<p>Best to check each individual school’s website, what each wants can vary from Harvard’s HST program which wants math through def eq to other schools not requiring calculus at all. Columbia, NYU, ECU, texas schools, Northwestern, UC schools, Dartmouth, all vary in what they will and will not accept. Vanderbilt accepts no APs whereas other schools will take all APs as long as your undergrad school has given you credit on your official transcript which is sent to AMCAS for verification.</p>
<p>The problem lies in that some undergraduate schools accept little to no AP credit to begin with. But that is a different question!</p>
<p>Requirements for Admission</p>
<p>Harvard Medical School
Mathematics: one year of calculus. Advanced placement credits may satisfy this requirement (Calculus AB = 1 semester, Calculus BC = 2 semesters).
Some flexibility can be applied to meet this requirement as long as the courses are relevant to biology and medicine. For example, a semester course in calculus that covers derivatives and integration plus a semester course in statistics (preferably biostatistics) or a calculus-based physics course plus another science course that includes biostatistics. Preferably, students will have some combination that equals a unified two-semester course that covers important, biologically relevant concepts in calculus and statistics. As of the class entering in 2016, one semester of statistics will be required.
Other innovative approaches (including interdisciplinary courses taught together with biology and biologically relevant physical sciences) that meet the stipulations outlined above will be considered.</p>
<p>University of Penn
Physics and Mathematics
Mathematics is the common language of all quantitative science. Physics provides the conceptual framework for quantitative biology and biomedical sciences. Students should have a firm foundation in mathematics and physical science on which the medical science taught in medical school can be based.
Students should have facility with algebra and be able to develop equations from known physical and geometrical relationships. They should also be able to construct and interpret graphic representations of data and functions.
Students should be familiar with the constants or units of physical measurement.
Students should be familiar with basic Newtonian mechanics and the physical properties of the various matter states that are of biological relevance.
Students should have basic knowledge of the principles of electricity and magnetism, particularly circuit diagrams and wave motion.
Students should have firm grounding in basic statistics and probability—particularly in the testing of hypotheses.
Basic computer literacy is also strongly recommended because of the importance of computer science in many areas of medicine. </p>
<p>Johns Hopkins
MATHEMATICS: Calculus or Statistics - one year. Advanced Placement credit for calculus/statistics, acceptable to the student’s undergraduate college may be used in fulfillment of the math requirement.</p>
<p>Duke
One semester of calculus plus one semester of an additional college-level math, statistics or biostatistics are strongly recommended</p>
<p>Yale (no math mentioned)
The minimum requirements for admission to the first-year class are:
Attendance for three academic years, or the equivalent, at an accredited college of arts and sciences or institute of technology.
Satisfactory completion of the following courses including laboratory work:
General Biology or Zoology
General Chemistry
Organic Chemistry
General Physics
(Acceptable courses in these subjects usually extend over one year and are given six to eight semester hours credit.) These courses should be completed in a U.S. or Canadian college or university. Advanced courses may be substituted for introductory-level courses in each of these subjects.
The Admissions Committee has no preference as to a major field for undergraduate study and leaves this decision to students with the advice that they advance beyond the elementary level in the field of their choice rather than pursue an undirected program. A liberal education is the supporting structure for graduate study, and must encompass understanding of the humanities, arts, and society as well as the scientific foundations of technology and civilization. The student of medicine enters a profession closely allied to the natural sciences and must be prepared to cope with chemistry and biology at a graduate level. Students entering college with a strong background in the sciences, as demonstrated by advanced placement, are encouraged to substitute advanced science courses for the traditional requirements listed above.</p>
<p>Kat</p>