Cancer Biology MS

Major: Cancer Biology
Degree Awarded: Master of Science (MS)
Calendar Type: Semester
Minimum Required Credits: 42.0 (non-thesis); 51.0 (thesis)
Classification of Instructional Programs (CIP) code: 26.0911
Standard Occupational Classification (SOC) code:
19-1042

About the Program

The goal of the Master of Science in Cancer Biology program is to provide an understanding of the fundamentals of cancer from an interdisciplinary perspective, including:

  • Biology and molecular biology of cancer initiation
  • Metastasis
  • Treatment
  • Bioinformatics/systems biology

The program is designed to meet the needs of two groups of individuals: (1) new or recent college graduates who wish to increase their marketability for jobs in academic or industrial laboratories through the acquisition of knowledge and skills more developed than obtained through a standard college curriculum; and (2) currently employed technical staff in the pharmaceutical or biotechnology industry (or academia) who wish to advance their position.

Consisting of both classroom and laboratory instruction, the program fills a need to train laboratory personnel in cancer theory and research. Graduates of this program will possess knowledge on both the theoretical and practical levels.   

Additional Information

For more information, visit the College of Medicine's Cancer Biology program website.

Admission Requirements

For acceptance to the program, the applicant must have completed a four-year biology- or chemistry-based bachelor's degree program, or equivalent, with at least a 3.0 GPA. Students must fulfill all requirements for consideration as defined by the Executive Committee of the Division of Biomedical Science Programs:

  • Official transcripts from all colleges and universities attended.
  • Official transcript evaluation such as WES, for transcripts from international institutions that are not in English, or that do not use a 4 point GPA scale.
  • Official entrance exam scores such as the Graduate Record Examination (GRE) or Medical College Admission Test (MCAT).
  • References from at least three instructors or industry professionals.
  • An application fee of $75.
  • International applicants whose native language is not English must demonstrate the ability to speak, write and understand the English language by submitting an acceptable score on the Test of English as a Foreign Language (TOEFL), or IELTS, with the exception of those who have received their undergraduate degree in an accredited U.S. institution.

Students applying to the program will be expected to have undergraduate experience in chemistry, cell biology, biochemistry and mathematics, including — at a minimum — two semesters each of inorganic chemistry, organic chemistry, physics, calculus and biology.

Additional Information

To learn more about applying to Drexel College of Medicine programs, visit the College of Medicine’s Graduate School of Biomedical Sciences and Professional Studies website.

Degree Requirements

Thesis Option

51.0 semester credits

Required Courses
CBIO 503SCancer Biology Journal Club *4.0
CBIO 504SCancer Biology 1st Lab Rotation4.0
CBIO 505SCancer Biology 2nd Lab Rotation4.0
CBIO 506SCancer Biology Thesis Research **18.0
CBIO 510SCancer Biology3.0
CBIO 512SAdvanced Cancer Biology2.0
IDPT 500SResponsible Conduct of Research2.0
IDPT 501SBiostatistics I2.0
IDPT 502SLearn Early As Professionals I (LEAP I)1.0
IDPT 504SLearn Early and Practice (LEAP II)1.0
IDPT 533SCore Principles in Biochemistry & Cell Biology4.0
MCBG 513SMolec & Cell Biology Seminar *4.0
MCBG 515STechniques in Molecular & Cell Biology & Genetics2.0
Approved Electives
Experimental Approaches to Biochemical Problems
Advanced Topics in Biochemistry and Molecular Biology
Infection, Inflammation and Cancer
Cancer Biomarkers and Therapeutics
Epidemiology of Cancer
Teaching Practicum I
Teaching Practicum II
Teaching Practicum III
Thesis Defense
Advanced Cell Biology
Cell Cycle and Apoptosis
Drug Discovery and Development I
Total Credits51.0
*

Taken each semester

**

 Taken a minimum of two times in the second year.

Non-Thesis Option

42.0 semester credits

Required Courses
CBIO 503SCancer Biology Journal Club *4.0
CBIO 504SCancer Biology 1st Lab Rotation4.0
CBIO 505SCancer Biology 2nd Lab Rotation4.0
CBIO 510SCancer Biology3.0
CBIO 512SAdvanced Cancer Biology2.0
IDPT 500SResponsible Conduct of Research2.0
IDPT 501SBiostatistics I2.0
IDPT 502SLearn Early As Professionals I (LEAP I)1.0
IDPT 504SLearn Early and Practice (LEAP II)1.0
IDPT 533SCore Principles in Biochemistry & Cell Biology4.0
IDPT 850SLiterature Review Non-Thesis MS5.0
MCBG 513SMolec & Cell Biology Seminar *4.0
MCBG 515STechniques in Molecular & Cell Biology & Genetics2.0
Advanced Electives4.0
Select a minimum of four credits of Advanced Electives
Experimental Approaches to Biochemical Problems
Advanced Topics in Biochemistry and Molecular Biology
Infection, Inflammation and Cancer
Cancer Biomarkers and Therapeutics
Epidemiology of Cancer **
Advanced Cell Biology
Cell Cycle and Apoptosis
Drug Discovery and Development I
General Electives
Cancer Biology Thesis Research
Teaching Practicum I
Teaching Practicum II
Teaching Practicum III
Total Credits42.0
*

 Taken every semester

**

Note that this is a three credit quarter course which converts to two semester credits

Sample Plan of Study

Plan of Study: Thesis Option

First Year
FallCreditsSpringCredits
CBIO 503S1.0CBIO 503S1.0
CBIO 504S4.0CBIO 505S4.0
IDPT 502S1.0IDPT 500S2.0
IDPT 533S4.0IDPT 501S2.0
MCBG 513S1.0IDPT 504S1.0
MCBG 515S2.0MCBG 513S1.0
 13 11
Second Year
FallCreditsSpringCredits
CBIO 503S1.0CBIO 503S1.0
CBIO 510S3.0CBIO 506S9.0
CBIO 506S9.0CBIO 512S2.0
MCBG 513S1.0MCBG 513S1.0
 14 13
Total Credits 51

Plan of Study: Non-Thesis Option

First Year
FallCreditsSpringCredits
CBIO 503S1.0CBIO 503S1.0
CBIO 504S4.0CBIO 505S4.0
IDPT 502S1.0IDPT 500S2.0
IDPT 533S4.0IDPT 501S2.0
MCBG 513S1.0IDPT 504S1.0
MCBG 515S2.0MCBG 513S1.0
 13 11
Second Year
FallCreditsSpringCredits
CBIO 503S1.0CBIO 503S1.0
CBIO 510S3.0CBIO 512S2.0
MCBG 513S1.0IDPT 850S5.0
Elective(s)4.0MCBG 513S1.0
 9 9
Total Credits 42

Program Level Outcomes

Upon completion of the program, graduates will be prepared to:

  • Develop technical skills in modern cancer biology research.
  • Demonstrate knowledge of fundamental cell and cancer cell biology.
  • Demonstrate ability to define the significance of scientific discovery in cancer research.
  • Have developed a comprehensive awareness of treatment and management modalities for cancer.
  • Evince creative and critical thinking skills by developing and testing novel hypotheses.
  • Clearly communicate scientific knowledge and discovery in written and oral formats.
  • Demonstrate proficiency in identifying, evaluating and utilizing scientific literature and other resources.
  • Exhibit the highest standards of ethics and scientific integrity.