Clemson University receives funding for developing an implantable biochip that can relay vital health information in emergencies. The device has potential applications in trauma care, space exploration and monitoring of diseases such as diabetes.
Xuejun Wen aims to repair spinal cord nerves using tissue engineering and implantable bridging devices. His research has the potential to improve lives and generate commercial interest.
Researchers from Clemson University have improved inkjet technology to produce live, beating heart cells more efficiently. This breakthrough enables precise placement of cells in soft tissue, a crucial step towards achieving function in the heart.
Researchers at Clemson University have created a nanotechnology-based countermeasure to render anthrax spores harmless. The method uses sugar-coated carbon nanotubes to bind with the spores, preventing their inhalation and destruction.
Astronomers used Aluminum-26 to estimate supernova frequency and star formation rate in the Milky Way galaxy. The discovery confirms the enrichment process continues to seed elements needed for life.
Clemson University has received a $856,000 grant to develop more efficient methods for producing hydrogen. The team proposes thermochemical processes that require heat and complex chemical reactions to split water into its two elements, hydrogen and oxygen. These processes could potentially replace the classic electrolysis method, whic...
Clemson University receives a $600,000 NSF grant to support biomaterials research and the growth of an advanced materials industry cluster. The grant aims to facilitate technology transfer between academia and private industry, promoting economic development in South Carolina.
The Clemson University program aims to help undergraduates develop team-building skills, adapt to the industry pace, and understand marketability of their research. With $85,000 grant from NSF, students will collaborate with industry leaders and faculty to gain insights into the school-to-work transition.
A Clemson University spin-off company has developed a new type of plastic made from polylactic acid derived from corn, which can replace up to 50% of chemicals used in regular plastics. This material could reduce 5 billion pounds of non-biodegradable plastics discarded annually and lower air pollutants.
A Clemson bioengineer has created a method using laser beams to align cells in a pattern, simulating tissue environments on a small scale. This technology could lead to early detection of cancer, saving lives, by detecting cellular responses to light.
A Clemson researcher has received a grant from the Komen Foundation to further study the combination of a mutated prolactin receptor antagonist (PRL antagonist) and Herceptin, a breast cancer drug. The goal is to develop an effective treatment for aggressive subtypes of breast cancer.
The study reveals that oysters' immune blood cells contain rhombohedral-shaped crystals used to form shell. The research aims to understand biomineralization for potential breakthroughs in medical and material sciences.
Clemson University's COMSET lab is focusing on developing new optical materials. The NSF grant will create an extended regional partnership to commercialize photonics research and attract high-paying industries to the region. This collaboration aims to build a knowledge-based South Carolina economy.
A Clemson University bioengineer has developed an innovative 'injectable' tissue implant that could repair the ravages of breast cancer surgery. The implant, made from donor cells grown on tiny beads, aims to reduce scarring and promote quicker recoveries by promoting natural tissue growth.
A new smart blending technique optimizes plastic materials for maximum effectiveness, enabling the creation of tougher, electrically conductive, and porous plastics. The technology, developed at Clemson University, has potential applications in food packaging, personal hygiene products, automotive uses, and even breakfast cereals.
Clemson researchers are using innovative 'wind towers' to gather high-resolution wind speed data near the ground, crucial for developing hurricane-resistant homes. The device's output will be used to refine building codes and potentially reduce construction costs.
The Clemson Inflatable Fabric Airlock, developed in collaboration with NASA, boasts a two-layer fabric design that eliminates seams for added strength. The airlock has withstood a terrestrial tensile force of over 675,000 pounds at four atmospheres of internal pressure.
The study shows that glucose functions as a signal compound affecting plant growth, germination, and flowering. This discovery may lead to new research on human development disorders like diabetes and obesity.
Researchers have discovered that many insects, including crickets and wood beetles, breathe using a mechanism similar to human lungs. The study used x-ray imaging to reveal rapid breathing cycles, producing air exchange rates of nearly 50 percent.
Researchers at Clemson University have identified a single gene, AGTR2, that may trigger mental retardation in males when it is abnormal. The study found mutations in eight male patients with unexplained mental retardation, offering new insights into the causes of brain development disorders.
A new laser-imaging system could detect tumors not visible on mammograms and predict benign or malignant growths, reducing unnecessary biopsies. The technology uses light to produce a 3D image of the breast's interior, promising to be a valuable diagnostic tool.
A team of students and researchers from Clemson University test eight houses in coastal South Carolina to determine the most effective hurricane retrofits. The study uses various methods, including cranes and vacuum chambers, to simulate real-life conditions and evaluate the performance of different retrofit measures.
A Clemson-led group has secured a $10 million contract to develop affordable surveillance platforms called 'aerostats' that can pair advanced radar systems to track and engage cruise missiles. The project aims to provide improved early-detection, tracking, and engagement capability for the military.
Researchers at Clemson University are testing 15 houses with hurricane-resistant retrofits to determine their effectiveness. The study aims to provide more accurate estimates of retrofit costs and benefits, helping homeowners decide whether the expense is worth it.
A Clemson-led team led by Linda J. Gahan has made a breakthrough in tracking genetically the tobacco budworm's efforts to become resistant to biotechnological pest controls. The discovery opens the door for monitoring resistance mechanisms and management strategies in insect pests.
Clemson researchers, led by Michael Pursley, are developing a wireless communication system that can transmit voice and digital data, making it more reliable and portable than current systems. The new system has the potential to revolutionize military communications and could also be used in disaster relief and fleet-based services.
Researchers at Clemson University have developed a new laser imaging system that provides more detailed views of breast tissue than traditional mammograms. The system uses 16 laser points to detect growths not visible on regular mammograms and predict tumor malignancy with high accuracy.
Researchers from Clemson University and UK scientists found that synthetic cannabinoids reduce spasticity and tremor in a mouse model of multiple sclerosis. The discovery may lead to treatments without psychoactive side effects.
The Rockwell Engineering Scholars Endowment will help Clemson meet its commitment to increase its number of engineering graduates by 30 percent. The endowment, valued at $1 million, will provide scholarships for students in mechanical engineering and electrical engineering.
The Clemson University Genomics Institute is leading a three-year project with international partners to identify all 40,000 genes in rice and locate their position on 12 chromosomes.
Clemson University engineers are deploying mobile data-acquisition platforms, called 'wind towers,' to measure wind speed and direction in the path of Hurricane Floyd. The goal is to provide accurate ground-level data to help develop design bases for hurricane-resistant homes.
The Florida Coastal Monitoring Project installs 28 sensors on 10 South Florida homes to gather data on wind speed and pressure. The project aims to improve the design and construction of houses that can withstand high winds.
Researchers at Clemson University are developing practical and cost-effective solutions to create tornado 'safe rooms' in homes. They're testing various structural components, including wood-reinforced panels and metal decking, to prevent damage from wind-blown debris and falling trees.
A new chemical sequence has been uncovered, casting doubt on long-held equilibrium theory and clearing the way for kinetic chemistry. The finding breaks the strong bond between carbon and oxygen atoms under intense radioactivity conditions.
Joel Brawley, a renowned mathematics professor at Clemson University, has been awarded the MAA's Deborah and Franklin Tepper Haimo Award for Distinguished College or University Teaching. The award recognizes his exceptional teaching effectiveness and its impact beyond his institution.
Researchers at Clemson University are testing a naturally occurring disease to control fire ant populations, which have devastating effects on the environment and economy. The disease reduces the ability of queen ants to lay eggs, slowly killing colonies over six to eight months.
The center will focus on 'designed' materials using computer-based analysis, modeling, and simulation to create tailored fibers and films. The project aims to reduce operating costs exponentially and generate over $200 billion in industry-wide revenue.
David V. Rosowsky, a Clemson civil engineering associate professor, has received the Dow Outstanding New Faculty Award for his groundbreaking work in wind engineering research and teaching. He is part of a team that developed methods to make homes better able to withstand high winds, utilizing Clemson's unique wind-load test facility.
Ray Turner, a renowned expert on using toys to teach physics, has won the American Association of Physics Teachers' Excellence in Undergraduate Physics Education Award. He uses non-threatening toys like miniature cars and ball-spinning circus seals to make complex concepts accessible to students of all ages.