Tumor Biology

The Tumor Biology Graduate Program at Georgetown University offers a comprehensive and multidisciplinary approach to understanding the complex nature of cancer. Designed for students passionate about biomedical research, this program provides advanced training in the molecular mechanisms underlying tumor development, progression, and metastasis. Students will engage with cutting-edge techniques in cellular and molecular biology, genetics, genomics, and pharmacology, equipping them with the skills necessary for innovative research. The curriculum is tailored to foster critical thinking, research proficiency, and a deep understanding of cancer biology, preparing graduates for careers in academia, industry, or clinical research. Faculty members involved in the program are renowned experts in their fields, actively contributing to the latest advancements in cancer research. The program also emphasizes translational research, encouraging students to apply their findings to develop targeted therapies and improve patient outcomes. Collaboration is a key component, with opportunities to work across departments such as Oncology, Pathology, and Pharmacology, promoting an integrated learning experience. State-of-the-art laboratories and research facilities provide students with the environment to conduct experiments that contribute to the growing body of knowledge in tumor biology. Throughout their studies, students will participate in seminars, journal clubs, and conferences, fostering a vibrant academic community dedicated to tackling one of medicine’s most persistent challenges. Graduates of the Tumor Biology Program will be well-equipped with both the theoretical background and practical skills necessary for successful research careers and leadership roles in the fight against cancer. This program is committed to advancing our understanding of tumor biology and translating scientific discoveries into effective treatments, ultimately aiming to reduce the global burden of cancer.

Summer prior to first Fall semester

• TBIO 985 - Tumor Biology Lab Rotation I (0)
• TBIO 712 - Tumor Biology Student Seminar (0)

YEAR 1

Fall Semester

• BCHB 501 - Biochemical and Cellular Sciences I (4)
• BCHB 528 - Modern Methods in Molecular Biology (3)
• TBIO 508 - Cellular & Molecular Aspects of the Transformed Cell (4)
• TBIO 546 - Resources for Cancer Research (0)
• TBIO 986 - Tumor Biology Lab Rotation II (0)
• TBIO 703 - Current Topics in Cancer Research (0)
• TBIO 711 - Tumor Biology Student Seminar (0)
• Electives (0-3)

Spring Semester

• TBIO 562 - Survival Skills & Ethics in Scientific Research (2)
• CBIO 539 - Molecular Cell Biology (4)
• TBIO 520 - Cancer Prevention, Control & Epidemiology (3)
• TBIO 536 - Cancer Pharmacology I & II (4)
• TBIO 987 - Tumor Biology Lab Rotation III (0)
• TBIO 704 - Current Topics in Cancer Research (0)
• TBIO 712 - Tumor Biology Student Seminar (0)
• Electives (0-3)

Summer After First Year

• Continuing Training Program or Comprehensive Exam

YEAR 2

Fall Semester

• TBIO 599 - Practical Data Analysis & Experimental Design (3)
• TBIO 591 - Signal Transduction Journal Club (1)
• TBIO 703 - Current Topics in Cancer Research (0)
• TBIO 711 - Tumor Biology Student Seminar (0)
• TBIO 999-03 Thesis Research Cancer Biology (0)

Spring Semester

• TBIO 588 - Preparing a Scientific Paper (2)
• TBIO 704 - Current Topics in Cancer Research (0)
• TBIO 712 - Tumor Biology Student Seminar (0)
• TBIO 999-03 Thesis Research Cancer Biology (0)

Summer After Second Year - Guided Research Training & Thesis Proposal

YEAR 3+ UNTIL GRADUATION 

• TBIO 703/704 - Current Topics in Cancer Research (0)
• TBIO 711/712 - Tumor Biology Student Seminar (0)
• TBIO 999-01 - Thesis Research (0)

LAB ROTATIONS 

• TBIO 997 - Lab Rotation I (0 credits) 
• TBIO 556 - Lab Rotation II (0 credits) 
• TBIO 557 - Lab Rotation III (0 credits) 

• Application Form
• Application Fee
• Personal Statement (Include your reasons for choosing tumor biology research as a career and your past research experience, if any)
• Official Transcript(s)
• 3 Letters of Recommendation
• Graduate Record Examination (GRE) Score
• TOFEL (international student applicants only)
• WES  (international student applicants only)

EVERY APPLICANT MUST SEND ALL HARD-COPY SUPPORTING DOCUMENTS TO THE  Office of Biomedical Graduate Education

The financing studies of the Tumor Biology program at Georgetown University are structured to accommodate a diverse range of students, including international and domestic applicants. Tuition fees for graduate programs at Georgetown University vary depending on the specific department and course load. As of the latest available data, the approximate tuition for graduate studies in biomedical sciences, which includes Tumor Biology, is around $2,100 per credit hour. Most master's degree programs require approximately 30 to 36 credit hours, resulting in total tuition expenses estimated between $63,000 and $75,600.

Students are encouraged to explore multiple funding sources to support their education. Georgetown University offers several scholarships and assistantships, including departmental scholarships based on academic merit and need-based financial aid. Also, students may qualify for federal student loans and work-study programs, which can significantly alleviate the financial burden. For international students, additional scholarships specifically targeted at foreign applicants may be available, although these are highly competitive and limited in number.

In addition to institutional financial aid, external funding sources such as research grants, private scholarships, and sponsorships may be pursued. Many graduate students in Tumor Biology participate in research projects funded by governmental agencies like the National Institutes of Health (NIH), which often include stipends or stipendiary support as part of research assistantship packages.

Cost of attendance also includes fees for health insurance, registration, lab materials, and living expenses, which vary based on location and personal circumstances. Students are advised to consider additional costs for housing, transportation, books, and personal expenses when planning their finances. International students should also account for visa-related expenses and health insurance requirements mandated by the university.

To assist students in financing their studies, Georgetown University provides comprehensive financial aid counseling through its Office of Student Financial Services. They can help applicants identify suitable funding options and complete the necessary application procedures. Many students combine multiple funding sources, including scholarships, assistantships, federal loans, and personal savings, to finance their education.

In summary, the financing of the Tumor Biology program involves a combination of tuition fees, potential scholarships, assistantships, loans, and external funding. Prospective students are encouraged to thoroughly research available options and engage with the university's financial aid office early in their application process to ensure adequate preparation for the financial aspects of their graduate studies.

The Tumor Biology program at Georgetown University is a specialized academic offering designed to provide students with comprehensive knowledge of the biological processes underlying cancer development, progression, and treatment. This program integrates multidisciplinary approaches, including molecular biology, genetics, biochemistry, and clinical research, to prepare students for careers in cancer research, healthcare, and related fields. Students will explore the cellular and molecular mechanisms that drive tumor formation, metastasis, and resistance to therapy, gaining insights into current therapeutic strategies and emerging innovations in oncology. The curriculum often includes coursework in tumor immunology, targeted therapies, cancer genomics, and experimental techniques used in cancer research. Emphasis is placed on developing critical thinking and laboratory skills, enabling students to participate in cutting-edge research projects. Graduates of the program are well-equipped to pursue advanced degrees, participate in clinical trials, or work in biomedical research institutions and pharmaceutical companies. The program may also offer opportunities for internships, seminars with leading cancer researchers, and collaboration with clinical partners. By fostering an interdisciplinary learning environment, Georgetown's Tumor Biology program aims to contribute to the development of novel therapeutic approaches and improve patient outcomes in oncology. Students benefit from the university's strong connections with medical and research institutions, providing a rich environment for education and professional development. Overall, this program serves as a pathway for those committed to understanding and combating cancer, ultimately aiming to translate scientific discoveries into effective clinical interventions.