• Antarctic explorer honored for two decades of research expeditions

    James B. McClintock, Ph.D., Endowed Professor of Polar and Marine Biology at the University of Alabama at Birmingham, has been awarded The Explorers Club Finn Ronne Memorial Award.

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  • Faculty save students $1.1 million on course materials

    By creating their own online assets in Canvas, using rental textbooks or older editions, and identifying free online resources, faculty saved students more than $1 million on instructional materials.

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  • Three researchers build interdisciplinary teams to tackle big issues in their field

    Working together is the key to finding solutions to problems that cross disciplines. The College of Arts and Sciences (CAS) awarded three Interdisciplinary Team Awards to foster those connections.

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  • Leading researcher returns to discuss origins of human AIDS and malaria at UAB’s Darwin Day

    UAB celebrates 50 years of dedication to medicine and research by highlighting the work of former professor and co-director of CFAR, Beatrice Hahn, M.D., with a keynote titled “Out of Africa: Tracing the origins of human AIDS and malaria.”

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  • Mechanism for impaired allergic inflammation in infants may explain hygiene hypothesis

    The hygiene hypothesis says increased sanitation in industrialized countries has led to increases in asthma.

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  • Award-winning scientist joins the Nature Conservancy’s “Can We Talk Climate” campaign

    Launched by the Conservancy this year, the campaign promotes “connected conversations” around climate change and encourages people to sign a pledge to speak up soon, and often.

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  • Kimberly named to National Academy of Inventors

    The National Academy of Inventors elects another UAB faculty member, Dr. Robert Kimberly, as a fellow.

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  • Immunologist John Kearney named AAAS fellow

    This national honor recognizes Kearney’s distinguished contributions to immunology.

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  • UAB rheumatologists serve in national leadership positions

    Several UAB faculty members and trainees are in leadership positions in the American College of Rheumatology.

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  • Memory B cells in the lung may be important for more effective influenza vaccinations

    Up to now, it has not been clear if these cells might be useful to combat influenza infections or even if they exist at all.

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  • Why major in immunology?

    The Undergraduate Immunology Program launched in fall 2017. What drew its founding students to invest four years in the study of the immune system, and UAB? Four UIP students share their thoughts.

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  • Welcome back: Information for our students

    Are you ready for Spring 2018? Our online newsletter is full of information for our students, from class registration information to research opportunities.

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  • New Degrees in Computer Science, Digital Forensics, Immunology and Genetics and Genomics Sciences

    The College of Arts and Sciences is proud to offer new degrees in Computer Science, Digital Forensics, Immunology, and Genetics and Genomics Sciences.

    The College of Arts and Sciences is proud to now offer a Bachelor of Science degree in Digital Forensics. This interdisciplinary degree program, a joint offering from the Department of Criminal Justice and the Department of Computer Science, will prepare graduates for a professional career in the field of digital forensics and cybersecurity.

    “The program is a mixture of criminal justice and computer science,” said Jeffery Walker, Ph.D., chair of Department of Justice Sciences. “The goal is to provide students with the tools they need in computer programming to work effectively within a computer environment and understand the behavior of those who may be a threat to computer systems or engage in cybercrime. Students will also develop an understanding of the legal system and processes necessary to gather digital evidence and support a computer investigation in court if necessary.”

    In addition, the College also provides students with a new Bachelor of Arts in Computer Science, the only B.A. in computer science in the state. Bachelor of Arts degree programs in computer science are emerging across the country in response to industry growth and demand. The Department of Computer and Information Sciences joins a short list of computer science programs in the Southeast to offer the degree.

    “One of our goals is to offer innovative interdisciplinary programs that span the traditional boundaries of science, arts and humanities,” said Dean Palazzo. “With the ever-increasing use of computers and computer software in all aspects of life, computer science is becoming an integral part of many fields of study. This new degree will give students a unique opportunity to combine their interests and maximize career prospects.”

    And two degrees offered in partnership with the School of Medicine are also available to undergraduates in fall 2017: the Bachelor of Science in Immunology, and the Bachelor of Science in Genetics and Genomics Sciences

    “The B.S. in Immunology is a cutting-edge major,” says Louis Justement, Ph.D., director of the Immunology program, and a professor in the microbiology department in the School of Medicine. “Students will get comprehensive experience in the scientific process, critical thinking, problem solving, scientific methodology and in communicating science. Our goal is to prepare students for the challenges and opportunities of the future — and build up a pipeline of young immunologists to tackle the pressing problems of the 21st century.”

    Likewise, the Genetics and Genomics program is one of only of a small group of undergraduate programs available at American universities and offers a rich environment of research, training, and education. The degree is offered in partnership between the Department of Biology and the Department of Genetics in the School of Medicine. Students will receive strong educational and research experiences and will have the opportunity to develop skills in leadership, teaching, research, providing professional services, and scholarship.

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  • Majoring in Defense: UAB’s New Undergraduate Immunology Program

    New insight into the human immune system is powering revolutionary therapies for cancer and a host of other diseases. Undergraduates can get a head start on careers in the field — and work with renowned researchers as early as freshman year — through a program that is among the few of its kind nationwide.
    It doesn’t matter whether you live in Beverly Hills or a Brazilian favela — every human being is only a few inches away from disaster. From birth to death, on our arms, legs and everywhere else, each of us carries microbes that would love to get under our skin and reproduce, with potentially fatal results. A paper cut, an insect bite, an untimely rubbing of the eyes — it takes very little for bacteria, viruses and other invaders to get inside and start wreaking havoc.

    When that happens, the invaders are quickly surrounded by some of the billions of immune cells on constant patrol in our bodies. This finely coordinated attack is more complex than any human military organization. The immune system can be divided into two main categories — innate and adaptive — but there are LOTS of subdivisions: macrophages, natural killer cells, granulocytes, neutrophils, T and B cells, plasma cells, memory cells, regulatory T cells and so on. The list is long, and growing longer all the time with new discoveries. In recent years, researchers have learned how to target specific immune cells in new treatments for everything from cancer to rheumatoid arthritis. But there is much more to do.

    Every year, hundreds of thousands of people die from infection by HIV, tuberculosis and the malaria-causing parasite Plasmodium. Although new checkpoint inhibitors have extended the lives of Jimmy Carter and many others, much more research is needed to help the 7+ million people worldwide who die each year from cancer. And heart disease, the leading cause of death on the planet, has a strong immune component as well.

    “Essentially all human diseases have an immune component,” says Frances Lund, Ph.D., chair of the UAB School of Medicine Department of Microbiology. “The future cures or treatments for many of the diseases that are of national and global concern will be dependent on our ability to successfully modulate the immune system.”

    With UAB’s new Undergraduate Immunology Program, which launches in fall 2017, students get a front-row seat to the life-and-death struggle going on inside us all — and an ideal springboard for careers in medicine, academic research, industry and more. “This is a cutting-edge major,” says Louis Justement, Ph.D., director of the program, and a professor in the microbiology department. “Students will get comprehensive experience in the scientific process, critical thinking, problem solving, scientific methodology and in communicating science. Our goal is to prepare students for the challenges and opportunities of the future — and build up a pipeline of young immunologists to tackle the pressing problems of the 21st century.”

    Louis Justement, Ph.D. (School of Medicine) and Vithal Ghanta, Ph.D. (College of Arts and Sciences) are veteran researchers and educators of young scientists. "This is a cutting-edge major," Justement says. "Our goal is to prepare students for the challenges and opportunities of the future."

    Real science — as early as freshman year

    The Undergraduate Immunology Program is the only one of its kind in the Southeast, and one of a handful in the country, notes Vithal Ghanta, Ph.D., the program’s co-director and a professor in the UAB College of Arts and Sciences Department of Biology. It is modeled on UAB’s Undergraduate Neuroscience Program, which has attracted elite students from across the country over the past eight years. Both programs are interdepartmental majors between the College of Arts and Sciences and School of Medicine.

    “This represents a true collaboration between the departments of Biology and Microbiology,” says Lund. “We believe that this unique educational opportunity will not only attract students who are passionate about science and medicine, but will perfectly prepare those students to take on the scientific and clinical challenges of the 21st century here in Alabama and across the world.”

    There are more than 100 faculty at UAB focusing on basic or clinical immunology, in 15 departments and four schools. Immunology and infectious diseases research at UAB is supported by $182 million in federal funding. “Immunology has always been one of the strongest areas of research here,” Justement says. Students will be able to choose among research opportunities in dozens of UAB labs, contributing to work that is targeting everything from cancer vaccines to next-generation asthma treatments. “Students coming through our program have the ability to be integral members of labs across campus,” Ghanta says. “They can start as early as the freshman year, depending on their experience and ability to handle other coursework.” By their junior year, all students in the major will be required to begin working in a UAB lab.

    The interaction between the College of Arts and Sciences and School of Medicine faculty is critical, Justement says. “Vithal and her colleagues know exactly how to work with undergraduates and help them learn.” Meanwhile, Justement has years of experience preparing leaders in the lab as associate director of UAB’s Medical Scientist Training Program. ”People like me on the graduate side, since we are constantly working with graduate students and medical students, know what it takes to succeed in those arenas, and have insight on how curricula can prepare undergraduates to achieve,” he says.

    “Our goal is to give undergraduate students a very solid foundation,” adds Ghanta. “They will be exposed to the various sub-fields of immunology in graduate school or medical school; we want to make sure they have a solid foundation to build on.” Ghanta has taught a popular undergraduate immunology course in the Department of Biology for years. She says she regularly gets emails from former students who are now in medical school, “letting me know that having this undergraduate immunology really helps them."


    More than 100 faculty at UAB focus on basic or clinical immunology, in 15 departments and four schools, with $182 million in federal research support.


    How it works

    The first two years of the program are largely focused on overall university requirements and foundational science courses. But in order to let students jump right in, Justement and Ghanta have designed Current Topics in Immunology, a “teaser course” that shines new light on hot topics in the media. Justement says he’ll tell the story of a doctor who was “cured” of Ebola but then almost lost his vision later, because the virus was able to survive within his eyes. “The reason is these are immune-privileged sites that need to be protected from the immune response, and it turns out the pathogen is able to take advantage of this,” he says.

    In their second year, students will take part in a seminar where investigators from across the university will share details on research in their labs. “The students will get an idea of whose work sounds neat, who they would want to work with and why it’s important,” Justement says.

    In their junior and senior years, students in the program will take in-depth courses that delve into the fundamental cellular and molecular processes that control the immune response. “This will provide them with a solid appreciation of how the immune system works as a whole,” Ghanta says. Then, she adds, students will build on this knowledge by further exploring the interactions between the immune system and pathogens that try to subvert, or escape, the normal surveillance mechanisms used to detect and destroy them. Finally, students will learn about the “dark side of the immune response,” Justement says. “When things go wrong it leads to numerous life-threatening diseases, including autoimmunity, asthma and chronic inflammation that in turn can cause heart disease, diabetes or cancer.”


    “Essentially all human diseases have an immune component. The future cures or treatments for many of the diseases that are of national and global concern will be dependent on our ability to successfully modulate the immune system.” — Frances Lund, Ph.D., chair of the UAB Department of Microbiology.


    Collaboration leads to competitive edge

    Justement and Ghanta have formed a committee with the directors of the Undergraduate Neuroscience Program and leaders of the recently launched Undergraduate Program in Genetic and Genomic Sciences, and a new major in informatics that is now being developed. Soon, UAB will be able to offer students “a suite of biomedical undergraduate programs,” Justement says, “all well suited to preparing them for professional and graduate school."

    There are many opportunities to “cross-fertilize” among the specialties, Justement adds. “There is neuro-immunology, tumor immunology and bioinformatics, just to name a few,” he says. “Students will be able to tailor their studies to the areas where they have the most interest. We’ll be able to make an amazing, unique educational experience even better.”

    The Undergraduate Immunology Program will help retain top students from the Birmingham area, and throughout Alabama, Justement says. “But we’re also looking to expand our national footprint. UAB is creating a unique position in the world of undergraduate education."

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