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Cellular pathway yields potential new weapon in vaccine arsenal
When a cell has to destroy any of its organelles or protein aggregates, it envelopes them in a membrane, forming an autophagosome, and then moves them to another compartment, the lysosome, for digestion. Two years ago, Rockefeller University assistant professor Christian Münz showed that this process, called autophagy, sensitizes cells for... view more... (2006-12-27)
New possibilities for drug design
An article in Journal of Physics B, published on 7 July 2003 by the Institute of Physics, reports on a new technique which could in future help scientists working in rational drug design (a way of tailoring a new drug to fit the structure of the protein it targets) to develop drugs more efficiently. The work, which was on a molecule called... view more... (2003-07-04)
'Micro-boxes' of water used to study single molecules
Researchers at the National Institute of Standards and Technology (NIST) have demonstrated the use of water droplets as minuscule "boxes" for small numbers of biomolecules. view more (2006-07-24)
A Morse code for human cells
Morse code is a simple, effective and clear method of communication and now scientists believe that cells in our body may also be using patterns of signals to switch genes on and off. The discovery may have major implications for the pharmaceutical industry as the signalling molecules that are targeted by drugs may have more than one purpose. The... view more... (2005-01-06)
Model for the assembly of advanced, single-molecule-based electronic components developed at Pitt
Researchers based at the University of Pittsburgh have created the best method so far of assembling wire-like structures only a single molecule wide, a significant step in science's increasing attempts to reduce the circuitry size of electronic devices to the single molecule scale and provide smaller, faster, and more energy efficient electronics. view more (2007-09-27)
UIC and Japanese chemists close in on molecular switch
The electronics industry believes that when it comes to circuits, smaller is better -- and many foresee a future where electrical switches and circuits will be as tiny as single molecules. view more (2007-07-11)
Oxford Biomedical and Kiadis agree collaborative programme on wound healing
Oxford, United Kingdom and Leiden, The Netherlands. 28 January 2003 - Oxford BioMedica plc ('Oxford BioMedica') and Kiadis BV ('Kiadis') have agreed a joint programme directed, in the first instance, at wound healing. The global market for wound healing is estimated to be in excess of $1 billion. Oxford BioMedica has used its Focused Target... view more... (2003-01-28)
MicroRNAs circulating in blood show promise as biomarkers to detect pancreatic cancer
A blood test for small molecules abnormally expressed in pancreatic cancer may be a promising route to early detection of the disease. view more (2009-09-08)
Tiny computers go where no computer has gone before
A major breakthrough in the use of molecules as information processors is to be announced at this year's BA Festival of Science in Dublin. view more (2005-09-08)
High-tech sieve sifts for hydrogen
Whether it's used in chemical laboratories or the fuel tanks of advanced automobiles, hydrogen is mostly produced from natural gas and other fossil fuels. view more (2006-02-06)
Simulations help explain fast water transport in nanotubes
By discovering the physical mechanism behind the rapid transport of water in carbon nanotubes, scientists at the University of Illinois have moved a step closer to ultra-efficient, next-generation nanofluidic devices for drug delivery, water purification and nano-manufacturing. view more (2008-09-17)
Researchers discover new strategies for antibiotic resistance
With infections increasingly resistant to even the most modern antibiotics, researchers at the Los Angeles Biomedical Research Institute at Harbor-UCLA Medical Center (LA BioMed) report in the September issue of Nature Reviews Microbiology on new clues they have uncovered in immune system molecules that defend against infection. view more (2007-08-30)
Where is the proton? Yale scientists discover footprints of shared protons
This week in Science, Yale researchers present "roadmaps" showing that shared protons, a common loose link between two biological molecules, simply vibrate between the molecules as a local oscillator, rather than intimately entangling with the molecular vibrations of the attached molecules. view more (2007-04-13)
New tool gives researchers a glimpse of biomolecules in motion
The ability of biomolecules to flex and bend is important for the performance of many functions within living cells. view more (2009-01-14)
Caught in Flight
Chemists are very interested in unusual molecules that are made from atoms of a single element. For example, fullerenes ("buckyballs") and nanotubes, made of pure carbon, are generating a lot of excitement among materials scientists. If all were as it should be, the element phosphorus should be more similar to carbon than any other member of the... view more... (1999-11-24)
Caltech engineers build mini drug-producing biofactories in yeast
Researchers at the California Institute of Technology have developed a novel way to churn out large quantities of drugs, including antiplaque toothpaste additives, antibiotics, nicotine, and even morphine, using mini biofactories--in yeast. view more (2008-08-18)
Drug combinations key in treating neurodegenerative diseases
Combining the benefits of multiple drugs in a single pill may hold the key to treating neurodegenerative diseases, Medical College of Georgia researchers say. view more (2009-02-02)
Porphyrin electron-transfer reactions observed at the molecular level
Researchers at Temple University have observed and documented electron transfer reactions on an electrode surface at the single molecule level for the first time, a discovery which could have future relevance to areas such as molecular electronics, electrochemistry, biology, catalysis, information storage, and solar energy conversion. view more (2007-08-03)
Researchers Find Synthetic Molecules That May Literally Be The Key To “Locking Away” Unwanted DNA
Research chemists have a found a class of synthetic molecules that could quite literally act as a key which could lock away sections of DNA into a closely wound coil preventing proteins from interacting with particular sections of DNA code. By locking up the DNA in this way scientists could stop particular sequences of DNA from activating... view more... (2002-04-15)
Protein can help cells or cause cancer, Purdue researcher finds
A Purdue University scientist has discovered a key process in cell growth that can lead to the formation of tumors. view more (2009-07-08)
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