Skeletal, Craniofacial and Oral Biology Graduate Program
Program Description
Program Objectives
The program will educate scholars in Skeletal, Craniofacial
and Oral Biology by
providing thorough preparation for biological research. The
specific objectives of the program are:
1. To provide the student with a thorough understanding of
the current scientific basis of skeletal, craniofacial and oral
biology and how new
knowledge is generated.
2. To provide the student with experience in the scientific
method and its application to laboratory research and clinically
based research using human subjects.
3. To prepare students to assume university teaching
positions and to provide them with an opportunity to study the
problems and methodologies associated with instruction in
professional schools.
Program Requirements
The formal requirements of the Graduate School must be met.
Please refer to the Graduate Student Handbook for the most
up-to-date requirements:
1. Residence Requirements
- Equivalent of three full-time study years beyond the
Bachelor's degree or two years beyond a higher degree
(full-time study requires a minimum of 12 credit hours per
semester).
- Either the entire second or third year of graduate study
must be completed while in residence at the University.
- All work must be completed within eight years of entry
into the program.
2. Course Requirements
- A total of 44 credits of graduate work (300 and 400
courses) is required by the University for the Ph.D. degree.
Modifications of course requirements can be made by the
Advisory Committee on the basis of the student's previous
experience.
- All students are required to complete 24 credits of core
course work and 15 credits of Graduate Research. Of the 24,
at least 9 must be taken from courses within each of two
categories: Biomedical Science core and Skeletal,
Craniofacial and Oral Biology core.
All students must take DENT 5415 and DENT 5416 (Contemporary
Topics in Oral Biology, I and II).
BMS Core
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- Responsible Conduct in Research, MEDS 5310, 1 credit
- Developmental Biology, MEDS 5322, 2 credits
- Logic of Modern Biology, MEDS 5327, 4 credits
- Immunobiology I, MEDS 5329, 2 credits
- Immunobiology II, MEDS 5330, 2 credits
- Logic of Modern Biology, MEDS 5327, 4 credits
- Biochemistry II MEDS 5351, 4 credits
- Topics in Biochemistry and Molecular Biology MEDS 5368, 1
credit
- Presentation of Scientific Data, MEDS 6447, 1 credit
- Cellular and Molecular Neuroscience, MEDS 5372, 4 credits
- Neuroscience: Structure, Function, Development of the
Nervous System
- MEDS 5374, (prerequisite MEDS 5372), 1 to 6 credits
- Cell Biology I, MEDS 5380, 4 credits
- Cell Biology and Physiology II MEDS 5381, 4 credits,
(prerequisite MEDS 5380)
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Skeletal, Craniofacial and Oral Biology Core
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- Introduction to Biomaterials and Tissue Engineering,
DENT 5414, 3 credits
- Contemporary Topics in Oral Biology I, MEDS 5415, 2
credits
- Contemporary Topics in Oral Biology II, MEDS 5416, 2
credits
- Advanced Oral Histology DENT 5430, 2 credits
- Biodontics II: Integrating Craniofacial Biology with
Clinical Dentistry, DENT 433, 2 credits
- Functional Oral Anatomy, DENT 5434, 2 credits
- Oral Physiology, DENT 5436, 2 credits
- Biodontics: Integrating Biotechnology with Clinical
Dentistry, DENT 5440, 3 credits
- Skeletal, Craniofacial and Oral Biology Journal Club
MEDS 6497, 1 credit
- Clinical Radiation Sciences (Part A), MEDS 6461, 2
credits
- Clinical Radiation Sciences (Part B), MEDS 6462, 2
credits
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3. Research Courses
Laboratory research may be formally scheduled under the title
MEDS 6496, "Laboratory Rotation." The format is flexible: the
following options are illustrative only.
- Laboratory Rotation MEDS 6496 (1 credit) - A student spends one-fourth time
for one semester in a laboratory learning research
procedures.
4. A minimum of 3 credits of MEDS 6496 is required.
5. Thesis Research
Students doing thesis research may need to register for MEDS
5497 "Skeletal, Craniofacial and Oral Biology Journal Club" or
GRAD 6950 "Doctoral Research" in order to bring their total
credits to 44.
Thesis Research
Thesis Advisory Committee
The student's thesis research is conducted under the
guidance of a thesis advisory committee. This committee is
selected by the student in consultation with the interim
committee usually near the end of the second year, (prior to
part 1 of the general examination). This committee shall consist
of a major advisor and at least two associate advisors; one of
the associate advisors may be a faculty person not appointed to
the Skeletal, Craniofacial and Oral Biology Graduate Faculty. Any member of the
Skeletal, Craniofacial and Oral
Biology Graduate Faculty is eligible to serve as the major
thesis advisor. At least one other program member serves and one
or more faculty members who are members of the Graduate Faculty
from any of the Schools in the University can serve as associate
advisors. The director of the appropriate clinical program (an
ex-officio member of the OBGP faculty) will be appointed to the
advisory committees for students enrolled in the combined
Ph.D./clinical certificate program.
Plan of Study
A plan of study must be submitted to the Graduate School
prior to completion of not more than 12 credits. The student
prepares a Plan of Study in consultation with the interim
advisory committee or the thesis advisory committee if it has
been constituted. The plan will specify all formal courses which
are to be completed the language requirement (or supporting area
of study), the scheduling of the general examination, and the
general area of the thesis research. The plan of study must be
approved by the student's interim advisory committee and the
Graduate School prior to the general examination.
Thesis
Prior to writing the thesis, the student shall present a
seminar describing his/her research progress. The seminar will
be attended by all members of the advisory committee and by the
SCOB faculty. Thesis writing shall begin only after the advisory
committee has approved the student's report. Following
completing of the thesis, it will be evaluated by the advisory
committee. Distinguished members of other faculties may be
invited to serve as thesis readers. There shall be a public
examination of the thesis following its acceptance by the
readers. The thesis will be written in the format prescribed by
the Graduate School. It is the student's responsibility to be
certain that the thesis format and style conform to these
specifications. Scheduling of the final oral examination must
adhere to the rules of the Graduate School. A copy of the
completed thesis shall be provided before the defense and in
addition to the copies required by the Graduate School and the
Health Center, one bound copy will be supplied for the
departmental library.
General Examination
Each student is required to pass the General Examination
before becoming a candidate for the degree of Doctor of
Philosophy. This is generally accomplished by the end of the
second year, but, under special circumstances, may occur later,
especially for students who are in combined Residency/Ph.D.
programs and have spent substantial time during their first two
years in clinical training.
The purpose of the General Examination is for the candidate
to demonstrate readiness to pursue independent research leading
to the Ph.D. degree.
When the student and her or his advisor feel that it is
appropriate to proceed with the exam, they should meet with the
student’s advisory committee to plan the examination. The
examining committee will consist of at least five graduate
faculty including all members of the student's advisory
committee. A minimum of three Skeletal, Craniofacial and Oral
Biology Graduate Faculty should be on the examining committee.
The candidate, following consultation with the thesis advisor
and advisory committee, will invite any additional faculty
needed to join the examining committee.
The General Examination consists of two sections: a written
grant proposal and an oral defense of the proposal and related
scientific topics.
For the general written examination, the candidate is
required to prepare a research proposal following the
instructions for a R03 grant including all sections required by
NIH. All instructions for the R03 NIH grant application should
be followed including the length limitations. Information can be
found at the following two web sites:
Additional resources about preparing successful grants should
be sought from the mentor, area of concentration director, web
and the UConn Health Center
Research Administration web site.
The grant application can be written on any topic but
trainees are encouraged to write their grant on a topic directly
relevant to their anticipated thesis research. Before writing
the examination, the student will prepare one or more abstracts
of proposals for review and approval by the student's examining
committee. The topics of the proposals can be developed in
consultation with the student’s major advisor. The abstract
should include one or more hypotheses to be tested, the specific
aims of the final proposal, and rationales for the hypotheses
and the specific aims. The major advisor should not participate
in formulating the specific aims, but should advise the student
concerning the overall suitability of the topic. The major
advisor will not participate in the final decision to approve
the abstract. Once the abstract is approved, the specific aims
should not be substantially changed without approval of the
examining committee. Once the topic is chosen, the student is
free to use all library materials and internet sites available
at the Health Center or elsewhere, but may not consult either
faculty or other students regarding the specifics of the
hypotheses, rationale, scientific design and scientific strength
their proposal. They may seek help regarding the general
principles of grant writing, English grammar, identifying
references in the literature and information regarding specific
technical issues related to methodology. Not later than one
month after the approval of the abstract, the proposal will be
submitted to the examining committee.
The candidate will orally defend the grant proposal within 1
to 2 weeks of submission. A total of five graduate faculty
including all members of the advisory committee must be present
during the oral examination. The examining committee will choose
the chair of the committee, which cannot be the thesis advisor.
The written grant application will be reviewed by the examining
committee. Immediately prior to the oral examination, the
faculty will briefly discuss the quality of the written proposal
and determine whether it warrants continuation with the oral
examination. Usually the candidate makes a short 10 to 15 minute
presentation at the beginning of the examination to present the
hypothesis, rationale, and specific aims of the proposal. The
candidate may also briefly present any important corrections or
changes to the written proposal. While the oral examination will
focus on the material in the grant, examiners are expected to
pursue lines of thinking which flow out of the proposal. This
allows the examiners to explore the ability of the candidate to
relate basic science knowledge and principles to problem solving
and scientific thinking. This discussion of the proposal is
expected to focus on principles and lines of thinking, and not
become overly concerned with technical details. The thesis
advisor must refrain from interpreting the candidate's answers
or answering questions posed to the candidate by the examining
committee. The chair of the examining committee has the
responsibility of maintaining an appropriately collegial, fair
and unbiased environment during the examination and the duty to
rephrase or ask for rephrasing of questions, if necessary.
The major emphasis of the evaluation of the proposal should
be the ability of the student to:
- Survey and understand the current state of a focused
field of study.
- Formulate one or two hypotheses related to deficits in
our knowledge that can be experimentally tested given the
current state of the field.
- Propose one or more logical, feasible experiments to
address each of these hypotheses.
- Describe the potential outcomes of the proposed
experiments, and discuss how these outcomes relate to the
hypotheses.
- Describe potential problems with the experiments, and
how these would be dealt with.
The goal of the student should be to propose experiments that
can be completed by one person within two years. In general, the
details of the proposed experimental methods do not need to be
presented, except where the specifics are critical to their
success. However the student should show evidence of enough
familiarity with the methods to evaluate their suitability for
the experiments. The standards for passing the exam are that the
proposal be of the quality that could reasonably be expected
from the student given their experience and training, and the
examination should show strong evidence that the student has the
potential for completing the Ph.D. program.
When the examination is finished, the candidate is excused
and both written and oral sections of the examination are
discussed by the examining committee. Following the discussion,
the examining committee votes with a simple majority deciding.
Grading will be on a pass-fail basis. Separate entries for the
written and oral sections can be made into the records. There
will be an overall grade for the entire examination. In cases
where the performance is satisfactory but there are definable
areas of weakness, the examining committee has sometimes awarded
a pass but required the trainee to undergo additional training
in limited areas specified by the examining committee. In the
event that the examining committee determines the student's
written or oral performance to be unsatisfactory, the examining
committee shall recommend dismissal or prescribe a specific
course of action the student must satisfactorily complete to
remedy the unsatisfactory performance. This could include
revising and re-defending the proposal, or performing a
different remedial activity. The amount of time available for
completion must be specified at this time. If the subsequent
remedial activity is inadequate, the student may be asked to
withdraw from the program.
After the examination, the major advisor shall communicate
the results to the candidate as soon as a final decision can be
made and immediately send the official report on the examination
bearing the signature of each member of the advisory committee
to the Graduate School Office of Records and Registration at the
Health Center. Should the committee permit the student to take
the examination in several sections, only the final result
should be reported. Forms are available in the Office of Records
and Registration.
In the event that any remedial program is not completed to
the satisfaction of the examining committee, the Director shall
call a meeting of the Skeletal, Craniofacial and Oral Biology
graduate faculty to determine a suitable course of action. The
Advisory Committee shall present options for deliberation by the SCOB Graduate Faculty.
Approved February 7, 2006.
Summary of Major Events
First Year
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- Course work, approximately 18 credits
- Three laboratory rotations
- Skeletal, Craniofacial and Oral Biology Journal Club
- Contemporary Topics in Oral Biology
- Submit plan of study
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Second Year
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- Additional course work
- Selection of major (thesis) advisor
- Skeletal, Craniofacial and Oral Biology Journal Club
- Contemporary Topics in Oral Biology
- Thesis project selected and work began
- General Examination
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Third Year
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- Thesis research
- Skeletal, Craniofacial and Oral Biology Journal Club
- Preparation of dissertation prospectus
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Fourth Year
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- Thesis research completed
- Thesis seminar*
- Thesis written and approved
- Oral examination
- Thesis research and preparation may extend into a fifth
year
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*A student actively engaged in thesis
writing is excused from the Skeletal, Craniofacial and Oral
Biology Journal Club.
Courses Offered by Skeletal,
Craniofacial and Oral Biology Faculty
- Biomaterials for Dental Graduates, DENT 5432, 2 credits
- Principles of Oral Microbiology and Infections, DENT
5437, 2
credits
- Clinical Radiation Sciences (Part A), MEDS 6461
- Clinical Radiation Sciences (Part B), MEDS 6462
- Contemporary Topics in Oral Biology I, MEDS
5415, 2 credits
- Contemporary Topics in Oral Biology II, MEDS
5416, 2 credits
- Skeletal, Craniofacial and Oral Biology
Journal Club, MEDS 6497, 1 credit
- Introduction to Biomaterials and Tissue Engineering, DENT
5414, 3
credits
Biomaterials for Dental Graduates (DENT
5432)
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2 credits. Open only with consent of instructor. Offered in
alternate years.
Literature review/seminar covering various subjects of
current interest in dental materials. Some prior knowledge of
dental materials or of materials science required. |
Principles of Oral Microbiology and Infections (DENT
5437)
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2 credits. Open only with consent of instructor. Offered in
alternate years. Dr. J. Tanzer.
Oral flora with emphasis on recent research developments.
Ecology of the oral cavity, dental caries and periodontal
disease. Prior knowledge of microbiology and biochemistry
required. Lectures and discussions, term paper required.
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Clinical Radiation Sciences (Part
A) (MEDS 6461)
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First semester. Total of 2 credits for course. Open only with
consent of instructor.
A series of presentations and discussions in which the nature
and production of radiations, their interactions with matter,
and their effects on molecular and cellular structure and
function will be examined through review and analysis of the
literature.
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Clinical Radiation Sciences (Part
B) (MEDS 6462)
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Second semester. Total of 2 credits for course. Open only with
consent of instructor. Dr. Lurie.
A series of presentations and discussions in which the
effects of ionizing radiation on tissue and organ systems,
organisms, and genetic integrity, as well as the induction of
cancer, will be examined through review and analyses of past and
contemporary literature.
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Contemporary Topics in Oral Biology I (MEDS
5415)
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A combination lecture/seminar course in which current areas of
investigation in the areas of dentomaxillofacial growth and
development, oral microbiology and immunology, oromaxillofacial
physiology and neurobiology, oral mucosa and connective tissues,
oromaxillofacial mineralized tissues, or salivary glands and
saliva will be covered. Dr. Harrison. Fall semester, 2 credits. Prerequisite: D.D.S., D.M.D. or equivalent, or consent of
instructor. |
Contemporary Topics in Oral Biology II (MEDS
5416)
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A combination lecture/seminar course in which current areas of
investigation in the areas of oral mucosa and connective
tissues, oromaxillofacial mineralized tissues, salivary glands
and saliva, dentomaxillofacial growth and development, oral
microbiology and immunology, or oromaxillofacial physiology and
neurobiology will be covered. Dr. Harrison. Spring semester, 2
credits. Prerequisite: D.D.S., D.M.D. or equivalent, or consent
of instructor. |
Organization
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Four sections, each of approximately 6 to 7 weeks duration,
meeting once weekly for two hours, to a total of 56 hours for
the course over two semesters. The course is offered every year.
The course is presented as two 2-unit courses, one in the fall
(DENT 5415) and one in the spring (DENT 5416). There is an overall
course director, and one leader for each section. The section
leaders and course director meet to construct the overall
course, and each section leader is responsible for the specific
content, faculty and guest speaker(s) within that section. All
Skeletal, Craniofacial and Oral Biology Ph.D. students are required to take the entire
course (CTOB I and II) for credit in either their first or
second year, and to audit the course in a participatory manner
during the remainder of their program.
The individual sections are oriented towards contemporary
research and thinking in the particular discipline. Introductory
overview sessions initiate each section, followed by faculty
lectures, guest lectures, student presentations, and laboratory
demonstrations if appropriate, with the specific section content
determined by the section leader and section faculty.
Consultation with the course director and other section leaders
is also essential to appropriate structuring of the entire
course. Student participation, in the form of reviewing papers,
or other activities as determined by the section director, is an
essential component of the course. Each section will have a
brief syllabus, outlining the major topics to be covered, the
entering knowledge expectations of the students, and preparatory
and topical reading lists.
Course Sections
The following general areas are presented on a rotating basis
over a period of 2 to 3 years, so that students will have a full
exposure to the topic areas during their program:
- Dentomaxillofacial Growth and Development
- Oral Microbiology and Immunology
- Oromaxillofacial Physiology and Neurobiology
- Oral Mucosa and Connective Tissue
- Oromaxillofacial Mineralized Tissues
- Salivary Glands and Saliva
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Evaluation
Each course section will receive a numerical grade. These are
averaged for an overall letter grade each semester. A minimum
passing score for each section will be established. Should a
student fail an individual section, the course of remediation
will be determined by the section faculty, the section leaders
and the course director.
Skeletal, Craniofacial and Oral
Biology Journal Club (MEDS 6497-43)
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Each semester. 1 credit. Dr. Dealy
The purposes of the journal club are:
- to provide students with an opportunity to learn to
present before an audience of their peers.
- to provide students with the opportunity to learn to
critically evaluate and discuss research data, either their
own or data from published literature.
- to provide students with the opportunity to read,
evaluate and discuss current literature from a broad
spectrum of areas important to current biomedical research
outside of their specialized area of research.
All students in the program are required to participate
(present) in the journal club each semester they are in the
program with the exception of one semester while they are
writing their thesis. The precise format of the journal club has
varied from semester to semester. Beginning students usually are
a part of a group of students supervised by a faculty organizer
who present a series of papers chosen around a selected topic.
One student presents each week. Advanced students are given the
option of presenting a progress report of their thesis research.
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Introduction to Biomaterials and Tissue Engineering (DENT
5414)
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Fall semester evenings. 3 credits. Basic knowledge of
biology and chemistry (organic) is required.
A broad introduction to the field of biomaterials and tissue
engineering. Presents basic principles of biological, medical,
and material science as applied to implantable medical devices,
drug delivery systems and artificial organs. |
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