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New Ability To Regrow Blood Vessels Holds Promise For Treatment of Heart Disease

By Guest PostFebruary 11, 2012Scienceaaron baker, austin, blood vessels, cell growth, cell receptor, cellular differentiation, central ischemia, chronic myocardial ischemia, clinical disease, coreceptor, coronary vessel, disease, extra component, fgf 2, fibroblast growth factor 2, growth factor, heart, hindlimb ischemia, limbs, lipid based nanoparticles, lipid embedded receptor, lipid incased substance, organ dysfunction, patient, plaques, rats, revascularization approach, smoking, syndecan 4, synthetic, university of texas, western world

AUSTIN, Texas — University of Texas at Austin researchers have demonstrated a new and more effective method for regrowing blood vessels in the heart and limbs — a research advancement that could have major implications for how we treat heart disease, the leading cause of death in the Western world.

The treatment method developed by Cockrell School of Engineering Assistant Professor Aaron Baker could allow doctors to bypass surgery and instead repair damaged blood vessels simply by injecting a lipid-incased substance into a patient. Once inside the body, the substance stimulates cell growth and spurs the growth of new blood vessels from pre-existing ones. (more…)

Researchers Discover Potential Key To Lowering Energy Costs of Cell Phones and Data Centers

By Guest PostFebruary 8, 2012Technologyalgorithm, apple, austin, australian national university, cellphone, computer science, data center, Google, gps, hardware, intel, kathryn mckinley, microprocessor, microprocessors function, Microsoft, power usage, professor, smartphone, software, stephen m blackburn, university of texas

AUSTIN, Texas — A systematic analysis of power usage in microprocessors could help lower the energy consumption of both small cellphones and giant data centers, report computer science professors from The University of Texas at Austin and the Australian National University.

Their results may point the way to how companies such as Google, Apple, Intel and Microsoft can make software and hardware that will lower the energy costs of very small and very large devices. (more…)

Nano-Sized Protein Clusters Address Major Challenge of Drug Delivery

By Guest PostFebruary 2, 2012Sciencearthritis, austin, biopharmaceutical, bloodstream, cancer, cockrell school, dilute concentration, diseases, infectious disease, jennifer maynard, keith p johnston, packard foundation, ph, protein, protein nanocluster, thomas truskett, treatment, universal approach, university of texas, welch foundation

AUSTIN, TX — A new form of proteins discovered by researchers at The University of Texas at Austin could drastically improve treatments for cancer and other diseases, as well as overcome some of the largest challenges in therapeutics: delivering drugs to patients safely, easily and more effectively.

The protein formulation strategy, discovered by chemical engineering faculty members and students in the Cockrell School of Engineering, is unprecedented and offers a new and universal approach to drug delivery — one that could revolutionize treatment of cancer, arthritis and infectious disease. (more…)

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New Ability To Regrow Blood Vessels Holds Promise For Treatment of Heart Disease

Researchers Discover Potential Key To Lowering Energy Costs of Cell Phones and Data Centers

Nano-Sized Protein Clusters Address Major Challenge of Drug Delivery