement, Sanofi obtains an exclusive license to develop an immunotherapy designed to abate acute immune responses against a life threatening food allergen and an option to develop two additional candidate immunotherapies for allergies each to a specific food or aeroallergen.

  • The Molecular Circus

    Updated: 2012-11-19 00:10:00
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