Sarah Gray, an assistant professor of psychology at Tulane University, has been awarded a NARSAD Young Investigator Grant through the Brain and Behavior Research Foundation. A NARSAD grant is one of the highest distinctions in the field of mental health research. Less than 200 researchers receive the prestigious grant each year, and Gray will use the money – up to $70,000 over two years – to study the development of children who have been exposed to violence or other traumatic events.
Dr. Steven Paul got his start in medical research in Dinwiddie Hall on the Tulane University uptown campus. In the laboratory of professor Merle Mizell, Paul was an undergraduate student worker feeding frogs for developmental biology and cancer research.
A Tulane University researcher is leading a study that could lead to improved ways of screening chemotherapy drugs for neurotoxicity, the prime reason that patients reduce their doses or cease treatment altogether. The study is being led by Michael J. Moore, an associate professor of biomedical engineering at Tulane, in collaboration with AxoSim Technologies, LLC, a start-up company spun out of Moore’s lab in 2014 to improve pharmaceutical drug development.
A Tulane University psychology professor and a team of community partners will spend the next four years in New Orleans public schools as part of a first-of-its-kind study to determine the best ways to meet the needs of trauma-exposed students.
A Tulane University researcher is studying adolescent brain development as part of a $5.9 million grant from the National Science Foundation.
Michael J. Moore and J. Lowry Curley first met in the laboratory as professor and student. Now the two Tulane University researchers have started a new biomedical company that’s winning praise and awards.
Yu-Ping Wang, an associate professor of biomedical engineering and biostatistics and bioinformatics at Tulane University, has been awarded two grants totaling nearly $3.7 million from the National Institutes of Health.
Tulane clinical psychologist Michael Hoerger understands all too well the agonizing treatment choices families face when a loved one is diagnosed with advanced cancer. How do some patients remain hopeful and resilient even under the darkest of circumstances while others disengage?
Gone are the days when a lonely scientist would work very much on his or her own in a lab or office, spending long solitary hours trying to solve complex issues. Today’s approach to the compelling research problems of our time, such as climate change, chronic disease and obesity, involves many scientists, often from diverse disciplines, who come together to develop robust solutions that have been addressed from multiple perspectives.
The members of Team Inventilator, seniors majoring in biomedical engineering at Tulane University, were more than happy to explain their invention — an automated airway-suctioning device for patients on ventilators.
Article By Elizabeth Heideman
Wearing blue, plastic gloves like budding brain surgeons, a group of New Orleans area children cautiously peered at the cool, grey brains they were holding before them. At first, they examined tentatively, occasionally wrinkling their noses, but the children’s squeamishness was quickly replaced with wonder as they witnessed for the first time what powered their bodies and their imaginations.
Derek Dashti, a doctoral student studying bioinnovation at Tulane University, has been named a University Innovation Fellow, a prestigious national honor that will enable him to bolster entrepreneurial activity on campus.
Students interested in a career in medicine learned about applying to medical school, getting through the interview process and success as a medical student from Tulane University alumnus Dr. Robert I. Grossman, CEO and dean of New York University Langone Medical Center.
Babies have a natural proclivity for banging, but what may seem like haphazard movements (and a lot of noise) are actually providing researchers at Tulane University with important data on how humans learn to use tools.
Carrie A. Manore, a postdoctoral researcher at the Tulane University Center for Computational Science, has been awarded a $480,700 fellowship to study the impact of environmental changes on emerging and potentially emerging infectious diseases.
Recent Tulane University graduate Gisele Calderon of Baton Rouge, La., has won a Whitaker International Fellowship, becoming the first Tulane student to be awarded the prestigious postgraduate research grant. She will spend the 2013–14 academic year at the Swiss Federal Institute of Technology in Lausanne, Switzerland.
Bruce Gibb, a professor in the Department of Chemistry at Tulane University, hopes to solve a 120-year-old mystery with the help of a more than $1.1 million dollar grant from the National Institutes of Health.
Sergey Shevkoplyas, the Ken and Ruth Arnold Early Career Professor in Biomedical Engineering at Tulane University, has received a $2 million National Institutes of Health Director’s Transformative Research Award to make red blood cell transfusions safer.
NIH funds Tulane scientist to show how estrogen therapy for middle-aged women can stave off cognitive decline and dementia.
Donald P. Gaver is looking for serious science students who possess a penchant for taking entrepreneurial risks. Gaver, the Alden J. “Doc” Laborde professor and chair of biomedical engineering, is directing a new interdisciplinary PhD program in bioinnovation at Tulane University.
At Tulane University this summer, researchers led by Damir Khismatullin begin the second phase of studies geared at developing a minimally invasive technique for treatment of large primary tumors and metastases to the liver and kidneys.
As a foolproof method of birth control, intrauterine devices are unsurpassed. In fact, IUDs are 20 times more effective than oral contraceptive pills, according to a study in the New England Journal of Medicine. However, there’s a catch: IUDs are difficult to put in and the procedure can lead to complications. But Tulane University alumnus Ben Cappiello has invented a solution to the problem.
Volunteering in East Africa, writing a cookbook, designing medical equipment — these all add up to making a difference for Angela Czesak, a biomedical engineering undergraduate student at Tulane University who received a 2012 Barry M. Goldwater Scholarship.
From environmental protection to health and well-being, projects presented at the recent Tulane University School of Science and Engineering poster session tackled a wide range of issues. The annual event, held at the Lavin-Bernick Center on April 12, allows students to illustrate their latest research outcomes on paper posters affixed to portable walls.
Causes of neuro-developmental disorders such as mental retardation, schizophrenia and autism continue to challenge the medical community, but researchers at Tulane University potentially have found a key. They demonstrated how a particular gene is essential to the healthy development of infant brains, and if it’s missing, may lead to disorders.
Article By Katy Reckdahl, The Times-Picayune
Because of a neurological condition called ataxia, Bennett Curran, 8, likes to hold the back of a kitchen chair and rock back and forth. But if the chair rocks too far, it tips over and Bennett tumbles to the floor.
Tulane researchers are developing new nanomaterials to study how adult stem cells grow and might be used to treat central nervous system disorders. Leading this research is Michael Moore, the Paul H. and Donna D. Flower Early Career Professor in Engineering, director of the Neural Micro-Engineering Laboratory, and the most recent winner of the Oliver Fund Scholar Award at Tulane University.
For 250,000 patients in the U.S. suffering from acute respiratory distress syndrome (ARDS), mechanical ventilation is a necessary part of treatment. But the life-saving treatment also can cause great damage to the lungs. Tulane researchers Donald Gaver and Will Glindmeyer are investigating a new strategy that could improve the outcomes for ARDS patients.
Most third-year students heading to medical school can’t volunteer on a full-time basis, but Adil Yousuf, Adrienne Roth and Brian Templet can because they are part of the Tulane Accelerated Physician Training Program. The program allows these students to participate in a year of service that is aiding the New Orleans community.
Each Halloween, huge “spider webs” with hairy spider figures appear on houses, fences and trees. In the popular imagination, spiders are partners in evil with the vampires and zombies that come alive on All Hallow’s Eve. “I remember spider movies from the ’50s. In film, being attacked by a giant spider with dripping jaws is not a good thing!” says Terry Christenson, a Tulane expert on evolution of behavior in spiders.
Michael Muehlenbein, Assistant Professor at Indiana Bloomington Department of Anthropology, has been granted $304,000 to study rhesus macaques' health and behavior at Tulane National Primate Research Center. The study conducted will help researchers better understand the links between immune-endocrine interaction and sexual signaling in primate behavioral ecology.
Tulane students will receive a boost in training in the mathematical sciences thanks to a new $1.4 million grant from the National Science Foundation led by mathematician Lisa Fauci.
For four Tulane seniors who took the yearlong biomedical engineering design project course, developing an assistive device for elderly residents at St. Margaret’s Daughters Home in New Orleans became a labor of love. The residents of the home enthusiastically received their “Rockaway” rocking platform for wheelchair users.
In her Tulane laboratory, Nandini Vasudevan is busy studying how hormones such as estrogen influence the social behaviors of mice. It’s a $1 million project funded by the National Science Foundation, but this summer she also will step into the classroom to encourage high school students toward careers in science.
Third-year Tulane medical student William Kethman has to make room in his studies for a trip to San Francisco. His fledgling company, NOvate Medical Technologies, won the 2011 New Orleans Entrepreneur Week IDEApitch, so he is getting a free trip to California to meet top investors.
Using the digital motion-capture technology that made the fabulous worlds of Avatar and Tron Legacy possible, Tulane psychologists are analyzing the early development of coordination skills in infants…The five-year study is funded by a new $1.6 million award from the National Institutes of Health.
Three new faculty members in the Tulane Department of Biomedical Engineering are leading the way in understanding how circulating cells are involved in the function and growth of microvascular networks. Each is studying blood vessels from a different angle, resulting in an interdisciplinary approach to the research.
Speaking about mood swings, hot flashes and memory loss in a room full of women likely will lead to a discussion about menopause and the effects of estrogen replacement therapy to curb these conditions. If Jill Daniel happens to be in that room, she’ll probably share the details of her recent research that shows estrogen...
Tulane junior Judy Fustok is discovering the power of music to reach seniors suffering from Alzheimer’s, dementia, depression and other disorders. Fustok meets one-on-one with residents at St. Margaret’s Daughters Home and notes changes in their levels of communication as she plays music on an iPod for them.
Tulane University researcher W T. Godbey has developed a treatment for cancer using a method that causes cancer cells to self-destruct while sparing surrounding healthy cells. While clinical trials with human patients are two to three years in the future, the treatment has been successful in animal models.
Michael Cunningham holds a joint faculty appointment in Department of Psychology and the undergraduate program in African & African Diaspora Studies. Dr. Cunningham completed his doctoral work at Emory University after completing an undergraduate degree at Morehouse College.
When Bob Lathrop came from Canton, Ohio, to Tulane University he had in mind a career in biomedical engineering with a corporation. But after two months volunteering in eastern Africa this summer with Engineering World Health, Lathrop’s interest is leaning toward more social ventures.
Lisa Fauci and other scientists at Tulane University and the University of Maryland have developed a computational model of a swimming fish that is the first to address the interaction of both internal and external forces on locomotion.
When teams of volunteers from Tulane step off for the American Heart Association’s Start! New Orleans Heart Walk on Nov. 20, they will be supporting a cause that hits close to home. In Louisiana, one in four deaths is due to heart disease, records show.
Scientists at the University of Maryland and Tulane University have developed a computational model of a swimming fish that is the first to address the interaction of both internal and external forces on locomotion. The interdisciplinary research team simulated how the fish's flexible body bends, depending on both the forces from the fluid moving around it as well as the muscles inside.
Running from patient to patient while fielding calls from reporters, investors, biotech CEOs, and medical engineers, William Kethman isn’t your typical medical student. The calls are coming because of his second job: moonlighting as a medical device and biotech inventor in the thick of New Orleans’s burgeoning biotechnology economy.
Over the past decade, researchers have studied the hunger hormone ghrelin and discovered many of its functions, but Tulane graduate student Juhee Haam recently found another role of this attention-grabbing hormone.
THE HUMAN GENOME’S three billion base pairs, if stretched into a straight chain, would be about one meter long. Yet, by folding itself up, it fits in only a fraction of the volume of a cell’s nucleus. Some very clever origami is required to keep the genome functional in this state instead of just becoming a tangled mess.
Tulane University scientists are among more than 150 recipients of National Science Foundation Rapid Response Research grants to study the impact of oil that spewed from the Macondo oil field into the Gulf of Mexico after the explosion of the Deepwater Horizon drilling rig.
In laboratories on the uptown and downtown campuses, Tulane undergraduates are learning the value of basic research, sharpening their presentation skills and gaining insight into the big career picture through the neuroscience summer research program.
Undergraduates from New York, Tennessee and Louisiana are getting hands-on research experience in the Tulane School of Science and Engineering laboratories through the Louis Stokes Louisiana Alliance for Minority Participation. The 10-week summer program is funded by the National Science Foundation and Louisiana Board of Regents.
Since the oil crisis began, concerns have mounted about the toxic crude's possible impact on marine life in the Gulf of Mexico, as well as coastal estuaries and marshes. While studying spawning habits of blue crabs recently, researchers from Tulane University and the University of Southern Mississippi stumbled upon something very troubling.
Examining the physiology of a hiccup is one simple way to introduce students to the collaboration between the brain and nervous system. Beth Wee, a neuroscience professor of practice at Tulane, says that by using such accessible examples, she is able to engage a broad range of students in science and research.
Tulane neurobiologist Benjamin Hall has received a National Science Foundation Career Award. Over the next five years, the grant will provide $920,000 in funding for Hall's laboratory research and his work with undergraduate students in the sciences.
Tulane University has received a $13.5 million grant from the National Institutes of Health to redesign and upgrade laboratory spaces in the J. Bennett Johnston Health and Environmental Research Building, located at 1324 Tulane Ave. on the downtown health sciences campus.
David Rice watched carefully on Saturday (Feb. 27) as teams of his biomedical engineering students proudly debuted the devices they have built to assist New Orleanians with disabilities. "The big deal is working not so much for a class grade, but for real people who need help," he says.
Students, faculty and postdoctoral trainees from many departments across the university will showcase their research projects at the Tulane Health Sciences Research Days on Wednesday and Thursday (March 3–4).
When children are playing at childcare centers, it's expected that minor injuries such as a skinned knee or a bump on the head will occur. What is not expected are the kinds of long-term disabilities that can occur from environmental poisons. Tulane researcher Howard Mielke is not only shining light on the problem of toxins in play yards, but also is trying to mitigate their effect on children.
Like a spry 70-year-old chasing balls on a tennis court, the study of the aging phenomenon knows no bounds. Interdisciplinary aging studies is a wide-open, novel field, says Michal Jazwinski, professor of medicine and director of the Tulane Center for Aging.
The H. Sophie Newcomb Memorial College Institute has introduced its first class of Newcomb Scholars. These 20 first-year women have already made big plans for the rest of their college careers at Tulane, including committing to fulfilling a junior-year service internship and presenting their own research at a campus conference during their senior year.
Students at the Center for Anatomical and Movement Sciences at Tulane, led by center director Mic Dancisak, are dressing athletes, surgeons and others in "cooling sleeves" to control body temperature during physical exertion, in a series of experiments to try to delay fatigue.
The national spotlight is on Tulane University once again. Just hours after TIME magazine cited Tulane President Scott Cowen as one of the top U.S. college presidents, two teams of Tulane students will appear on MTV and head to New York as finalists in a national "Movers & Changers" competition for social entrepreneurs.
A group of Tulane bioengineering graduates and a professor have applied for a patent for an inexpensive device that could prevent millions of infection-related neonatal deaths in developing countries.
As biology professor Ken Muneoka and his research team try to understand the genetics behind limb regeneration in salamanders, they hope to make progress for tissue regeneration in humans.
(Photo by Rick Olivier)
Ken Muneoka, a professor of cell and molecular biology at Tulane, is leading a team that will study limb regeneration in the axolotl, or Mexican salamander.
National Science Foundation grants will allow assistant professors James Donahue, left, and W T. Godbey to establish their own laboratories at Tulane. Donahue is in chemistry and Godbey is in chemical and biomolecular engineering. (Photo by Paula Burch-Celentano)
Tulane University graduate students Kate Hamlington, left, and Jerina Pillert experiment with the computational model of a micro-fluidic chamber that they've designed. Their research is funded by the National Science Foundation's EPSCoR program. (Photo by Alicia Duplessis)
YiPing Chen is back in the laboratory on the Tulane uptown campus after a two-year absence. He is chair and professor of cell and molecular biology. (Photo by Paula Burch-Celentano)
Jeffrey J. Lockman conducts a study of motor skill development with 17-month-old Rhiannon Leed and Jackie Leed, her mother and a psychology graduate student. (Photo by Mark Hogan)
Louisiana's new center will coordinate vaccine development and capitalize upon infectious disease and vaccine research achievements.
Two Tulane researchers' work could one day help the treatment of epilepsy, stroke, schizophrenia and Alzheimer's disease.
School of Science and Engineering, 201 Lindy Boggs Center, New Orleans, LA 70118 504-865-5764 email@example.com