(Offered every other year, even years)
Following is an example list of the CONJ/PABIO courses.
Course No. | Course Title | Credit Hrs. | Quarter Offered |
---|---|---|---|
CONJ 504 | Molecular Medicine | 1.5 | Sp |
CONJ 524 | Structural Basis of Signal Transduction | 1.5 | W |
CONJ 526 | Introduction to Systems Biology | 1.5 | W |
CONJ 530 | Directing Stem Cells Toward Regenerative Med | 3 | W |
CONJ 531 | Signaling Mechanisms in Excitable Cells | 1.5 | A |
CONJ 532 | Signal Transduction | 2 | A |
CONJ 533 | Dynamic Chromosome | 1.5 | A |
CONJ 534 | Problems in Nervous System Development | 1.5 | W |
CONJ 537 | Mechanism of Transcriptional Regulations | 1.5 | A |
CONJ 539 | Biological Basis of Neoplasia | 1.5 | Sp |
CONJ 541 | Molecular Biology of Cellular Processes | 1.5 | Sp |
CONJ 542 | Cell Biology of Development | 3 | W |
CONJ 544 | Protein Structure, Modification and Regulation | 1.5 | W |
CONJ 545 | Molecular Interactions and Medicine | 1.5 | Sp |
CONJ 546 | Survey of Technologies for Molecular Biology | 1.5 | A |
CONJ 548 | Modeling Proteins and Proteomes | 1.5 | W |
CONJ 549 | Microbial Population Biology | 1.5 | W |
CONJ 550 | Clinical Infectious Diseases | 3 | W |
CONJ 551 | Immunity | 1.5 | Sp |
CONJ 552 | Metabolic Flexibility in Biology | 1.5 | A |
CONJ 557 | Microbial Evolution | 2 | Sp |
CONJ 558 | Prokaryotic Biology | 1.5 | W |
CONJ 583 | Molecular Targets in Cancer | 1.5 | A |
PABIO 536 | Bioinformatics and Gene Sequence Analysis | 3 | Sp |
Some students may need to take some lower level division courses in order to prepare for required classes. See the following list for suggestions:
Course No. | Course Title | Credit Hrs. | Quarter Offered |
---|---|---|---|
BIOC 405 | Introduction to Biochemistry | 3 | A |
BIOC 406 | Introduction to Biochemistry | 3 | W |
BIOL 411 | Developmental Biology | 4 | A, W |
MICROM 411 | Bacterial Genetics | 5 | W |
IMMUN/MICRO 441 | Introduction to Immunology | 4 | A |
Following is an example list of non-OHS science electives. Students are expected to take include courses in bioengineering, epidemiology, immunology, or other basic biological/medical sciences as appropriate for their research interests. The student will work with the Graduate Program Coordinator and their mentor (if chosen) to select appropriate elective courses in their chosen basic biological science pathway. The list below is not meant to be exhaustive.
Course No. | Course Title | Credit Hrs. | Quarter Offered |
---|---|---|---|
BIOC 530 | Introduction to Structural Biology | 3 | A |
BIOEN 501 | Molecular Bioengineering | 4 | varies |
BIOEN 502 | Cellular Bioengineering | 4 | varies |
OHS 571 | Clinical Epidemiology | 2 | S |
GENOME 551 | Gene Regulation | 1.5 | varies |
GENOME 552 | Genome Analysis | 1.5 | A |
GENOME 553 | Advanced Genome Analysis | 1.5 | varies |
IMMUN 532 | Innate and Adaptive Immunity in Disease | 4 | W |
MCB 532 | Human Pathogenic Viruses | 3 | A |
MICROM/IMMUN 441 | Intro to Immunology | 4 | A |
MICROM 445 | Medical Virology | 2 | Sp |
MICROM 553 | Interactions of Bacteria with Their Hosts | 3 | Sp, odd years |
NEUSCI 401 | Neuroscience | 3 | Sp |
NEUSCI 402 | Diseases of the Nervous System | 3 | W |
NEUSCI 403 | Computational Models for Cognitive Neuroscience | 3 | W |
NEUSCI 404 | Neuropharmacology | 3 | Sp |
PABIO 551 | Biochemistry & Genetics of Proteins & Hosts | 4 | A |
PABIO 552 | Cell Biology of Human Pathogens & Disease | 4 | W |
PABIO 553 | Survival Skills for Scientific Research | 2 | W |
PABIO 568 | Molecular Epidemiology of Infectious Diseases | 2 | W |
ORTHO 580 | Cranial Anatomy | 2 | S |
Course No. | Course Title | Credit Hrs. | Quarter Offered |
---|---|---|---|
DENTPC 564, 565 (Yr 1 = 564; Yr 2 = 565) | Clinical & Histopathological Correlation | 2 | A, W, Sp, S |
DENTPC 574 | Oral Pathology | 3 | Sp |
In order to prepare for teaching, it is strongly recommended that the student take at least one class on educational methods. Such credits will not fulfill the requirement for non-OHS science courses, but will count toward the total credits required. Suggested courses include, but are not limited to:
Course No. | Course Title | Credit Hrs. | Quarter Offered |
---|---|---|---|
BIME 520 | Teaching Methods in Medical Education | 2 | varies |
BIME 521 | Evaluation of Learning in the Health Sciences | 3 | varies |
OHS 562 | Supervised Teaching in Oral Health Sciences | Var. | A, W, Sp, S |
Students are also required to attend and participate in the Biomedical Research Integrity Series. This is a non-credit summer course taught through the Department of Medical History & Ethics and consists of a series of lectures and discussion groups. Each student will need to attend a minimum of three lectures and three discussion groups. NIH Trainees are required to attend every year of the duration of their federal funding.
PhD programs at the College of Dentistry are specially adapted to the multidisciplinary nature of oral health research. We offer a PhD in oral biology, as well as combined programs with biomedical sciences, neuroscience and biomedical engineering.
The Ohio State University Oral Biology PhD Program is an interdisciplinary program at one of the most comprehensive health sciences center in America, with faculty from the Colleges of Dentistry, Medicine and Veterinary Medicine, as well as other units on campus.
It focuses on the structure, development and function of the tissues of the oral cavity; the interrelationships of these tissues with other organ systems; and the materials used to restore them. As a student, you will have the opportunity to participate in outstanding research in such areas as cancer research, the chemical senses, psychoneuroimmunology, microbial pathogenesis, oral infectious disease, biomaterials and molecular genetics.
Graduates of this program will be prepared for research and teaching careers in either a university or non-academic setting.
This program includes a five-year study leading to a PhD in oral biology. The major goal of the program is to prepare researchers and scholars for careers in either academia, such as academic biology or dentistry, or industry, particularly in oral health-related fields. The emphasis throughout the program is on the application of modern biological approaches to the diagnosis, treatment and prevention of oral diseases, as well as the understanding of normal oral function.
The minimum academic degree for entrance into the program is a BS degree. A graduate student who holds a DDS or DMD degree and is pursuing a PhD in oral biology may qualify for a training grant to fully support their studies for at least five years, if they are also a US citizen and a permanent resident.
Understanding the value of both graduate and clinical training, faculty in the College of Dentistry developed the curriculum for the integrated DDS/PhD program. This is a seven-year program leading to a DDS/PhD degree for students who are motivated to pursue both research and clinical careers.
The program is currently supported by a T32 Training Grant, the Multidisciplinary Academic Research Training in Dental, Oral, and Craniofacial Sciences (MARTDOCS) program , which provides both tuition and stipend support to exceptional trainees.
Approximately two students are admitted into the dual-degree program each year. Acceptance by both the DDS and Oral Biology PhD programs is required for admission into this program.
Students interested in this program should contact Dr. John Sheridan or Dr. Susan Mallery at [email protected] .
The program provides research training to outstanding DDS/DMD post-graduates who wish to earn a PhD degree. Advanced clinical residencies in some specialties integrated into PhD training are available. A US citizen and a permanent resident who holds a DDS or DMD degree and is pursuing training in an advanced clinical specialty within the Oral Biology PhD program may qualify for a training grant to fully support their studies for at least five years. Acceptance into both the specialty program and the Oral Biology PhD program is essential for admission into this program.
This program provides exceptional training and significant financial support at a variety of career levels to those dedicated to becoming the next generation of academicians and clinician scientists. We are accepting applications for the MARTDOCS program. There are currently openings for: Postdoctoral Scholars, PhD Students and Dual Degree (DDS/PhD) trainees. Learn more about the T32 Training Grant .
The Oral Biology program ranges from basic cell biology to system biology to biomaterials. All students are expected to be versed in the basics of cell function. Every student is required to successfully complete a core curriculum that includes the following courses:
Although this course is not part of the core curriculum, students also typically earn a minimum of six credits in Dent 8901, Oral Biology Laboratory Rotations.
In conjunction with their adviser, students develop track-specific coursework appropriate to their research interests. These areas of study include:
Cellular and molecular biology, hard tissue, immunology and inflammation, microbiology/microbiome, neuroscience, areas of study.
Current research in biomaterials encompasses physical, chemical and biological aspects of ceramic, metal, polymer and composite materials. Research techniques employed include analytical and descriptive spectrometry, analytical electron microscopy, cell culturing, human visual evaluation, mechanical testing, rheology, thermal analysis (including calorimetry and thermomechanical analysis), and x-ray diffractometry.
The research interests of the faculty include signaling, gene expression, recruitment and function of inflammatory/immune cells, the regulation of wound healing, viral immunity, bacterial immunity, neuroendocrine modulation of inflammatory/immune responses, and cancer immunobiology. The investigators in this group have major interactions with other basic science departments on campus and have joint appointments in the Comprehensive Cancer Center, Medical Microbiology and Immunology, Biochemistry, Neuroscience and the Institute for Behavioral Medicine.
Faculty study microbial communities in the mouth and other mucosal surfaces, using techniques ranging from traditional microbial culturing to state of the art next generation sequencing. Research interests include the contribution of microbial communities to the development of diseases, like carries and periodontitis, as well as to basic physiological processes in the body such as immune system activity. Researchers in this group regularly interact with other basic scientists and clinicians through participation in the Center for Microbial Interface Biology, Department of Microbial Infection and Immunity, and Institute for Behavioral Medicine Research at the Wexner Medical Center at The Ohio State University as well as the Center for Microbial Pathogenesis at Nationwide Children’s Hospital.
Investigations in the area of mineralized tissues include the study of function and regulation of bone and the biomechanical and clinical impact of dental and orthopedic implants. Researchers are currently studying bone metabolism and interactions with materials at the molecular, cellular and tissue levels.
A number of program faculty are studying basic molecular or cellular processes or applying cell and molecular techniques to understand a diverse set of biological problems. Among the topics currently being investigated are: the genetics of craniofacial abnormalities, mechanisms of oral infectious diseases, extracellular matrix and hard tissue biogenesis, hormonal regulation, signal transduction, and cancer cell biology.
The College of Dentistry offers specialized studies in neurobiology related to oral function. Faculty research interests include oral sensory function related to taste and pain, oral motor function with respect to development, central pattern generation and unique craniofacial muscle phenotypes, and neuroimmunology.
In the Ohio State graduate school application under Graduate Study Plan, list Graduate Programs as Oral Biology.
Still have questions? Visit the Oral Biology FAQ page or contact us.
Graduate Studies Committee:
Jessica Almikhi, MEd Program Coordinator Office of Graduate Studies The Ohio State University College of Dentistry 305 W. 12th Ave. Columbus, OH 43210 [email protected] Fax: 614-688-5470
The DMSc Degree in Oral Biology Research offers an unparalleled three-year (minimum) structured Doctor of Medical Sciences (DMSc-only) research-intensive degree in oral biology. Under the mentorship of world-renowned scientists, participants undertake an intensive research training experience. The goal of the program is to train academic researchers in oral and craniofacial biology and skeletogenesis in the best possible scientific environment, and thus provide superior research leadership to institutions and countries around the globe. The program includes required coursework, laboratory rotations, a qualifying examination, and a thesis proposal and will culminate in a rigorous DMSc dissertation.
School of Dentistry
The University of Minnesota School of Dentistry offers a unique DDS/PhD dual degree program that will prepare you to meet the challenges of interdisciplinary research and advancing technologies.
Graduating with a DDS and a PhD will position you for a career in academia, industry, government research institutes and clinical practice. You will be an academic dentist, prepared to conduct research, treat patients and teach courses regularly. You will help to improve the human condition by integrating techniques from multiple disciplines to develop new knowledge and educate future care providers.
In the eight year DDS/PhD program, we strongly suggest students complete their PhD studies before beginning DDS coursework.
Joining the program.
You must apply to both the PhD and DDS applications in order to enroll in the dual degree program. Each program reviews students on its own standards, and there is no negotiation between the two programs. If you are accepted to one program and not the other, you are free to enroll in the program that accepted you. If you are accepted to both programs, you will automatically be put into our DDS/PhD program.
Apply to the DDS Program
Apply to the PhD in Oral Biology Program
Subject | Description |
---|---|
Test scores | GRE is not required. |
Transcripts | Unofficial transcripts required. |
CV/Resume | Applicants must submit their resume or CV. |
Supplemental application | No supplemental application is required. |
Dental licensing | N/A |
Degree | Must hold a bachelor's degree or equivalent, or a DDS/DMD degree or equivalent. |
Additional requirements | Applicants must submit a personal statement, research essay, diversity statement and three letters of recommendation. |
International applicants | We welcome international applicants. Please see our website for resources on studying at the University of Minnesota as an international student. International students may need to submit TOEFL or IELTS. Strong applicants will have TOEFL scores well above 90. |
DDS/PhD trainees are encouraged to enroll in the PhD program in Oral Biology. Other PhD programs may be possible, but not guaranteed. The PhD in Oral Biology is designed to provide students who seek academic and research careers with a broad understanding of the development, structure, function, and pathology of the orofacial region. The intent of the Oral Biology program is to train scientists for research and teaching careers. A complementary minor in another field is required (molecular biology, genetics, neuroscience, etc.).
Depending on research emphasis, some basic science courses in the DDS curriculum may be waived, allowing time in years 5-8 for completion of PhD requirements and staying abreast of new developments. Students may defend and receive the PhD degree any time after PhD requirements are completed. If the PhD is completed prior to DDS graduation, students will find a new lab to learn additional techniques.
The DDS program requires 4 years of study. In general, the first two years emphasize preclinical courses including basic science and technical dental courses, analysis of dental literature, and ethics and management of practice. The remaining years are spent in clinical courses, working directly with patients. DDS/PhD students will have some protected research time during the clinical years.
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UCLA's Graduate Program in Oral Biology offers the following degree(s):
Master of Science (M.S.)
Doctor of Philosophy (Ph.D.)
With questions not answered here or on the program’s site (above), please contact the program directly.
Oral Biology Graduate Program at UCLA 13-089 CHS Box 951668 Los Angeles, CA 90095-1668
Visit the Oral Biology’s faculty roster
Visit the registrar's site for the Oral Biology’s course descriptions
(310) 825-1955
Introduction
Oral Biology and Pathology is part of the School of Dental Medicine within the Health Sciences Center. The mission of the Graduate Program in Oral Biology and Pathology is to foster academic and creative research excellence in the field of biomedical science. Our programs provide advanced training in the understanding of human oral and systemic health and disease which will provide the basis for graduate students to become academic and research leaders in educational, industrial and research and development arenas. Major areas of study include microbiology, biochemistry, immunology, developmental biology and genetics, functional morphology and biomechanics, neurobiology, bioengineering, biomaterials, stem cell biology and dental public health.
The Graduate Program in Oral Biology and Pathology includes training by faculty from most departments within the school. We are committed to the education of non-dentists as well as dentists and dental hygienists, who seek advanced research training and careers in oral health sciences — a field closely aligned with the dental and craniofacial sciences.
The Department of Oral Biology and Pathology offers two graduate degrees, which are granted through the Graduate School at Stony Brook University. The department offers a PhD in Oral Biology and Pathology and a Master of Science (MS) in Biomedical Sciences (Track in Oral Biology and Pathology). These degrees can also be obtained as part of a combined DDS/PhD program or a combined DDS/MS program. The MS in Biomedical Sciences (Track in Oral Biology and Pathology) may also be obtained as part of a combined degree program leading to an Advanced Certificate in Endodontics/MS, Advanced Certificate in Orthodontics/MS, or an Advanced Certificate in Periodontics/MS.
The main function of these advanced degree programs is to train educators and researchers to staff dental and medical schools, dental and medical research institutes, dental and medical industrial laboratories, and to provide relevant basic science training for dentists and physicians taking postdoctoral specialty training. In addition, the graduate programs offered in the Department of Oral Biology and Pathology are of particular interest to industry-based scientists seeking additional training and advanced degrees.
The course work consists of an in-depth exposure to knowledge, directly and indirectly related to oral biology and its related sciences, and is coupled with appropriate individual research, tutorial and thesis/dissertation programs.
While the department is interested in all aspects of oral biology, active programs of research presently being conducted include the following:
Besides a commitment to basic oral and medically related science, the department is committed to technology transfer and its relation to clinical care. It is a leader in translational research and continues to develop products for the oral and medically related health market. The department has brought more than 12 million dollars in royalty income to the university. Clinical trials are carried out to assess the safety and efficacy of various products developed by the Department in conjunction with many US and foreign industrial companies. Research grants are primarily from New York State, the National Institute of Dental and Cranial Research (NIDCR), National Institute of Arthritis, Musculoskeletal and Skin Diseases (NIAMS) and industrial companies.
Further details may be obtained from Dr. Stephen Walker, director, Graduate Program, at [email protected] .
Students with a baccalaureate degree in the biological sciences are eligible to apply for the MS in Biomedical Sciences with a track in Oral Biology, which is focused on basic and translational oral and related sciences. The MS degree offers the non-dental student the foundation for a more advanced degree or additional training to individuals such as laboratory technicians and research scientists who may benefit from increased scientific knowledge. The MS curriculum is also uniquely suited to provide Pre-med and Pre-dental students interested in acquiring advanced didactic and research training to strengthen their application to dental or medical school. The core class requirements of this program are held in conjunction with the first and second year basic science courses offered to the dental students. The MS curriculum is credit driven and can be completed in as little as one year but traditionally is completed after two years.
This program is designed to ensure that graduates will develop the skills to initiate independent research in oral biology. The dissertation research comprises a significant part of the student’s course of study, which is at the leading edge of basic and translational biomedical sciences related to craniofacial development, oral health, disease processes and clinical therapies. The main function of this program is to train oral biology educators and researchers to staff dental and medical schools, dental research institutes, dental and medical industrial laboratories, and to provide relevant basic science training for dentists and physicians taking postdoctoral specialty training. In addition, this program has been of particular interest to industrial based scientists seeking additional training and advanced degrees as demonstrated by our alumni.
Combined DDS/PhD Degree:
Revolutionary discoveries and developments in fields such as molecular biology, biotechnology, biomaterials, tissue engineering, and regeneration therapy will radically alter how oral health care providers will diagnose and treat patients. In addition, there is a critical shortage of dental school faculty across the country, a scenario that is getting worse each year. To address these and many other projected changes in the profession, there is a need to develop a significant number of clinically trained scientists and scientifically trained clinicians. The DDS/PhD program seeks to do this by integrating the DDS program with the PhD in Oral Biology and Pathology.
All applicants must fulfill all prerequisite dental school requirements for admittance to the DDS Program and apply through AADSAS . The AADSAS application deadline is December 1st.
Applicants are also required to complete the Graduate School Application .
The combined PhD/DDS Program is approximately seven years in length.
The DAT may be substituted for the GRE Examination.
For more specific information, please contact the program director:
Dr. Stephen Walker [email protected]
Combined DDS/MS Degree
The DDS/MS program is designed to prepare outstanding clinical scientists thoroughly versed in clinical research capable of addressing significant issues in oral health. The master's degree may add an additional year so that students graduate with both degrees in five years. The DDS/MS degree provides considerable depth to the clinical degree, including a broad understanding of modern biomedical research. Having the MS degree strengthens any subsequent application to clinical specialty programs or academic positions.
Applicants interested in the combined DDS/MS Program must first be admitted to the DDS program at Stony Brook University. Outstanding applicants will be invited to submit a second application after matriculation in the graduate school, submitted at any time during the first two years of study. For the combined DDS/MS, applicants must apply separately to both the DDS program and the MS program.
Combined MS Degree with Advanced Certificate (AC) Programs
The combined MS with an Advanced Certificate in (Endodontics, Orthodontic, or Periodontics) is available to residents in these Advanced Specialty Education Programs. Entry into the combined MS in Biomedical Sciences (Oral Biology and Pathology Track) requires a separate application to the MS program and the AC program. We encourage students to apply to the MS program prior to or during their first year in the AC programs.
Students should confer with the directors of their Advanced Certificate Program:
Hechang Huang, DDS, MS, MSD, PhD Director, Advanced Certificate Program in Orthodontics and Dentofacial Orthopedics Director, Predoctoral Orthodontics
Thomas W. Manders, DDS Director, Division of Endodontics, Department of Periodontics and Endodontics Director, Advanced Certificate Program in Endodontics
Sri Myneni, BDS, MS, PhD Director, Advanced Certificate Program in Periodontics
For admissions to all of the graduate programs offered in the Department of Oral Biology and Pathology, in addition to the minimum Graduate School requirements, the following are required:
To obtain applications and for more information, please access the Graduate School website
Degree Requirements:
The Graduate Program in Oral Biology and Pathology follows the guidelines, requirements and milestones set by the Graduate School . The program also has requirements that are specific to the Oral Biology and Pathology program. The program recognizes that students from different backgrounds enter our program. Therefore, while following specific guidelines, the program also has incorporated a degree of flexibility.
PhD PROGRAM: DEGREE REQUIREMENTS AND MILESTONES
The PhD degree is on average completed between 5 – 6 years. The requirements for the PhD include both didactic and research courses. A passing grade is considered a “B” or better. There are five elements
1. Core Courses : Each student must complete and pass the Oral Biology and Pathology systems courses (HDO 560, HDO 561, and HDO 562).
2. Seminar : Every semester each student must participate in and pass the Oral Biology and Pathology Seminar (HDO 690).
3. Elective Courses : Each student must pass at least four graduate level basic science course in related disciplines within and/or outside the department. The elective courses are chosen by the student in consultation with their dissertation advisor and Graduate Program Director. These courses should expand the student’s knowledge in fields related to their dissertation research. Visit our website for the complete list of courses.
4. Research Design and Laboratory Techniques in Biomedical Research: This course aims to introduce theoretical principles and experimental techniques used for laboratory investigation in biomedical research. Students will familiarize themselves with the instrumentation and techniques used to investigate different molecular and cell biological problems through a combination of lectures and demonstrations. Various topics will be covered such as tissue culture and isolation and characterization of DNA, RNA and proteins using various techniques. Students will be introduced to recombinant DNA technology including cloning in various non-viral and viral vectors that allow modulation of gene expression. Transgenic mice technology and Cre-lox system and gene editing technologies will be introduced. In addition, the use of mass spectrometry, microarray and DNA deep sequencing to understand biological processes will be discussed.
5. Advancement to Candidacy Exam: Students should have already formed their Dissertation Advisory Committee (DAC) prior to scheduling their Advancement to Candidacy Exam. A student may be advanced to candidacy in a doctoral program once he/she has completed all Graduate School and departmental requirements other than the dissertation or its equivalent. Students will prepare a written dissertation proposal in consultation with their Research Advisor/Co-advisor. The proposal will be in the format of a research grant application in accordance with current NIH guidelines with page limitations to not exceed 10 pages. The written proposal MUST be shared with the Dissertation Advisory Committee (DAC) at least ONE week in advance of the examination, otherwise the exam will be rescheduled. Four basic criteria will be used to assess the student performance in the exam. [1] Scientific Premise: Is the student able to put their proposal within the context of previous work in the discipline? [2] Innovation: Is the proposal new and original? [3] Significance: Does the proposed research represent a significant advancement in the discipline? [4] Study Design: Has the student chosen methods appropriate to the question? and [5] Feasibility: Can the proposed study be completed within a reasonable time limit to complete degree requirement? Upon passing the exam and completion of all required coursework with the exception of HDO 690: Seminar, which is required of all students each semester, the Graduate Program Director (GPD) will submit a request to the Graduate School for the student’s Advancement to Candidacy.
6. Dissertation : A major part of the PhD is research and the development of a dissertation on the findings. Each student must carry out original research that culminates in a written dissertation that is presented publicly and successfully defended. Areas of research are listed above but others may also be possible.
MS PROGRAMS: DEGREE REQUIREMENTS AND MILESTONES
The MS curriculum is approximately two years in duration and provides basic and translational oral and related biological science training. The requirements for the MS degree include both didactic and research courses. There are four elements:
1. Core Courses : Each student must complete and pass the Oral Biology and Pathology systems courses (HDO 560, HDO 561 and HDO 562).
2. Seminar : Every semester, each student must participate in and pass the Oral Biology and Pathology seminar (HDO 690).
3. Elective Courses : Each student must pass at least two graduate level basic science courses in related disciplines within and/or outside the department. The elective courses are chosen by the student in consultation with their thesis advisor, Program Advisory Committee, Thesis Committee and/or GPD. These courses should expand the student’s knowledge in fields related to their thesis research. Course listings in various programs can be found at: https://www.stonybrook.edu/sb/graduatebulletin/current/index.pdf
4. Research Design and Laboratory Techniques in Biomedical Research: This course aims to introduce theoretical principles and experimental techniques used for laboratory investigation in biomedical research. Students will familiarize themselves with the instrumentation and techniques used to investigate different molecular and cell biological problems through a combination of lectures and demonstrations. Various topics will be covered such as tissue culture and isolation and characterization of DNA, RNA and proteins using various techniques. Students will be introduced to recombinant DNA technology including cloning in various non-viral and viral vectors that allow modulation of gene expression. Transgenic mice technology and Cre-lox system and gene editing technologies will be introduced. In addition, the use of mass spectrometry, microarray and DNA deep sequencing to understand biological processes will be discussed.
5. Thesis Research : An original research thesis is required for completion of the MS degree. Each student must carry out research (HDO599) culminating in a written thesis, which is defended before the student’s Thesis Committee. For the M.S. degree, the student defends the thesis only to the student’s dissertation committee. If the thesis is recommended for approval, the determination is submitted to the Graduate School for final decisions to award the degree
The Combined Degree Programs: DDS/PhD PROGRAM; DDS/MS; Advanced Certificate/MS: DEGREE REQUIREMENTS AND MILESTONES
The requirements for the PhD/DDS program and the DDS/MS program are similar as those for students in the stand alone PhD program or MS program with the following exceptions: Students who obtain a passing grade in HDO 501 will not be required to take HDO 560 and students who obtain a passing grade in HDO 601 will not be required to take HDO 561 and HDO 562. These students are also exempt from the required seminar course (HDO 690). Students may also opt to use Med500b (Molecular Foundations of Medicine) as an elective in lieu of MCB 656-Cell Biology.
The requirements for the Advanced Certificate/MS are similar as those in the stand alone MS program. Because students in these programs have a DDS from a US or Canadian institution, they participate in a more advanced oral biology and pathology course consisting of: HDO 531-Normal and reparative tissue development in the oral cavity; HDO 532-Host-parasite interactions; and HDO 533-Regional anatomy, orofacial neuroscience and pain conditions. In addition, students in these programs are required to participate in multiple seminar courses in which they present the current basic science literature in their field.These students are not required to take the oral biology journal club (HDO 690).
Courses: HDO 500 Biology of the Oral Mineralized Tissues This course deals with the basic chemistry, crystallography, ultrastructure, and metabolism of the calcium phosphates involved in the formation and physiological and pathological resorption of the various mineralized tissues found in or associated with the oral cavity (enamel, dentin, cementum, bone). Ectopic calculus formation will be examined. Prerequisites: HDO 560, 561, 562 and 563 or their equivalent. Fall and Spring Prerequisite: Admission to Graduate Health Sciences Program 3 credits, Letter graded (A, A-, B+, etc.)
HDO 510 Salivary Metabolism and Secretion
Consideration is given to the normal and abnormal structure and function of the glandular systems found in the oral cavity. The composition, regulation, and functions of the secretions from the major and minor salivary glands will receive particular attention. Prerequisites: HDO 560, 561, 562 and 563 or their equivalent. Fall and Spring Prerequisite: Admission to Graduate Health Sciences Program 3 credits, Letter graded (A, A-, B+, etc.)
HDO 520 Oral Microbial Systems This course explores the oral microbiome as determined using both live culture and molecular “next generation sequencing” methodologies with a focus on changes in the oral microbiome during oral disease. Prerequisite: HDO 560, 561 and 562 or their equivalent Prerequisite: Admission to Graduate Health Sciences Program 3 credits, Letter graded (A, A-, B+, etc.)
HDO 530 Molecular Biology and Pathology of the Periodontium This course deals with the ultrastructure and biochemical composition of the periodontal tissues, remodeling of the extracellular matrix with an emphasis on the role of metalloproteinases; the microbial interrelations with the organic and inorganic components of the periodontal tissues, the biochemical dynamics of gingival inflammation and wound healing, and the metabolic processes responsible for the composition and flow of gingival crevicular fluid. Prerequisites: HDO 560, 561 and 563 or their equivalent. Fall and Spring. Please note that this may be taken twice for a total of four credits. Prerequisite: Admission to Graduate Health Sciences Program 2 credits, Letter graded (A, A-, B+, etc.)
HDO 534 Research Design and Biostatistics This course aims to improve the understanding of basic research methods and statistical concepts and principles and introduce some fundamental statistical tools, in the context of oral health research. The first part of this course covers basic assumptions and concepts of clinical and biomedical research, research methodologies, critical thinking, and evidence-based dentistry. Residents will develop the skills needed to recognize the quality of the scientific evidence and the quality of various publications, the ability to conduct an evidence-based analysis of the literature, and the ability to present an evidence-based presentation on a controversial topic related to dentistry. The components of a research proposal and the basic elements of compliance will be discussed. The second part of the course covers concepts from statistics such as: summarizing, organizing, and presenting different types of sample data; simple probability; discrete and continuous probability distributions such as the Binomial and Normal distributions; the mean and variance of a probability distribution; sampling distributions; hypothesis testing; statistical significance; confidence intervals; non-parametric techniques; ANOVA; correlation and regression; categorical data analysis, tests for proportions, and Chi-Squared tests. Students will apply the techniques learned in class on a given data set, where they will analyze the data and perform statistical testing. The third part of the course students will discuss and evaluate the statistical methods used in relevant papers as well as in proposed student’s projects. Prerequisite: Enrollment in a graduate program in the School of Dental Medicine. Fall, 1 credit, Letter grades (S/U)
HDO 535 Epithelial Keratinization and Differentiation Epithelial Keratinization and Differentiation The course examines the growth and differentiation of startified sqamous epithelia. Particular emphasis is placed on molecular events involved in the differentiation program. Consideration is also given to mechanisms involved in oral and cutaneous disorders. Prerequisites : Permission of instructor required; HBP 531 suggested; students must have had a background in cellular biochemistry molecular biology. Fall and Spring, 2 credits, Letter graded (A, A-, B+, etc.)
HDO 540 Research Design and Laboratory Technique in Biomedical Research The first part of this course covers basic assumptions and concepts of clinical and biomedical research, research methodologies, and critical thinking. Students will develop the skills needed to recognize the quality of the scientific evidence and the quality of various publications, the ability to conduct an evidence-based analysis of the literature, and the ability to present an evidence-based presentation. The components of a research proposal and the basic elements of compliance will be discussed. The second part of the course aims to introduce theoretical principles and experimental techniques used for laboratory investigation in biomedical research. Students will familiarize themselves with the instrumentation and techniques used to investigate different molecular and cell biological problems through a combination of lectures and demonstrations. Various topics will be covered such as tissue culture and isolation and characterization of DNA, RNA and proteins using various techniques. Students will be introduced to recombinant DNA technology including cloning in various non-viral and viral vectors that allow modulation of gene expression. Transgenic mice technology and Cre-lox system and gene editing technologies will be introduced. In addition, the use of mass spectrometry, microarray and DNA deep sequencing to understand biological processes will be discussed. Prerequisite: Enrollment in the MS (HBBMS) or PhD (HDOPH) program in Oral Biology and Pathology. Fall, 3 credits, Letter graded (A, B, C, F)
HDO 541 Principles of Mucosal Immunology The mucosal immune system is essentially the primary site of interaction between invading pathogens and the immune system. The overall aim of this graduate course is to facilitate a deeper understanding of the fundamentals of the immune system at mucosal surfaces. It will provide a broad overview of several core mucosal immunology topics and has been designed for graduate students and post-docs who have recently entered the field. This class will provide in-depth analysis of the structural features that distinguish the mucosal immune system from the peripheral immune system. Features of innate and adaptive immunity as they relate to mucosal immune responses will also be covered. As well as delivering in depth lectures on relevant and emerging topics the course will engage participants in interactive discussions on topics in an informal setting. The course content is based on the "Principles of Mucosal Immunology" textbook. Prerequisite: Enrollment in the MS (HBBMS) or PhD (HDOPH) program in Oral Biology and Pathology. Fall, 3 credits, Letter graded (A, B, C, F) HDO 550 Oral Diagnostics and Therapeutic Technology, Lectures and Laboratory Techniques Recent advances in the use and development of research technology for the early diagnosis and treatment monitoring of oral and systemic disease. Special attention is paid to the principles of technology transfer including patents and patenting; searching of on-line databases is a key component. The course includes relationships of dry mouth to salivary physiology, diabetes, and drug medications; salivary film measurements, wetting of oral surfaces, viscoelasticity and lubricity; the use of the Periotron and enzyme assays for the diagnosis of gingivitis and periodontal disease; instrumentation used in sensitive teeth measurement and evaluation of treatment effectiveness using oral compositions and iontophoresis; oral candidiasis and denture stomatitis and early detection and causes of dental caries; oral malodor measurements including use of the Halimeter and its use in the formulation of oral compositions. Application to clinical practice and clinical studies is covered. Prerequisites: HDO 560, 561, 562, and 563 or their equivalent. Fall and Spring Prerequisite: Admission to Graduate Health Sciences Program 3 credits, Letter graded (A, A-, B+, etc.) HDO 560 Oral Biology and Pathology I The first of four comprehensive courses on molecular structure, biochemical and physiological function, developmental anatomy and pathology of the various systems that constitute the oral apparatus. Covers the embryological development of the face and oral cavity and the biology and pathology of the oral mineralized tissues. Prerequisites: Undergraduate degree in basic science. Fall and Spring Prerequisite: Admission to Graduate Health Sciences Program 3 credits, Letter graded (A, A-, B+, etc.) HDO 561 Oral Biology and Pathology II The second of four comprehensive courses on molecular structure, biochemical and physiological function, developmental anatomy and pathology of the various systems that constitute the oral apparatus. Covers the biology and pathology of the periodontal structures and the microbiology of the oral cavity. Prerequisites: Undergraduate degree in basic science. Fall and Spring Prerequisite: Admission to Graduate Health Sciences Program 3 credits, Letter graded (A, A-, B+, etc.) HDO 562 Oral Biology and Pathology III This course is the third of four comprehensive courses on molecular structure, biochemical and physiological function, developmental anatomy, and pathology of the various systems that constitute the oral apparatus. The course consists of' the following two units of instruction; (1) the biology and pathology of the salivary glands and their products and (2) the biology and pathology of the periodontal structures, Prerequisites: Undergraduate degree in basic science. Fall and Spring Prerequisite: Admission to Graduate Health Sciences Program 3 credits, Letter graded (A, A-, B+, etc.)
HDO 563 Oral Biology and Pathology IV This course is the last of four comprehensive courses on molecular structure, biochemical and physiological function, developmental anatomy and pathology of the various systems that constitute the oral apparatus. Covers the biology and pathology of the oral sensory systems and the biology and pathology of oral motor systems. Prerequisites: Undergraduate degree in basic. Fall and Spring Prerequisite: Admission to Graduate Health Sciences Program 3 credits, Letter graded (A, A-, B+, etc.) HDO 590 Research Projects in Oral Biology and Pathology Individual laboratory projects closely supervised by faculty members to be carried out in their research laboratories. Prerequisite: Enrollment in a MS or PhD program in Oral Biology and Pathology. Fall and Spring Prerequisite: Admission to Graduate Health Sciences Program 3 credits, Letter graded (A, A-, B+, etc.)
HDO 599 Graduate Research Original investigations undertaken with supervision of a faculty member. Prerequisite: Enrollment in a MS or PhD program in Oral Biology and Pathology. Fall and Spring Prerequisite: Admission to Graduate Health Sciences Program 1-12 credits, Letter graded (A, A-, B+, etc.) HDO 690 Oral Biology and Pathology Seminars Research seminars by students, staff, and visiting scientists which may include review of current literature and presentation of student research. Prerequisite: Enrollment in the MS or PhD program in Oral Biology and Pathology. Fall and Spring, 1 credit, Letter graded (S/U). May be repeated for credit.
HDO 695 Oral Biology and Pathology Teaching Practicum Practice instruction in the teaching of oral biology and pathology at the undergraduate level carried out under faculty orientation and supervision. Prerequisite: Permission of instructor required. Fall and Spring Prerequisite: Admission to Graduate Health Sciences Program 1 credits, Letter graded (A, A-, B+, etc.)
HDO 699 Dissertation Research in Oral Biology and Pathology Dissertation Research, Prerequisite: Advancement to Candidacy Passing, Fall, Spring, and Summer. Prerequisite: Admission to Graduate Health Sciences Program 1-9 credits, Letter graded (A, A-, B+, etc.)
HDO 805 Summer Research In Oral Biology and Pathology Summer Research, Prerequisite: Enrollment in a MS or PhD program in Oral Biology and Pathology. Prerequisite: Admission to Graduate Health Sciences Program 0 credits, S/U grading
Facilities:
The Department currently occupies 18,000 square feet of space in Dutchess and Westchester Halls comprised of offices, research laboratories, special facilities and rooms with special equipment. These include:
In addition, Stony Brook University Supports a number of Research Core Facilities, which are coordinated under the Office of Scientific Affairs . The goal of these facilities is to provide commonly used technologies to the campus, and thus facilitate the research processes.
The university libraries maintain 1.7 million bound volumes and 3 million publications in microformat, and subscribe to approximately 13,300 periodicals and serial titles. Excellent collections are available in the biology and chemistry libraries. The Health Sciences Library contains more than 250,000 volumes and subscribes to 4,300 periodical and serial titles. Almost all of the dental research journals are included in this collection.
Graduate Program Faculty Members Dr. Soosan Ghazizadeh , Oral Biology and Pathology Dr. Lorne Golub , Oral Biology and Pathology Dr. Raveena Jagwani , Oral Biology and Pathology Dr. Steven London , Oral Biology and Pathology Dr. Marcia Simon, Oral Biology and Pathology Dr. Stephen Walker, Oral Biology and Pathology Dr. Richard Faber, Orthodontics and Pediatric Dentistry Dr. Zach Faber, Orthodontics and Pediatric Dentistry Dr. Hechang Huang, Orthodontics and Pediatric Dentistry Dr. Robert Lopatkin, Orthodontics and Pediatric Dentistry Dr. Robert Schindel, Orthodontics and Pediatric Dentistry Dr. Vincent Iacono , Periodontology Dr. Srinivas Myneni , Periodontology Dr. Georgios Romanos , Periodontology Dr. Marcus Abboud, Prosthodontics and Digital Technology Dr. Dan Colosi, Prosthodontics and Digital Technology Dr. Rafael Delgado-Ruiz , Prosthodontics and Digital Technology Dr. Mina Mahdian , Prosthodontics and Digital Technology Dr. Jerome Cymerman , Endodontics Dr. Clarissa Amarillas , General Dentistry Dr. Ana C. Botta , General Dentistry Dr. Ying Gu , General Dentistry Dr. Miriam Rafailovich , Materials Science and Engineering Dr. Chad Korach, Mechanical Engineering
American Dental Education Association American Dental Association International/American Association of Dental Research National Institute of Dental and Craniofacial Research (NIDCR)
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Phd in oral sciences, training the 'next-generation' of oral health professionals heading link copy link.
This program trains the next generation of oral health scientists. PhD in Oral Sciences utilizes cutting edge biomedical technology and knowledge to address basic and clinical research questions of importance for promoting and maintaining oral health. The program also offers an opportunity to combine PhD training with a DMD for a dual degree in 8 years. Students admitted to the dual degree DMD/PhD track start with PhD to complete 90% of research work before the of start the DMD curriculum.
Program description.
The curriculum consists of a core based on the University of Illinois Chicago’s Graduate Education in Medical Sciences (GEMS) Program coupled with selectives in Oral Sciences: Cellular, Molecular, and Developmental Biology; Biomaterials Science; or, Microbiology/Immunology. Students participate in an oral science topics series throughout the program. Students who are candidates for the PhD will usually complete the program within 4-5 years. Students who are candidates in the combined DMD/PhD program will earn both the DMD and PhD degrees within 8 years. A preliminary (candidacy) exam and a final thesis defense are required. More information on degree requirements (including curriculum and research thesis) is available from the UIC Graduate College .
Research has demonstrated the definitive associations between oral and systemic diseases such as periodontitis, cardiovascular disease and preterm birth. Students and faculty in the PhD in Oral Sciences program focus on the areas of oral health research, all of which integrate the oral cavity with systemic and whole body health: Wound Healing, Cancer Biology and Tissue Engineering. The program prepares students for faculty and research positions in interdisciplinary oral health research. Training emphasizes bench research and the evaluation of scientific data in addition to didactic course work. In addition, training will include presentation, grantsmanship and writing skills, as well as other activities essential for developing an independent researcher.
Candidates with an undergraduate degree in a relevant field from an accredited institution are eligible to apply for the PhD in Oral Sciences. Additional requirements for international candidates include having minimum levels of English proficiency as set by the University’s Office of Admissions .
Please visit UIC’s tuition and fees page for current tuition rates for the PhD program. Please visit the UIC Office of Financial Aid for information about how to fund your education.
Step 1: Statement of interest All candidates must express interest in writing to:
Christina Nicholas, PhD Director of Graduate Studies [email protected]
Step 2: Online application All applicants must complete the UIC graduate application for the PhD in Oral Sciences, Program Code 20FS1525PhD. All materials requested during the online application (official transcripts and application fee) must be uploaded directly to the University’s Office of Admissions’ online application. All applicants should carefully read the directions available from UIC Graduate Admissions .
Applicants will also be required to upload the following:
Dates and deadlines for the application are available from the UIC Graduate College .
Once your application is complete, it will be reviewed by the Graduate Studies Committee. The committee will ask you to interview, in-person or online video conference accommodations are available. Candidates chosen will be notified by email.
The DMD/PhD program integrates our innovative DMD curriculum and clinical training with a customizable basic and translational oral sciences track to offer graduates both a DMD and PhD in Oral Sciences. Students work closely with faculty mentors and multidisciplinary science teams to gain valuable experience in the lab and clinic to prepare for careers in science, academics or specialized clinical practice.
Watch these videos to hear from current DMD/PhD candidates on the advantages of combining clinical training with oral science research experience.
Research areas, craniofacial pathology, regenerative science, clinical, translational & community research, resources heading link copy link.
For more information about the PhD in Oral Sciences program, and to apply, please contact:
Amsa Ramachandran Academic Advisor DMD/PhD Program Office of Research [email protected]
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The Graduate School
Doctor of Philosophy
With a Doctor of Oral Biology and Maxillofacial Pathology , you’ll learn molecular, cellular, bioengineering and in vivo research methodologies from The Dental College of Georgia’s award-winning faculty.
The program focuses on the biological processes that contribute to the normal development of the orofacial complex and the diseases that arise in this area.
By earning your doctorate in Oral Biology and Maxillofacial Pathology from The Dental College of Georgia at Augusta University, you’ll be engaged and inspired to make new scientific discoveries that improve clinical care.
Oral Biology and Maxillofacial Pathology is for you if you consider yourself
Want to learn more about the Oral Biology and Maxillofacial Pathology program at Augusta University?
(706) 721-9516
What You'll Study
Students in Augusta University’s Doctor of Philosophy with a major in Oral Biology and Maxillofacial Pathology program are admitted via a common admissions process to the Biomedical Sciences PhD program. After completing the first-year core classwork and laboratory rotations, students choose a dissertation research mentor and enter the Oral Biology and Maxillofacial Pathology program.
Students are expected to complete the program in approximately five years of full-time, year-round study. The maximum duration of the program is seven years.
Curriculum | Admissions Criteria | Tuition and Fees | Application Deadlines
EXPLORE. EXCEL. EXPAND.
Augusta University's graduate programs are among the best in the nation – and the world – and our graduate students are our most valuable assets. To ensure that our students earn more than a degree, the Graduate School offers a range of opportunities so they can develop the leadership, communication and personal skills needed for a rewarding life and academic, research or professional career.
See what the Graduate School has to offer »
Experience-based Education
The Dental College of Georgia works in collaboration with other units as well as other universities within the University System of Georgia to perform innovative, multidisciplinary research in dental and oral health related diseases, which provides students with engaging opportunities to interact with researchers and their projects.
With the interdisciplinary program spanning the spectrum of biomedical sciences, the oral biology investigators have a wide range of research interests, which translates into exciting research opportunities for students.
The strong connection between biomedical science and clinical care is emphasized in every class.
Established in 1969, DCG is the state’s only dental college, providing care to nearly 50,000 patients each year.
Faculty research interests include oral cancer, bone metabolism, tissue regeneration, diabetes and hypertension.
Faculty serve in high-profile organizations, on editorial boards for major scientific journals and present groundbreaking research at national meetings.
Your Future
With a doctorate in Oral Biology and Maxillofacial Pathology, graduates can explore a wide range of research topics in the biomedical sciences.
According to the U.S. Bureau of Labor Statistics, the median pay for a medical scientist is $95,310 . The job outlook through 2031 is growing much faster than average.
I planned to pursue PhD in biomedical science to equip myself with knowledge and skills that would enhance my academic career and broaden my professional life. The collaboration between biomedical sciences and the dental sector helps me be part of translational research and contribute to the field of medicine.
Bidhan Bhandari
I am a dentist from India and I believe that a treatment becomes useful and valuable if it is based on the best evidence and coupled with the right equipment, methods, and technology. Pursuing biomedical research has equipped me with the tools to enhance my skills and broaden my knowledge in the field.
Harshit Singhania
GPA: Overall GPA of 3.0 on a 4.0 scale at the Baccalaureate level calculated on all undergraduate work.
Degree Requirement: Minimum of a Bachelor’s degree or equivalent from an accredited college or university.
Transcripts: Official transcripts are required from all universities and colleges ever attended. Unofficial transcripts from US colleges and universities can be used in the admissions review process in lieu of official transcripts for this program.
Standardized Test Requirements: None are required for this program.
Letters of Recommendation: Recommendations from three individuals must be submitted through the application portal.
Resume: Applicants must submit a resume or curriculum vitae within the application portal.
Research Experience: Research experience is required for admission. Applicants will provide a personal statement that includes a summary and description of your research experience in the application portal.
International Students: Please review the verification process for international transcripts and the english proficiency requirement .
Estimated total Full-time / In-State / Per Semester
Tuition Per Hour
Mandatory Fees
View Detailed Program Tuition
*Tuition & Fees listed here are for in-state students enrolling in the university for Fall 2024 semester.
Please visit the Graduate School for detailed admission criteria and important application process information .
Fall '25 deadline.
Early submission of all application materials is strongly advised.
All required application materials and documents must be received in order for an application to be considered complete and before an admission decision can be made. The program does not accept applications after the published application deadline, however the program will continue to accept application materials up to 2 weeks after the application deadline.
Why augusta.
As Georgia’s only dental college, an oral biology degree from The Dental College of Georgia gets noticed.
Interdisciplinary research opportunities expose you to the latest advances in biomedical science and clinical care.
A state-of-the-art facility located on Augusta University’s Health Sciences Campus puts you at the heart of the university’s research enterprise.
A key problem is the loss of “redox balance” between harmful molecules called reactive oxygen species and helpful molecules like nitric oxide.
The research team believes the answer may be in how stress hormones signal the skeleton to make more bone making cells instead of bone-dissolving ones
“I think the best legacy any of us can hope for is to impact more Georgians."
“We show, for the first time in this study, that many fibroblast cells are actually produced by these excessive endothelial cells. We must find a way to prevent this from happening,” said Yuqing Huo, MD.
The Graduate School prepares successful and innovative leaders, scholars, researchers, educators and clinicians to advance their field and impact their community and the world. Currently, The Graduate School offers over 45 graduate degree and advanced certificate programs. The wide range of doctoral, specialist and master’s degree programs, as well as graduate certificate programs offered, provide outstanding training, research, clinical and educational opportunities.
The Craniofacial Biology PhD program is designed for students who are interested in earning a PhD in biomedical fields including but not limited to craniofacial biology.
In addition to providing students with rigorous training, we offer an opportunity to explore a wide range of research projects, core courses that provide a solid biomedical foundation, and an interdisciplinary and collaborative environment.
The interdisciplinary PhD program offers individualized course options and provides flexibility to accommodate a variety of research interests. Our goal is preparing students to become advanced research scientists and the next generation of leaders in craniofacial research.
Our program provides a flexible, stimulating and uniquely structured curriculum for well-qualified candidates, with an emphasis on:
Ostrow’s program focuses primarily on development and disease as well as prokaryotic and eukaryotic genetics. Significant emphasis is placed on understanding:
The PhD program in craniofacial biology requires didactic courses of instruction, including classes in craniofacial genetics and development, bioethical issues, statistics and scientific writing. The program also requires a research project to be satisfactorily completed prior to graduation.
During the first two years of the PhD program, students focus on their research while solidifying their knowledge base by taking classes on topics of relevance.
In year 1, students complete approximately 25 units, which includes both classroom and laboratory work over the fall, spring and summer semesters. At the end of year 1, students and their mentor select a research project.
In year 2, students complete courses tailored to their research interests and continue lab work as a Research Assistant. By the end of year 2, students should have completed the Qualifying Exam, which includes a condensed version of a written National Institutes of Health (NIH) F31 fellowship proposal and an oral defense of their research project.
In years 3-5, students focus fully on their research, developing their project, attending conferences and professional development workshops, and ultimately writing and defending their thesis. Students are also trained in giving research presentations by participating in their PhD programs seminar series, in which all aspects of their talks are critiqued by their peers. An individual development plan (IDP) and periodic meetings with the students’ thesis committee provide scientific support, ensuring progress toward the PhD. By the time students defend their thesis, they are expected to be experts in their field and to have achieved considerable independence, providing outstanding preparation for a postdoctoral fellowship or other science-related careers.
A total of 60 units are required for the PhD. Eight didactic courses at the graduate level are required. The core required CBY courses are CBY 589 , CBY 585, INTD 531 and INTD 561 as listed above. The remaining graduate-level courses may be selected from courses offered by any department, following consultation with the student’s graduate mentor. Graduation requires a minimum GPA of 3.0 and satisfactory completion of a research project.
Students must pass both the written and oral portions of the qualifying exam during the second year of study. The written portion will require students to write a research grant proposal, in a format modeled after an NIH F31 fellowship application. The oral defense portion will include both a formal presentation of the grant proposal, as well as a forum in which the guidance committee asks general questions related to the student’s research.
Each student’s research is reported in a dissertation written under the guidance of the student’s mentor and the dissertation committee. The dissertation must demonstrate the student’s capacity for independent research, scholarly achievement and technical mastery of a specific field.
2 prestigious grants fund phd research in marine and molecular biology.
Research on neurogenerative disorders and the capacity for marine life to withstand warmer temperatures has gotten a boost, thanks to a grant and fellowship awarded to PhD students and faculty at the USC Dornsife College of Letters, Arts and Sciences.
Daniel Olivares-Zambrano, a biological sciences PhD student, and Carly Kenkel , Wilford and Daris Zinsmeyer Early Career Chair in Marine Studies and associate professor of biological sciences, have received a Gilliam Fellowship . The fellowship, funded by the Howard Hughes Medical Institute, aims to enhance diversity in the sciences through mentorship programs supporting both PhD students and their advisors.
It’s the first Gilliam Fellowship to be awarded to USC Dornsife, and only the second to USC.
Olivares-Zambrano says his interest in science arose in childhood, when his curious and mischievous mind was most often entertained by the wild creatures around him.
“From my sightings of local opossums and crows to sampling the spicy-bitter taste of the abundant Argentine ants, and fighting with the cockroaches that would ruin my cereal, I loved interacting with the natural world,” he says.
Library books also inspired him. He once spent hours mesmerized by a textbook on human anatomy his sister found discarded in a library trash can.
Olivares-Zambrano completed his undergraduate degree in biology at California State University Monterey Bay, where he turned his scholarly focus to marine life.
At USC Dornsife, he’s conducting research in Kenkel’s lab on the symbiotic relationship between sea anemones and coral to better understand the species’ capacity for withstanding heat stress.
Olivares-Zambrano says he’s grateful both for the financial support of the fellowship and its immediate connection to hundreds of fellow scholars that share similar research interests. “I think [this community] will help me stay motivated, inspired and supported toward my goals,” he says.
After completing his PhD, he hopes to return to where his own academic career began and join the faculty at a California State University to help mentor the next generation of scientists.
Nina Barr, a third-year molecular biology PhD student, received a highly selective National Institutes of Health diversity supplement grant to support her research. Barr studies under Derrick Morton , assistant professor of biological sciences and gerontology, who explores the role of RNA-processing proteins in brain disorders.
Barr’s interest in biology arose from her own diagnosis of epilepsy, which sparked her curiosity about the molecular mechanisms of the central nervous system.
Her thesis looks at the role that the RNA exosome, a protein complex that degrades RNA, plays in the development of the brain’s cerebellum. To do so, she’s examining a disease called pontocerebellar hypoplasia , characterized by an atrophied cerebellum, through generating a 3D “ organoid ” model of the cerebellum from stem cells.
The grant funds both her research and attendance at conferences where she can demonstrate her findings, receive constructive feedback and conduct important career networking.
Barr hopes to land a job as a research scientist in the pharmaceutical industry after graduation, where she’d like to continue her research on drug testing in organoid models to observe treatment in a preclinical setting.
Fulbright scholar awards go to usc dornsife professor and 2 phd students, usc dornsife scholars win goldwater and astronaut scholarships, and a prestigious fellowship, three usc dornsife professors’ books named among best of the 21st century.
IMAGES
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Learn how to apply for a Ph.D. in oral biology at UCLA, a leading research institution in craniofacial biology and bioengineering. The program requires courses, exams, and a dissertation under the guidance of a research mentor.
PhD Program. The PhD in Oral Biology is a research degree that emphasizes basic science research. It includes a dissertation project, a major part of the student's program. The four-year PhD in Oral Biology encourages students to focus in one of five areas: biomaterials and biomechanics, epithelial biology and carcinogenesis, microbiology and ...
The PhD program is designed to train academic research investigators of the future, who will carry out independent, high-quality research in oral biology, the foundations of which are in numerous oral health-related biomedical sciences: cell, developmental and molecular biology, biochemistry, biomaterials, biophysics and physical sciences.
Oral Biology, PhD. The PhD program provides training for those who wish to pursue basic and/or clinical research in dental medicine or the biomedical sciences. Candidates may include those with bachelor's, master's, or DDS (or equivalent) degrees. FALL 2025 ENROLLMENT | Applications accepted June 1, 2024 - February 1, 2025.
The Oral Biology Ph.D. Program is interdisciplinary in nature and draws upon the expertise of the faculty in areas such as biochemistry, biophysics, clinical studies, developmental biology, immunology, microbiology, cell and molecular biology, physiology, and pharmacology.
Interdisciplinary in nature, the PhD program draws upon faculty expertise in a broad range of disciplines, including biochemistry, biophysics, developmental biology, immunology, microbiology, cell and molecular biology, physiology, and pharmacology. Students choose an area of concentration from these disciplines, but may also combine work in ...
The Graduate Program in Oral Biology trains students to execute independent research programs, preparing them them for careers in academic dentistry, industry and other fields. Established in 1968, the program has a strong track record of placing graduates in academic and industrial positions. The curriculum provides a broad understanding of ...
The PhD program selects candidates who clearly express the desire to pursue a career in research that is related to oral and craniofacial tissues and pathologies. The PhD program requires a minimum of five years, with extensive didactic and research training. The PhD in Oral Biology, Program in Biomedical Sciences is also available to qualified ...
School of Dentistry, Office of Research and Research Training. 1011 N. University G306, Ann Arbor, MI 48109. 734-763-3388 | [email protected].
The PhD program in oral biology provides training for those who wish to pursue basic and/or clinical-translational research focused on oral and systemic health. Candidates may include those with bachelor's, master's or DDS (or the equivalent) degrees. The program will prepare students for careers in oral and craniofacial biology and the ...
This experience prepares students for teaching responsibilities after receipt of the PhD and provides a good opportunity for consolidation of the student's general oral biology background. Research. Early in the second year of study, the student is expected to choose a thesis adviser and to define a dissertation problem. The Supervisory ...
The Ohio State University Oral Biology PhD Program is an interdisciplinary program at one of the most comprehensive health sciences center in America, with faculty from the Colleges of Dentistry, Medicine and Veterinary Medicine, as well as other units on campus.
The PhD program with an emphasis in Oral Biology is the only program in the state of New Jersey that offers a PhD degree granted by SGS with an emphasis on dental research. Goals. Train highly competent scientists who will make significant advances in our basic understanding of oral infectious diseases.
The DMSc Degree in Oral Biology Research offers an unparalleled three-year (minimum) structured Doctor of Medical Sciences (DMSc-only) research-intensive degree in oral biology. Under the mentorship of world-renowned scientists, participants undertake an intensive research training experience. The goal of the program is to train academic ...
The DMSc Degree in Oral Biology Research offers an unparalleled three-year (minimum) structured Doctor of Medical Sciences (DMSc-only) research-intensive degree in oral biology. Under the mentorship of world-renowned scientists, participants undertake an intensive basic, translational and clinical research training experience. The goal of the ...
The PhD in Oral Biology is designed to provide students who seek academic and research careers with a broad understanding of the development, structure, function, and pathology of the orofacial region. The intent of the Oral Biology program is to train scientists for research and teaching careers. A complementary minor in another field is ...
Oral Biology Graduate Program at UCLA 13-089 CHS Box 951668 Los Angeles, CA 90095-1668. FACULTY. Visit the Oral Biology's faculty roster. COURSE DESCRIPTIONS. Visit the registrar's site for the Oral Biology's course descriptions. Admission Requirements; Program Statistics; PHONE (310) 825-1955. EMAIL.
HDO 690 Oral Biology and Pathology Seminars Research seminars by students, staff, and visiting scientists which may include review of current literature and presentation of student research. Prerequisite: Enrollment in the MS or PhD program in Oral Biology and Pathology. Fall and Spring, 1 credit, Letter graded (S/U). May be repeated for credit.
Students and faculty in the PhD in Oral Sciences program focus on the areas of oral health research, all of which integrate the oral cavity with systemic and whole body health: Wound Healing, Cancer Biology and Tissue Engineering. The program prepares students for faculty and research positions in interdisciplinary oral health research.
The Oral Biology and Maxillofacial Pathology program focuses on biological processes that contribute to normal development of the orofacial complex and diseases that arise in this area. ... This Graduate School degree is academically based in the Dental College of Georgia, our interdisciplinary program emphasizes an integrative approach to ...
With a doctorate in Oral Biology and Maxillofacial Pathology, graduates can explore a wide range of research topics in the biomedical sciences. According to the U.S. Bureau of Labor Statistics, the median pay for a medical scientist is $95,310. The job outlook through 2031 is growing much faster than average.
Students for the Ph.D. program in Oral & Craniofacial Biomedical Sciences in the Department of Biomedical Sciences receive training in the broad fields of Craniofacial development and genetics, Bioengineering and regeneration, Mineralized tissue biology and Neuroscience and pain. This training includes the advanced study of cell and molecular mechanisms, experimental studies, and clinical ...
The Craniofacial Biology PhD program trains outstanding students to become advanced research scientists and leaders in oral health-related research. Through a multidisciplinary and interactive approach, students obtain a thorough understanding of the expanding opportunities in oral and craniofacial biology research.
The fellowship, funded by the Howard Hughes Medical Institute, aims to enhance diversity in the sciences through mentorship programs supporting both PhD students and their advisors. Associate Professor of Biological Sciences Carly Kenkel, an expert in coral biology, is co-recipient of an HHMI Gilliam Fellowship. (Photo: Olga Burymska.)