The graduate program in the Field of Biochemistry, Molecular and Cell Biology (BMCB) offers a Ph.D. degree only. The goal of our program is to introduce and educate students about the fascination of this scientific area, as well as provide them with the tools necessary to succeed in it. The program offers the opportunity to undertake forefront research with access to the latest technology and equipment. Our program includes both core and flexible coursework that intends to provide a depth and breadth of knowledge in the scientific areas encompassed by the field, develop written communication skills, and inform on research ethics. In addition to coursework, students are required to complete three research rotations in the first year and a one-semester teaching experience (in the second year). 

This page contains student requirements and resources and faculty resources.

BMCB Current Student Resources

BMCB & GGD students share a common core curriculum focused on building foundational scientific knowledge and skills for success. Students in both programs complete a four-semester series of courses within the first two years of the program that form a foundation and build their skills in written and oral communication, critical thinking, statistical methods, teaching, and professional research ethics. Two courses focused on the critical analysis of the research literature are available that align with the research focus of the BMCB / GGD programs (BIOMG 8370 / 7810). In addition, students select two focused topic courses (electives) in the areas of their scientific interests. In the end of the first year, students formalize their selection of their degree program (Biochemistry, Molecular Cell Biology, or Genetics) and their major area of concentration based on both their coursework and consultation with their thesis advisor and Director of Graduate Studies. 

In addition to coursework, students are required to complete three laboratory rotations in the first year prior to selecting their thesis research lab and a one-semester teaching experience in the second year of training. Student present their research progress to the community through their 5th year of enrollment in the student research seminar series. 

 

Core Curriculum (required): 

Year 1

BIOMG 8369 Foundational Skills for Graduate School and Beyond (Fall) 

BTRY 6010 Statistical Methods I (Fall)

BIOMG 8370 Foundations & Frontiers in Cell & Molecular Biology (Spring) 

OR BIOMG 7810 Critical Thinking in Genetics and Development (Spring) 

 

Year 2

BIOMG 8375 Scientific Communication: Research Proposal Writing (Fall) 

BIOMG 7510 Ethical Issues and Professional Responsibilities (Spring) 

BIOMG 6980 Graduate Student Teaching Assistant Experience (Fall or Spring) 

 

Year 1–5

BIOMG 8330 BMCB Student Research Seminars (Fall & Spring) 

OR BIOMG 7860 GGD Student Research Seminars (Fall & Spring) 

 

• Regular (weekly) attendance at research seminars related to student’s research interests. 

• At least two annual RCR Symposium prior to graduation.

• Attendance at one career-focused workshop.

 

Focused Topics Courses (select two):

In Year 1, students select two elective courses to provide additional depth of scientific knowledge in their area of interest. Recommendations of appropriate courses are provided for each focus area within the BMCB-GGD umbrella. Students are welcome to select courses across the outlined focus areas if that best aligns with their interests.

At the time of application, prospective students are encourage to select the BMCB or GGD field of study that best aligns with their interests at that time. A student’s area of concentration will not be formalized until the end of the rotation period. At that time, a student can move between field of study if they find their interests have changed since the time of application. 

 

BMCB Focus Areas:

Biochemistry & Structure Biology

BIOMG 6310      Protein Structure and Function (Fall) (3 credits)

BIOMG 6380      RNA in Biology and Medicine (Fall) (2 credits)

CHEM 6450       Principles of Chemical Biology (Fall) (3 credits)

BIOMG 6360      Functional Organization of Eukaryotic Cells (Spring) (3 credits)

CHEM 7880       Modern Methods in Structural Biology (Spring) (3 credits)

VETMM 7050     Chemistry of Signal Transduction (Spring / odd years) (2 credits)

 

Cell & Developmental Biology 

BIOMG 6330      DNA Biology (Fall) (2 credits)

BIOMG 6850      Developmental Biology (Fall) (3 credits)

BIOMG 6380      RNA in Biology and Medicine (Fall) (2 credits)

BIOMG 6360      Functional Organization of Eukaryotic Cells (Spring) (3 credits)

BIOMG 6390      The Nucleus (Spring) (2 credits)

BIOMG 6870      Tricks of the Trade: How to Use Genetics to Dissect Cells, Molecules and   

                                       Developmental Pathways (Spring / even years) (3 credits)

BIOMG 6610      Development and Evolution (Spring / odd years) (3 credits)

VETMM 7050     Chemistry of Signal Transduction (Spring / odd years) (2 credits)

 

Molecular & Cell Biology 

BIOMG 6330      DNA Biology (Fall) (2 credits)

BIOMG 6380      RNA in Biology and Medicine (Fall) (2 credits)

BIOMG 6000      Genomics (Fall) (3 credits) 

BIOMG 6871      Human Genomics (Fall) (3 credits)

BIOMG 6360      Functional Organization of Eukaryotic Cells (Spring) (3 credits)

BIOMG 6390      The Nucleus (Spring) (2 credits)

BIOMI 6200       Core Concepts in Molecular Bacteriology (Spring) (3 credits)

BIOMG 6870      Tricks of the Trade (Spring / even years) (3 credits)

 

GGD Focus Areas:

Molecular Genetics 

BIOMG 6330      DNA Biology (Fall) (2)

BIOMG 6390      The Nucleus (Spring) (2)

BIOMG 6360      Functional Organization of Eukaryotic Cells (Spring) (3)

BIOMI 6200       Core Concepts in Molecular Bacteriology (Spring) (3)

BIOMG 6870      Tricks of the Trade: How to Use Genetics to Dissect Cells, Molecules and   

                                       Developmental Pathways (Spring / even years) (3)

Developmental Biology 

PLBIO 6220       Plant Development (Fall)

BIOMG 6360      Functional Organization of Eukaryotic Cells (Spring) (3)

BIOMG 6610      Development and Evolution (Spring / odd years) (3)

BIOMG 6870      Tricks of the Trade: How to Use Genetics to Dissect Cells, Molecules and   

                                       Developmental Pathways (Spring / even years) (3)

Computational Genomics 

BIOMG 6000      Genomics (Fall) (3)

BIOMG 6871      Human Genomics (Fall) (3)

BIOCB 6381      Biochemical Data Mining and Modeling (Fall) (3)

BIOCB 6840      Computational Genetics and Genomics (Fall)

BTRY 6830        Quantitative Genomics and Genetics (Spring)

NS 6300             Proteins, Transcripts, and Metabolism: Big Data in Molecular Nutrition (Spring)

 

Population Genetics and Molecular Evolution 

BIOMG 6871      Human Genomics (Fall) (3)

BIOCB 6810      Population Genetics (4) (Fall; not offered 2024) (4)

BTRY 6830        Quantitative Genomics and Genetics (Spring) (4)

BIOCB 6910      Advanced Population Genetics (Spring) (3)

 

 

Required Coursework in BMCB Minor

For Ph.D. candidates with a minor in BMCB, the suggested requirements are at least six credits of advanced lecture courses at the 6000-level.  Appropriate courses in BMCB include: BIOMG 6310, 6330, 6360, and 6390.  6000- and 7000-level courses in other departments, i.e., Chemistry & Chemical Biology, Plant Biology, Vet Molecular Medicine, and Vet Microbiology & Immunology, may also be suitable, as determined by the Special Committee.   If a student who wants to minor in BMCB has not been exposed to appropriate lab work in the general area of BMCB, then he/she should also take the lab course BIOMG 4400.

For MS candidates with a minor in BMCB, the suggested requirements are at least four (4) credits of advanced lecture courses and a lab if appropriate.  Some suggestions for appropriate courses are indicated in the paragraph above.

Note that requirements are determined by Special Committees, and that the recommendations above are guidelines offered by the Field.

 

Mandatory Responsible Conduct of Research (RCR) Training

The integrity of research conducted at Cornell University is of the utmost importance to the institution as well as to the BMCB Field. Cornell is committed to promoting and supporting the ethical and responsible conduct of research across all disciplines.  As a result, all students are required to take the on-line RCR training in their first year of study.  For more information and to access the training, go to http://www.oria.cornell.edu/rcr/index.html  

In addition, all BMCB students are required to participate twice in the Annual RCR Symposium, offered in January of each year.  In addition, each student must participate in lab group meetings where RCR is discussed once a year and report the date of that meeting on their annual progress report.

Faculty Resources

Cornell tenure-track faculty can apply to become field members by emailing DGS, carolyn.sevier [at] cornell.edu (Carolyn Sevier)

General. The Field of BMCB welcomes faculty members who are strong scientist and are capable trainers of students, who do research and train in an area broadly relevant to BMCB, and who are willing to commit time and effort to the Field. 

The Field of BMCB has its traditional and administrative home in the Department of Molecular Biology and Genetics (MBG) and most of the courses for BMCB grad students are taught by MBG faculty.  However, the Field is open to applicants from any department at Cornell.  For applicants from outside the MBG Department, they will already have a “primary” Field, and thus BMCB would be a “secondary” Field.  Primary and secondary BMCB Field members have exactly the same rights and responsibilities. All BMCB faculty have equal access to grad students and to competitive slots for BMCB students on the NIH Training Grant in Cellular and Molecular Biology (CMB).  All faculty are expected to participate equally in administrative activities, Field committees, and graduate student recruitment and mentoring. All faculty are expected to teach key BMCB courses (Proposal Writing course, Careers course and Foundations & Frontiers course) on a rotating basis.

Membership in the BMCB Field implies a commitment to participate in Field activities. Those who already have multiple Field associations should make a convincing argument in their application that they will devote time and energy to BMCB.   

 

Publications and invited talks.  Applicants are expected to have an outstanding publication record in their research area, which should fall under the rubrics of biochemistry, molecular or cell biology, as sketched above.  Publications should include first authored papers (or for senior faculty, corresponding authorship) in the most highly respected journals with wide readership in BMCB.  Publications that are not in journals with a wide readership but are relevant to an application should be in the top ranked specialty journals that have editorial boards with expertise in BMCB.  Applicants also should have been invited regularly to present their work at other universities and major conferences. The Field of BMCB is looking to raise the stature of the Field by recruiting faculty with research programs that surpass in excellence the present average of the Field membership. 

 

Research funding.  Applicants in their first year as independent investigators are expected to have a detailed plan for seeking research support from the NIH or other agencies, and the outlook for such support should be excellent.  Applicants in their second year are expected to have received at least minor grant support and to have pending applications for major funding. Applicants in their third or later years should have a fully funded research program, with at least one major grant. 

 

Training record.  If they come from an academic background, senior faculty applicants to the Field are expected to have a record of training grad students and post docs who have been very successful in the next step in their careers.   

 

Engagement with the BMCB community at Cornell.  All applicants to the Field of BMCB are expected to be engaged with the Cornell community of research scientists in biochemistry, molecular and/or cell biology.  Evidence for such engagement could include regular attendance at relevant seminars (for example the Friday 4pm series in the Biotech Bldg, sponsored in part by the Field of BMCB), or existing or planned collaborations with BMCB labs. For applicants who have recently arrived at Cornell, the probability of active engagement will be evaluated by the BMCB advisory committee. 

 

Mechanism of application.  Applicants should submit the following to the BMCB Director of Graduate Studies: a letter of intent including research plans for the future, a CV, and two letters of support from BMCB Field faculty (at least one of which should be from someone outside the applicant’s department).  The letter of intent and letters of support should discuss (a) what significant contributions the candidate has made and (b) how their research fits the BMCB training program.

The BMCB advisory committee will review the application in an expeditious manner.  If the committee judges the research area and qualifications of the applicant to be suitable, the DGS will arrange for a Field seminar (normally in the Friday 4pm seminar series), and the CV will be circulated to all the Field members. Immediately after the seminar the Field will vote.  The Graduate School requires that 2/3 of all Field members must vote “yes” for the applicant to be admitted to the Field.  In cases where an application is submitted by a newly-arrived faculty member at a time that does not permit a Field seminar to be scheduled immediately, the DGS may nevertheless make special arrangements for that person to give a “rotation talk” to the first year BMCB class, before the applicant has been formally admitted to the Field.

For faculty new to Cornell who gave a job seminar within a year of applying for membership in the Field of BMCB, the requirement for presenting a seminar may be waived at the discretion of the DGS, if approximately two thirds or more of the Field is likely to have attended that seminar.     

 

Financial commitment implied by Field membership.  BMCB faculty members have agreed to share the costs for recruiting the first year BMCB class, and for supplementing the first year stipends to the university-mandated level.   Those faculty who take a BMCB student at the end of the student’s first year are required to contribute this amount to the Field of BMCB account.  The costs may be reimbursed either by the individual faculty member or by his/her department.  Until reimbursement is made, the faculty member in question will not be able to take further BMCB students.

 

Renewal of membership. The BMCB Advisory Committee will evaluate each Field member every seven years. A non-participating field faculty will be asked to resign.  Criteria for non-participation: (1) the faculty has not mentored a student for thesis research or rotation, or served on a student special committee in the previous seven years; and (2) has not participated in any Field related committee nor taught a mini-course in the previous 7 years; and (3) has not participated in voting at least 50% of the time in the previous 7 years.

All Field members are expected to:

  • Serve as advisors on student's Special Committee representing BMCB;
  • Teach key BMCB courses (Proposal Writing course, Careers course and Foundations & Frontiers course) on a rotating basis;
  • Serve on BMCB field-related committees (such as the Admissions or Recruitment Committee);
  • Participate in BMCB Recruitment annually, whether actively seeking a student or not;
  • Occasionally host a speaker for the Friday Seminars.

Field members must meet annually with every BMCB student whom they advise, along with the rest of the student's Special Committee. This meeting usually takes place immediately after the student’s seminar (or soon thereafter).  The student completes a Progress Report before the meeting.  The major professor should go over this report with the student and then write an independent letter evaluating the student’s progress. This letter becomes part of the student’s file.