The phrase 'sex sells' takes on special significance when scientists and students gather. While nature's showiest subjects step out to promote reproductive success and survival with bright colors, flash and iridescence in feathers, scales, petals and wings, biologists, physicists, behaviorists and materials scientists will delve into whatâ??s behind all the bling at a workshop on 'Iridescence' to be held Feb. 6-9 at Arizona State University in Tempe, Ariz.
Within the next month, a panel of advisers to the Department of Public Health in Cambridge will deliver a set of recommendations to the City Council on how to deal with nanotechnology firms operating inside the city's boundaries.
While undergraduate students may think that the University of Alberta emphasizes research over teaching, those in research say thatâ??s not the case, arguing that good teaching needs good research programs.
The NanoSTEM initiative recognizes that the Chippewa Valley is positioned to be a hub of nanotechnology activity. It would provide additional resources to the Universities of Wisconsin-Eau Claire and Stout and to Chippewa Valley Technical College, and provide tax incentives for businesses that partner with the schools to develop nanotechnologies.
Using computer simulations, researchers at the University of Illinois have demonstrated a strategy for sequencing DNA by driving the molecule back and forth through a nanopore capacitor in a semiconductor chip. The technique could lead to a device that would read human genomes quickly and affordably.
The quest for an effective antitumor vaccine has received a boost from the results of work aimed at developing a nanoparticle that delivers tumor antigens to the immune system cells that trigger antibody production.
Aptamers, short stretches of DNA or RNA that can act much like antibodies, have shown promise as targeting agents for selective nanoparticle trafficking to tumors. Their ability to recognize and bind to tumor-specific molecules is undisputed, but the strength with which aptamers bind to their molecular targets is often insufficient to act as an effective targeting agent under clinically relevant conditions.
Cancer cells display a variety of proteins on their outer membranes that are not present on the surface of normal cells. Although these proteins are likely to be critical to the survival or metastatic spread of cancer, investigators at North Dakota State University have turned one of these proteins against the malignant cell, using it to trigger the release of dye molecules entrapped in a nanoparticle.
The long and challenging effort to find blood-borne markers for cancer and other diseases may soon enter a new realm of success using a new nanoparticle that preferentially and rapidly removes small proteins and other molecules from blood while simultaneously protecting them from degradation.
Solid gold nanoparticles have long been used to treat rheumatoid arthritis and more recently have shown promise in treating various types of cancer. Now, thanks to work by Shuming Nie, Ph.D., and his colleagues at the Emory-Georgia Tech Nanotechnology Center for Personalized and Predictive Oncology, these same nanoparticles could serve as a powerful tumor-homing beacon for detecting microscopic tumors or even individual malignant cells.
The potential of carbon nanotubes to diagnose and treat brain tumors is being explored through a partnership between NASA's Jet Propulsion Laboratory, Pasadena, Calif., and City of Hope, a leading cancer research and treatment center in Duarte, Calif.
Scientists have used new optical technologies to observe interactions in nanoscale systems that Heisenbergâ??s uncertainty principle usually would prohibit, according to a study published Jan. 17 in the journal Nature.
A diverse group of nanotechnology stakeholders, including non-governmental organizations, large and small companies and research organizations, applaud the inclusion in the Consolidated Appropriations Act for Fiscal Year 2008 of a measure that will aid in the development and implementation of a comprehensive federal nanotechnology environmental, health, and safety (EHS) research strategy.
The Bureau of Economic Geology at The University of Texas at Austin's Jackson School of Geosciences announces the Advanced Energy Consortium (AEC), a multimillion-dollar research consortium dedicated to the development of micro and nanotechnology applications to increase oil and gas production.