Karl Lewis, a renowned Pitt engineering professor, will receive the Lifetime Achievement Award at the NSBE Pittsburgh convention. He is recognized for his extensive contributions to engineering and science, including education programs that have educated hundreds of successful Black engineers.
The grant unifies labs, extending technologies and adding computation and visualization resources. Researchers will analyze large volumes of data from non-invasive imaging technologies to study brain function, detect cognitive impairment, and improve biometrics-based security.
A study by Dr. Faulkner highlights the challenges faced by women in engineering, including feeling left out socially and needing to conform to male-dominated norms. To improve retention, companies are advised to introduce diversity training and create more inclusive workplace cultures.
The Broad Institute will be a pivotal hub for integrative biomedical research, bringing together researchers and biologists in one place. The institute will support the development of novel platforms in imaging, bioengineering, and nanotechnology for stem cell research.
The Stanford Center for Biomedical Ethics offers a pioneering 'benchside' consultation program to help basic-science researchers identify ethical and social impacts of their work. The program advises ways to minimize risks and maximize benefits, with seven Stanford researchers having sought consults since its inception.
The Howard Hughes Medical Institute (HHMI) has awarded $10 million to 12 institutions to develop new graduate programs that combine scientific research with medical practice. The initiative aims to increase the number of researchers who can translate biomedical research into clinical applications.
The NYAS China Conference showcased groundbreaking research on chemical biology, infectious diseases, genomic medicine, and neuroscience. Experts discussed innovative approaches to drug development, disease treatment, and brain growth, highlighting the importance of global collaboration.
The UCSF program aims to train scientists with knowledge and skills in biomedical, physical, and computational sciences. The new program will foster collaboration, introduce quantitative faculty, and diversify lab experiences.
The Howard Hughes Medical Institute (HHMI) is providing $10 million in grants to 12 US universities to develop innovative graduate education programs. The programs aim to produce scientists with knowledge and skills to conduct research at the intersection of biomedical, physical, and computational sciences.
A Florida State University research team has developed a biomedical device called a perfusion bioreactor that allows for the large-scale growth of adult stem cells from bone marrow. The device mimics the body's circulatory system and delivers nutrients to stem cells, enabling controlled differentiation into various tissue types.
Researchers at Purdue University have developed a new type of medical imaging technique that uses gold nanorods to detect tiny structures in the bloodstream. The nanorods yield images nearly 60 times brighter than conventional fluorescent dyes, making them ideal for early detection of cancer.
The Center for Engineering Sustainability aims to galvanize engineering programs into action, improving faculty teaching and providing peer-reviewed educational materials. The initiative also plans a nationwide survey to benchmark the status of sustainable engineering education.
Biomedical research funding in the US has doubled over the last decade, primarily driven by increased private and industry support. The proportion of industry funding remains relatively constant at 56%, while federal government funding for clinical trials has decreased.
The Whitaker Foundation offers international fellowships and scholarships to US biomedical engineering students, aiming to provide an international outlook. The program will fund 15 years of fellowships and scholarships, with a focus on increasing interaction between US-educated engineers and overseas colleagues.
Researchers at VCU are developing magnetic nanoparticles that can combine detection and treatment in a single process, promising new hope for breast cancer treatment. The nanoparticles use magnetodynamic therapy to kill tumor cells with minimal damage to healthy cells.
The program provides hands-on research experience and networking opportunities for biomedical engineering students. Students work with medical professionals to apply their research in a professional setting.
The University of Pittsburgh will train students in sustainable engineering through an eight-month international research rotation in São Paulo, Brazil. The program aims to develop global sustainability expertise and increase Hispanic students in the field of engineering.
Hassan Khalil's model will allow for new experimentation in artificial organ control, making experiments more flexible and predictable. The collaboration between UH and the Texas Medical Center fosters collaborations between engineers, doctors, and professionals.
Researchers at Vanderbilt University have created a new approach to tissue engineering that allows for the growth of predictable volumes of bone on demand. This method involves creating a 'bioreactor' space under the periosteum, a thin outer layer covering long bones, and filling it with a gel containing calcium to stimulate bone growth.
The National Academy of Engineering selected three Rice University researchers for the prestigious Frontiers of Engineering symposium. Researchers Deem, Drezek, and O'Malley will present their work in cutting-edge fields such as statistical mechanics, nanobiotechnology, and haptic interfaces.
Researchers have identified a protein piece that can attach to polypyrrole, a synthetic polymer, allowing for the development of implantable devices that stimulate nerve growth. The breakthrough could lead to new treatments for nerve damage and tissue engineering applications.
In West Papua, patients often initially choose indigenous treatments for illnesses, but switch to biomedical options if they don't work. After initial failure, individuals focus on finding the cause of their illness, attributing it to factors like ancestral spirits, magic, or biological responses.
A team of biomedical engineers and chemists at Boston University developed a computational tool that predicts the molecular targets of drug candidates. The tool uses a combination of computational and experimental methods to decipher regulatory networks and predict gene and pathway targets for various drug treatments.
A new study from Georgia Tech and Emory University suggests that the body's response to a combination device may be different and potentially detrimental when multiple components are involved. This can lead to an enhanced immune response, making it more difficult for the device to integrate smoothly into the patient.
The NIH is providing $32.8 million to enhance its Biomedical Informatics Research Network (BIRN), a consortium of universities and research groups focused on utilizing information technology innovations to advance biomedical science. BIRN aims to create an environment encouraging collaborative research, facilitating sharing, analysis, ...
The College of Engineering at Virginia Tech is launching three new programs to improve retention and graduation rates for under-represented engineering students. The programs, funded by a $2 million NSF grant, will offer mentoring, academic development, and residential learning environments to support freshman and transfer students.
Scientists at Vanderbilt University have discovered that low-intensity infrared laser light can spark specific nerves to life, exciting a leg or even individual toes without touching the nerve cells. The technique offers greater precision and accuracy than conventional electrical stimulation.
Researchers at Northwestern University are using regenerative medicine to help paralyzed people walk again and enable diabetic individuals to lead normal lives without daily treatments or organ donations. The team is focusing on synthetic scaffolds and their interactions with cells, a key component of regenerative medicine.
Biomedical engineers at Case Western Reserve University have developed a new, minimally invasive sensor that can accurately monitor glucose levels and other bodily fluids. The sensor, smaller than a pencil tip, uses color changes to detect glucose levels, providing diabetics with continuous monitoring capabilities.
HHMI and NIBIB will invest up to $35 million in interdisciplinary PhD programs to support biomedical scientists with cross-disciplinary knowledge and skills. The programs aim to prepare researchers for complex biomedical challenges.
The Center will focus on designing biodegradable tissue engineering scaffolds and novel bioreactors to optimize stem cell responses toward new tissue formation. It will also host collaborations with other laboratories to enhance core projects, such as tissue engineering of human ligaments using transfected adult stem cells.
A new technique developed by researchers at the University of Toronto has shown promise in guiding nerve cells to repair spinal damage. By using a series of fibrous rods with peptides, the team aims to stimulate cell adhesion and migration, bridging gaps between severed spine ends.
The federal government's investment in Canadian biomedical and health research has yielded significant results, including a 50% increase in licenses, 200% increase in income, and 40% increase in new spin-off companies. The funding has also led to increased international recognition and participation in global projects.
The USC Biomechanics Research Laboratory uses high-tech biomedical modeling to analyze athlete performance, identifying areas for improvement. The lab's approach combines experimental and simulation results to develop personalized training plans for athletes.
The President's Awards for Excellence in Science, Mathematics, and Engineering Mentoring recognize institutions and individuals who promote diversity and inclusion in STEM education. This year, 62 institutions and 78 individuals were recognized for their innovative approaches to mentoring, including comprehensive programs and community...
Researchers at Purdue University have discovered self-assembling nanotubes that attach better to titanium-coated implants than uncoated ones, promoting new cell growth and potentially leading to longer-lasting artificial joints. The nanotubes offer promise in biomedical applications and could be tailored for specific parts of the body.
Researchers at OHSU will explore the use of evolutionary computing to analyze images and classify abnormalities in the prostate. The goal is to create a more accurate and less invasive method for detecting prostate cancer.
The Academy of Electronic Media has received a two-year, $350,000 NSF grant to produce new Web-based materials that support electrical engineering education. The grant will also enable the development of new online tools to stimulate interest in STEM fields among students from kindergarten through high school.
The University of Houston has received a five-year, $1.5 million NSF grant to enhance its engineering curriculum and increase prospective students, with a focus on collaboration and interactive learning methods.
The award honors intelligent and perceptive journalism on biomedical research, with a focus on accessibility and impact. Up to five stories can be submitted by individual journalists or teams, with a deadline of February 29, 2004.
A team of researchers demonstrated the use of Telescience to facilitate international biomedical research, showcasing an international consortium of users and globally-distributed resources. They successfully transferred data over IPv6 networks at speeds of over 1Gbit/second.
A research team at the University of Michigan has discovered a way to disrupt the magnetic field of microwave ovens, reducing interference with nearby electrical devices. This breakthrough could have significant impacts on fields such as radar, deep-space exploration, and cancer treatment.
The Honeywell center at Virginia Tech fosters collaboration between faculty and students on creative research projects. These partnerships have led to significant revenue increases for companies like Honeywell Specialty Materials.
University of Central Florida will redesign its industrial engineering curriculum to better prepare students for a corporate world where technology plays a key role. The new curriculum will feature remote laboratories and focus on leadership roles in industries like service and information technology.
Researchers at Rutgers University have developed a bio-nano motor using virus-based proteins that can perform linear opening and closing motion. The tiny motor is small enough to line up with human hair, enabling potential use in systems for sensing temperature or position.
Researchers at Tufts University have identified the key aspects of silk processing that enable spiders and silkworms to create strong fibers. This breakthrough could lead to the development of new high-strength materials, biomaterials for tissue engineering, and environmentally friendly processes.
A UCI biomedical engineer has received a $1.8 million grant to create viable lung tissue similar to that found in bronchial tubes, which will be injured to simulate asthma injuries. The goal is to better understand what causes scarring in the lungs of people with asthma and develop more effective treatments.
Haugland's work at Molecular Probes led to the creation of over 2,800 products for biomedical research. He holds 60 patents and authored Handbook of Fluorescent Probes and Research Chemicals.
Researchers at UW-Madison have successfully created the world's first knockout rats using a novel combination of techniques, enabling further study of breast cancer and potential treatments. The development restores the rat as a key model for biomedical research, leveraging its genetic flexibility to gain insights into various diseases.
Researchers have designed a new optical microprobe to detect subsurface organ abnormalities, providing a new capability for endoscopy procedures. The device uses tiny electrically activated artificial muscle fibers to scan internal organ surfaces and penetrate beneath the surface.
The NIH is set to advance science and improve public health through a new initiative that focuses on multidisciplinary teams and cross-cutting initiatives. The plan aims to tackle pressing biomedical challenges by integrating multiple disciplines and addressing public concerns.
The University of Michigan College of Engineering will unveil the Fast Imaging Plasma Spectrometer (FIPS), a revolutionary instrument for NASA's MESSENGER Mission to Mercury. The FIPS project demonstrates how high-performance, low-weight instruments can be used to explore the solar system without risk to human life.
The Falk Center will utilize state-of-the-art gene chip technology to identify genes responsible for neurological disorders. Two therapeutic developments are approaching the product stage, including a gene-based therapy for malignant brain tumors and a treatment for attention deficit hyperactivity disorder.
Researchers at MIT create a switchable surface that can change from water-attracting to water-repelling by applying an electric field, with potential applications in drug delivery and biomedical engineering. The surface's properties are controlled using conformational transitions, allowing for reversible modification.
A team of biomedical engineers and pediatric cardiologists are developing new technologies to assist surgeons in surgical planning for Fontan treatment. They aim to improve the efficiency and customization of the procedure, leading to better outcomes for young heart patients.
CWRU scientists discover that applying magnesium to calcium-activated potassium channels reduces blood pressure by causing blood vessels to dilate. This research may help explain why magnesium supplements are effective in managing hypertension.
Researchers at Duke University's Center for Neuroengineering will develop brain-controlled prosthetic limbs and apply brain-mapping technologies to aid surgeons in distinguishing healthy tissue from tumors. The center aims to increase resolution in mapping brain regions and enable control of complex robotic actions.
Researchers at MIT have created a biodegradable polymer called biorubber that can stretch and snap back into shape, mimicking the elasticity of human organs. This breakthrough material has potential applications in tissue engineering, including heart tissue, blood vessels, and whole organs for transplantation.
A team of Johns Hopkins University students designed and built a muscle enhancement device that enables a disabled man to grasp and lift small objects. The device uses two motors, voice recognition software, and an exo-skeleton inspired by science fiction to provide mechanical help in moving the man's fingers and bending his elbow.
A recent review article reveals that horseshoe crabs have an impressive survival rate of 7.5% after undergoing biomedical bleeding, suggesting their 350 million-year-long survival is remarkable. The research also provides new information on the habitat, migration patterns, and nursery grounds of horseshoe crabs.