The National Space Biomedical Research Institute (NSBRI) has renewed its Graduate Education Program in Space Life Sciences at Massachusetts Institute of Technology (MIT) and Texas AûM University. The programs focus on space life sciences and provide Ph.D. training to students, with a combined value of $1 million over 5 years.
The National Space Biomedical Research Institute has awarded $100,000 to ACell, Inc. and Enterade USA LLC to develop innovative medical solutions addressing unmet health needs in space and on Earth. The funding will support the commercialization of wound-healing dressings and a radiation-rehydration drink.
Scientists develop ultrasound technology that uses 'Twinkling Artifact' to detect and treat kidney stones. The technology can push stones toward the exit of the kidney, avoiding surgery, and has potential for other medical applications.
The 520-day Mars Mission simulated prolonged operational confinement on a six-member international crew, collecting over 4.5 million minutes of actiwatch data to evaluate the impact on sleep patterns and mental health. The study's findings will help scientists mitigate potential problems for future long-duration space missions.
Scientists have developed new ultrasound tools that can be used in space and remote areas, allowing non-physician astronauts to perform diagnostic exams. The tools include a catalog of 'space-normal' imagery of the human body, enabling astronauts to provide care without consulting a physician on Earth.
Dr. Joseph V. Brady, a pioneer in spaceflight training, is being honored by the National Space Biomedical Research Institute (NSBRI) with its Pioneer Award. NSBRI recognizes his role in launching early US human spaceflights and his contributions to the field of behavioral biology.
A new system is being developed to provide accurate patient histories, assist in treatment, and optimize remote medical diagnosis. The integrated LTM/iRevive system will guide caregivers through the observational recording process and reduce errors, allowing for greater focus on providing care.
A team of researchers has developed a system that uses electrical trickery on the brain to induce realistic spaceflight effects. The Galvanic vestibular stimulation (GVS) system safely simulates the sensory and mobility disturbances experienced by astronauts after returning to Earth's gravity.
A six-man international crew will undergo a simulated 520-day Mars mission to assess the impact of prolonged isolation on mental health. The study aims to better understand how sleep loss, fatigue, and stress affect performance in long-duration space missions.
Researchers developed software that uses mathematical models to predict how individuals will react to specific conditions. The Circadian Performance Simulation Software (CPSS) allows users to design a schedule and predicts optimal times for light to shift circadian rhythms, enhancing performance.
Astronauts returning from long-duration space missions face balance problems, including dizziness and difficulty standing. Researchers have developed an adaptability training system using a treadmill with simulated balance disturbances to help them adapt quickly.
Researchers have discovered that space radiation can cause rapid bone loss in mice, which may lead to new treatments for cancer patients and astronauts. The study's findings suggest that existing medications like bisphosphonates could prevent this early loss of bone mass.
Researchers studied effects of lighting interventions, stress and fatigue monitoring on crew performance. The 105-Day Mars Mission aimed to improve work performance in a realistic setting.
The Venus prototype uses near-infrared light to measure metabolic rate, tissue oxygen, and pH without needle pricks. This technology has numerous applications, including emergency medical care, sports performance, and patient monitoring, and may improve survival rates for trauma victims and astronauts in space.
The new ultrasound technology, SCAN, uses non-invasive imaging to assess bone quality and predict fracture risk. It also assists in healing fractures by stimulating bone regeneration, making it a cost-effective and accessible tool for healthcare providers.
Scientists at National Space Biomedical Research Institute (NSBRI) are developing an interactive, multi-media program to assist astronauts in recognizing and managing depression. The system, part of the Virtual Space Station, provides a straightforward process for problem-solving and goal-setting, with features including graphics, vide...
Researchers are studying the effects of lunar dust on astronaut health in low-gravity environments. The study found that tiny particles can remain suspended in the airways and potentially cause lung damage for extended periods.
A study by National Space Biomedical Research Institute has found that osteopontin plays a significant role in the immune response to chronic stress. Mice with normal OPN gene experienced weight loss, spleen and thymus atrophy, and reduced white blood cells after three days of hindlimb unloading.
Researchers developed a self-test tool using data from an undersea mission to assess stress, fatigue and cognitive fitness in astronauts. The test involves a vigilance task and cortisol measurements to evaluate the effects of prolonged space missions on mental performance.
Researchers develop an exercise program using rowing and strength training to address physical changes caused by microgravity. The program also includes a potassium-magnesium-citrate supplement to prevent kidney stones. Studies show that the regimen preserves cardiac size and function, muscle mass, and bone mineralization.
Researchers studied team cohesion, problem-solving and task performance of aquanauts in Aquarius undersea habitat. The NEEMO 9 project assessed physiologic reactions to isolation, sleep disruption and technology use.
A team of researchers has created a miniaturized blood-counting machine that can analyze blood samples using minute amounts, reducing the need for bulky equipment and large blood draws. The device will enable astronauts to perform simple blood tests on the moon and Mars, as well as improve neonatal care with infants.
Researchers at NSBRI have developed an ultrasound training method that reduces learning time to two-to-three hours a year. The program uses computer-based instruction and remote guidance to enable non-physicians to assess and manage emergency medical conditions in space, sports, and emergency response situations.
Researchers are testing the Space Cycle, a human-powered centrifuge that generates artificial gravity, to prevent muscle loss and atrophy in astronauts. The device simulates various levels of gravity, from Earth to five times Earth's gravity, to assess its effectiveness in maintaining muscle mass and strength.
Abed-rest study investigates the impact of space-like conditions on the human immune system, exploring possible causes of a compromised immune response. The study aims to provide valuable data for international efforts to plan long-duration missions and address health risks associated with chronic radiation exposure.
A new high-resolution ultrasound imaging device, SCAD, can monitor and diagnose bone quantity, density and strength in space. The technology has the potential to aid diagnosis for a number of skeletal disorders and improve treatment outcomes for people suffering from osteoporosis.
A new neutron detector is being developed to monitor spacecraft radiation, with a goal of creating a lightweight and portable device that can detect high-energy neutrons. The detector will provide crucial data for exploration missions outside Earth's orbit, where astronauts are exposed to increased radiation levels.
Researchers at the National Space Biomedical Research Institute are developing a new treadmill training system to help astronauts recover from balance problems after long-duration space flights. The system will also aid elderly patients and others with similar issues.
A new software package called MiniCog is being developed to evaluate cognitive processes and determine mental readiness for tasks. The program uses a series of nine cognitive tasks to assess attention, working memory, problem-solving ability, and other mental functions.
Researchers develop technology to characterize unknown bacteria, helping astronauts stay healthy in space. The system predicts bacteria's source and identifies potential infection risks.
Dr. Babs Soller's team is working on a sensor system that can measure blood and tissue chemistry without the need for blood draws or incisions, providing accurate readings unaffected by skin color or body fat. The device has potential applications in space medicine, emergency rooms, ambulances, and exercise training.
A study by National Space Biomedical Research Institute found that amino acid supplements can maintain protein synthesis rates and body mass during bed rest, a model for muscle loss in space. The supplements also showed potential in reducing muscle atrophy in elderly, burn patients, and those after major operations.
Space motion sickness affects 70% of first-time space travelers, causing nausea, vomiting, and cognitive impairment. Researchers are testing four drugs to find a safe alternative that reduces symptoms without affecting reaction time or memory.
A computer-based system is being developed to assist astronauts on extended missions with conflict resolution and mild depression. The system uses problem-solving therapy and computer simulations to help users identify and address problems.
A lightweight imaging cap is being developed to assess brain function in space and on Earth. The device utilizes diffuse optical tomography (DOT) to record brain activity through near-infrared light, with potential applications for diagnosing brain disorders such as strokes and seizures.
Researchers discovered a gene, atrogin-1, that plays a critical role in muscle atrophy. This protein triggers excessive protein breakdown, leading to muscle loss in various conditions, including space-related muscle wasting.
Researchers have developed a portable ultrasound device that uses high-intensity focused ultrasound (HIFU) to target and destroy unwanted tissue or cauterize lesions. The device has the potential to revolutionize emergency medical care, particularly in remote areas or on battlefields where traditional treatment is not possible.
A NASA-funded study is investigating the effects of reduced sleep on astronauts in space, with a focus on finding optimal combinations of anchor sleep and daily naps. The research aims to mitigate cognitive impairments, improve reaction times, and enhance overall well-being among space travelers.
A NASA-funded study found that people's internal clocks have difficulty adapting to non-24 hour days, leading to increased risk of fatigue and sleepiness. The study, conducted at the National Space Biomedical Research Institute, evaluated participants' melatonin levels in response to varying day lengths.
A study is underway to test the effectiveness of zoledronate, a bisphosphonate medication, in preventing bone loss in spinal cord injury patients. The results could also have implications for astronauts on long-duration space missions, where bone loss is a significant concern.
Researchers are developing a compact machine called AMPDXA to precision measure tissue mass, bone density and geometry. This instrument will aid in preventing weakened bones and fractures for astronauts returning to Earth or landing on another planet.
Researchers examine how personality, culture, and group dynamics influence behavior and health outcomes in isolated environments. They also investigate the risks of space radiation exposure on astronauts' bodies, aiming to identify traits that maximize crew functioning and reduce individual and group problems.
A virtual-reality training tool is being developed to help astronauts learn techniques for navigating complex spacecraft and maintaining orientation in microgravity environments. The device tests users' ability to maintain spatial awareness and navigate through various modules.