(PhysOrg.com) -- At the bottom of plants' ability to sense touch, gravity or a nearby trellis are mechanosensitive channels, pores through the cells' plasma membrane that are opened and closed by the deformation of the membrane. ...
Plants & Animals
Oct 21, 2011
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How the light-harvesting complexes required for photosynthesis get to their site of action in the plant cell is reported by RUB biologists in the Journal of Biological Chemistry. The team led by Prof. Dr. Danja Schunemann ...
Biochemistry
Oct 19, 2011
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A new study by GW Professor Yongsheng Leng, assistant professor of engineering and applied science, and postdoctoral scientist Yajie Lei, reveals that solidified lubricants in tight pores do not change back to a liquid form. ...
Condensed Matter
Oct 18, 2011
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The latest development by engineers of Karlsruhe Institute of Technology (KIT, Germany) is inspired by nature. To fill the porous electrodes of lithium-ion batteries more rapidly with liquid electrolyte, they use a physico-chemical ...
Energy & Green Tech
Oct 17, 2011
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(PhysOrg.com) -- Michael Tsapatsis and colleagues at the University of Minnesota have devised a means for overcoming the problem of grouping that occurs during the exfoliation stage when producing zeolites which results in ...
Adenoviruses cause respiratory diseases and are more dangerous for humans than previously assumed. They manipulate gatekeeper molecules and infiltrate the cell nucleus with the aid of the host cell. A team of researchers ...
Cell & Microbiology
Oct 3, 2011
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Toxin proteins are genetically engineered into our food because they kill insects by perforating body cell walls, and Professor Rikard Blunck of the University of Montreal's Group for the study of membrane proteins (GEPROM) ...
Analytical Chemistry
Sep 12, 2011
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When plants feel stress from a lack of water, they close their epidermal pores, or stomata, to prevent water loss via transpiration. Each stoma is flanked by a pair of guard cells, which change shape to close or open stomata ...
Biotechnology
Sep 9, 2011
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A team of Swinburne researchers has shown that low-temperature microwaves can be used to open up pores in bacterial cells, which could lead to significant improvements in the design of drug delivery systems.
Cell & Microbiology
Aug 18, 2011
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Concerns over the finite availability of oil and the effect of greenhouse gases on climate have spurred intense efforts to develop electric-drive vehicles; the major barrier to successful commercialization being battery technology. ...
Nanomaterials
Aug 9, 2011
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