PhD in Oral Biology

Shortlist

# =98QS Subject Rankings

60 monthsProgram duration

Biological SciencesMain Subject Area

Program overview

Main Subject

Biological Sciences

Degree

PhD

Study Level

PHD

A PhD in Oral Biology, Program in Biomedical Sciences is offered by the Department of Molecular & Cell Biology at Boston Universityâ€™s Henry M. Goldman School of Dental Medicine. The PhD program in Oral Biology recruits students with backgrounds in the life and basic sciences who are interested in additional advanced training in dental and medical sciences. The aim of this program is to educate students in modern scientific approaches to oral biology and oral disease. The PhD program is designed for the student whose primary goal is to pursue a career in oral biology research. The oral cavity is unique regarding its microbiology, connective tissue structures, and host responses. Moreover, oral diseases present unsolved scientific challenges and novel biological phenomena. The importance of understanding the oral biology of diseases whose incidence and severity increase with age is clearly understood within the context of current demographic trends. Research Topics Among the research topics explored in Oral Biology are: Structure, function, biosynthesis, and genetics of salivary proteins Post-translational modifications, with particular emphasis on phosphorylation of salivary proteins Protein-mineral interactions and their role in the function of hard tissues Mechanisms of pellicle and plaque formation; mechanisms and regulation of exocrine processes Mechanisms of celiac disease Oral host defense mechanisms in caries and periodontal disease Intercellular signaling, focusing on chemotaxis of monocytes to inflamed tissues Regulation of connective tissue accumulation in mineralized and non-mineralized oral tissues Production of growth and chemotactic factors by normal and transformed mesenchymal and hematopoietic cells Connective tissue production by primary periodontal cells and effects of fibrogenic drugs and cytokines Salivary gland development Mechanisms of tumor suppression Molecular and cellular aspects of oral cancer to develop novel therapeutic opportunities Regulation of genes Altered inflammatory cell signal transduction pathways in Juvenile Periodontitis, and control of periodontal tissue regeneration Genetic mouse models of inherited human oral pathologies to determine molecular mechanisms of disease Osteocyte biology and systemic interactions Mechanisms of mitochondrial diseases Mechanisms of pancreatitis Cell stress and regulation of gene expression In addition, research projects may include clinical components focusing on inflammation, periodontal disease, tissue fibrosis, aging, developmental defects, and oral cancer. These studies will be carried out in collaboration with the clinical faculty at the Clinical Research Center, located at the Boston University Henry M. Goldman School of Dental Medicine.

Program overview

Main Subject

Biological Sciences

Degree

PhD

Study Level

PHD

Admission requirements

Exam Scores

IELTS

Tuition fee and scholarships

Scholarships

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More programs from the university

One of the largest private universities in the country, Boston University educates approximately 16,000 undergraduate students each year. Nearly 3,900 faculty members teach in 250 programs of study at 17 schools and colleges.

In 2018, U.S. News & World Report ranked BU 37th in the nation and 39th among global universities. The faculty features a Pulitzer Prize winner, a MacArthur fellow, a former US Poet Laureate, and dozens of Guggenheim fellows. The student-faculty ratio is 10:1 and the average class size is 27.
BU is a member of the Association of American Universities, an invitation-only group of North America’s most prestigious research universities. One of only four Boston-area members, BU boasts particular interdisciplinary breadth and depth of excellence in cloud computing and cyber security; engineering biology; infectious diseases; neuroscience; photonics; urban policy; education; and the humanities. It’s not unusual to find undergraduates in the cutting-edge labs and work spaces of prominent researchers tackling life-changing challenges.

Recognized around the world, the University fields applications for admission from students representing over 150 countries. By the same token, thousands of Terriers get their passports stamped every year for study, research, and internships on all seven continents. Once they graduate, BU students are among the most employable in the country and the world—5th and 6th, respectively, according to Times Higher Education.
BU is implementing a University-wide general education curriculum called the BU Hub, which ensures every graduate will possess the essential knowledge, skills, and habits of mind needed to think deeply, generate new ideas, and put them into action, particularly within the context of a hyper-fast, globally connected world.

On campus, daily life is a swirl of languages, faces, and religions, with 450+ student clubs, countless shows and lectures, a state-of-the-art fitness center, a slew of pubs and restaurants, and 22 varsity athletic teams, including the thrills and spills of Terrier hockey.

The University is nestled in the heart of Boston, a hotbed of high tech and biomedicine, and the birthplace of American history, serving as an extended classroom for students, offering study, internships, and professional opportunities with some of the world’s most influential leaders in fields from art to finance to biotech. It’s no wonder BU is called “Boston’s university.”

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The largest university in Boston and the fourth-largest private educational institution in the country, Boston University counts some 15,000 graduate students among its student body.

Nearly 3,900 faculty members teach at 17 schools and colleges and when not at the front of the classroom, they can be found at BU’s 125+ research centers and institutes and 2,326 laboratories spread across three city campuses. The faculty features a Pulitzer Prize winner, a MacArthur fellow, a former US Poet Laureate, and dozens of Guggenheim fellows.
BU is a major, global research institution and a member of the Association of American Universities, an invitation-only group of 62 of North America’s most prestigious research universities. One of only four Boston-area members, BU boasts particular interdisciplinary breadth and depth of excellence in cloud computing and cyber security; engineering biology; infectious diseases; neuroscience; photonics; urban policy; education; and the humanities. Home also to a medical school and teaching hospital, in FY2017 BU landed more than $400M in federal research dollars. In the commercial sector, some 200 companies are developing and selling products based on BU discoveries.

U.S. News & World Report for 2019 ranked numerous BU graduate programs among the country’s top 50: Sargent College’s occupational therapy program (#1), School of Public Health’s program (#10), Business (#42), Education (#34), Law (#22), Engineering (#34), Biomedical Engineering (#12), Medical Research (#29), Medical Primary Care (#26), Social Work (#10), as well as graduate programs in Computer Science, Math, Physics, Economics, Psychology, and Sociology.