Welcome to the Cell, Molecular, and Developmental Biology (CMDB) PhD Theme, a part of the Graduate Biomedical Sciences program at the University of Alabama at Birmingham School of Medicine. The CMDB theme is designed to provide maximum flexibility that results in students who are prepared to launch into a career in the emerging biomedical science field. Our graduates have exciting careers in scientific research in both academic and industrial settings; scientific-related writing, business, law, bioterrorism, forensics, administration, and education.
About Us: CMDB is a cross-disciplinary theme at a leading research University in the sunny south, consisting of a diverse group of scientists and physicians who have a collective interest in fundamental processes in cell, molecular, and developmental biology and how alterations in these processes result inhuman diseases and birth defects.
About UAB: We are consistently one of the top 25 NIH funded research institutions in the U.S. and with faculty from over 30 departments across campus there are many opportunities for you in new and exciting areas of biomedical research. And, UAB is a leader in innovative technology such as whole genome sequencing, electron microscopy, mass spectrometry, crystallography, flow cytometry, drug discovery and others.
Contact Us: We are always searching for the brightest and most dedicated students to join our highly competitive CMDB theme and experience firsthand our cutting edge science. This is your personal invitation to explore the many possible opportunities offered by CMDB at UAB. Please explore this web site and apply today!
African-Americans are at increased risk for glaucoma, and a new UAB study looks to find ways to improve medication adherence in that patient groupResearchers at the University of Alabama at Birmingham are hoping a telemedicine-based health promotion intervention can improve medication adherence rates among older African-Americans with glaucoma. Glaucoma is the leading cause of irreversible blindness among African-Americans, who are more than three times more likely to develop glaucoma than are Caucasians. “Not only are African-Americans at increased risk for glaucoma, studies have shown that they are at increased risk for being nonadherent with medications for glaucoma,” said principal investigator Laura Dreer, Ph.D., associate professor in the Department of Ophthalmology. “Reasons for nonadherence include age-related memory loss, finances and barriers to care.” Unchecked, glaucoma can have a serious negative impact on an individual’s quality of life, independence and everyday functioning and can potentially lead to blindness. Standard therapy is the use of...
The UAB-HudsonAlpha Center for Genomic Medicine has awarded its first pilot grants to teams of researchers from the two institutions to pursue projects in cancer and cardiac disease.The UAB-HudsonAlpha Center for Genomic Medicine has bestowed its first research grants as part of the collaboration between the University of Alabama at Birmingham and HudsonAlpha Institute for Biotechnology. The three pilot grants, each of $100,000 for up to two years, have been given to collaborative teams of one researcher from UAB and one from HudsonAlpha to pursue research projects in cancer and cardiac disease. “We created the UAB-HudsonAlpha grants to stimulate collaborative research efforts between faculty at UAB and HudsonAlpha, with the goal of developing new research programs that will enhance the leadership of UAB and HudsonAlpha in the area of genomic medicine,” said Bruce Korf, M.D., Ph.D., professor and chair of the UAB Department of Genetics in the UAB School of Medicine...
A UAB Computer and Information Sciences professor will continue improving security and usability of authentication systems through new funding.Nitesh Saxena, Ph.D., has been awarded two grants in 2015 from the National Science Foundation to continue his research in computer and network security. The grants total $1 million overall, with UAB’s share comprising approximately $500,000. The first of the two grants, a collaboration with Syracuse University, will help Saxena develop a secure and easy-to-use mechanism for user authentication in current-generation smartphones. Because they are in near constant use, mobile phones can be much more difficult to secure than traditional devices such as desktops or laptops. Saxena’s research will look into a way to constantly protect the smartphone. The project seeks to leverage several collaborating wearable devices, for example a smartwatch or smartglass, and their different sensors to build a strong behavioral biometric authentication mechanism that can recognize the legitimate user of the smartphone...