Ahhh, I never said which "years" would be bypassed. If say Year 4 remained intact (of course it would have to, in order to interview for residencies) and you say it doesn't really count as "a year of medical school", then the bridge system (in your breakdown) might be 1.5 years instead of 3!!
As for the classes that would cross, that would be up to the powers that be. PA school isn't just fluff. Here, peak at this, and you choose which classes might "hold water" in comparison to the classes taken in 2 years of didactic.
This is the didacitc program from a reputable PA program: Any of these classes sound familiar??
Anatomy
The course in anatomy is a central focus of basic science education in the Physician Assistant Program. During this course the student is introduced to gross anatomy presented by the regional approach. The student becomes familiar with the chest, upper extremity, abdomen, pelvis, lower extremity, neck, head, and the central nervous system. Whenever appropriate, clinical and especially surgical correlation's are made both from a diagnostic as well as operative point of view. Instruction is primarily in lecture and lab format, however, atlases and other visual aides are available.
Physiology
The principal objective of the physiology course is to provide physician assistant students with a basic understanding of both cellular physiology and integrative physiology. The course introduces students to the normal vital processes of the human body. Students will be taught the characteristics of cellular structure and the cellular mechanisms, which promote the maintenance of homeostasis. In addition, the specific characteristics of the nervous system, the respiratory system, the endocrine system, the cardiovascular system, gastrointestinal system and the kidney will be discussed in detail to provide a basis with which to compare and characterize clinical disorders.
Microbiology
The course in microbiology and immunology familiarizes the student with the basic information needed to understand the role of these disciplines in clinical medicine. Lectures are supplemented with demonstration materials from the Laboratory of Microbiology whenever feasible. The core course includes Bacteriology, Mycology, Virology, Parasitology, and Immunology. Emphasis is placed on the presentation of practical and useful infectious disease topics relevant to clinical practice.
Biochemistry
Medical biochemistry emphasizes the biomedical principles of carbohydrate, protein, and lipid chemistry fundamental to clinical medicine. Basic biochemical information is presented and integrated with selected nutritional and health problems by means of lectures and clinical discussions. Specific topics include vitamins, minerals, the chemistry of respiration, pH balance, blood coagulation, and hormonal effects on the metabolism of proteins, carbohydrates and lipids. Clinical biochemistry correlates concepts of medical biochemistry with clinical problems such as maintenance of good health, aging, wound healing and growth. Specific topics include hormonal dysfunction, pancreatic/ gastric function, iron/heme metabolism, and mineral/water balance.
Pharmacology
The course in pharmacology introduces the student to therapeutic drugs, their chemistries, actions and uses. Instruction is presented in lecture format. Emphasis is placed on the practical application and evaluation of drug actions on the functions of various organ systems of the human body including but not limited to the autonomic nervous system and cardiovascular system. Studies of antibiotics as well as other important topics are also covered.
Pathology
This course in pathology introduces the student to the natural history, etiology, pathogenesis (gross and microscopic) and clinical findings associated with disease states. Instruction is presented mainly in lecture format with the use of visual aids. Emphasis is placed on disorders commonly encountered in surgical patients.
The Medical Interview
This course will introduce the student to the skills necessary for successful medical interviewing. Course materials and readings will explore the relationship between normal conversation and medical interviewing. The student will learn and practice various techniques for eliciting an accurate medical history from a variety of patient types. Each section of the medical interview will be studied and practiced in detail in preparation for the patient encounters scheduled for the subsequent semester.
Physical Diagnosis I & II
This course, offered in a two-semester sequence, introduces the student to the fundamental techniques of interview and examination. The student will use this basic knowledge throughout his or her career in medicine. Emphasis is on performance of mastered techniques, medical chart recording and oral presentation format in preparation for the clinical phase of education.
Surgical Aspects of Primary Care/General Surgery/Surgical Specialties
The surgery courses are divided into three semesters. The student is introduced to clinical problems common to the discipline of surgical practice including clinical presentation and the correlation between anatomy, pathology, and stage of disease and treatment. Indications and contraindication for surgery are presented along with a pertinent discussion of surgical techniques. The student is introduced to operating room protocol, asepsis and scrubbing, gowning and gloving, instrumentation, suturing and knot tying. The disciplines of orthopedics, radiology, and anesthesiology are also introduced.
The entire Surgery curriculum includes laboratory sessions which are designed to introduce the student to the practical care of patients including bedside procedures such as intravenous catheterization, blood drawing, techniques of hemostasis, suturing methods, use of drains, catheterization techniques, nasogastric intubations, wound care management, and preoperative, postoperative and daily note writing. At this time the student is introduced to the hospital setting and is assigned to attend morning rounds on various clinical rotations in preparation for clinical rotation.
Fundamentals of Primary Care and Clinical Medicine I & II
The medicine course is divided into two semesters. Each semester's course is divided into smaller modules, which introduce the student to the various medical sub-specialties. The student is introduced to recognition and management of common medical problems encountered inpatients and outpatient medical facilities. These include topics such as hypertension, cardiovascular and pulmonary diseases, diabetes, hematologic disorders, hematology, oncology, endocrinology, and otolaryngology and multiple system abnormalities of the elderly.
Obstetrics and Gynecology
This course introduces the student to the fundamentals of prenatal care and childbirth as well as common obstetrical and gynecologic problems and other issues related to women's health that are encountered in clinical practice.
Pediatrics
This course introduces the student to the fundamentals of growth and development, well-baby care, principles of immunization, commonly encountered childhood diseases and their treatments as seen in clinical practice.
Psychiatry
This course introduces the student to the fundamentals of common behavioral abnormalities and their treatment as encountered in clinical practice. Topics include the professional-patient relationship, reactions to history taking and physical examination, stress and coping mechanisms, detection and treatment of psychiatric complications, and management of death and dying.
Physician Assistant Seminar
This course prepares the student to understand the role of the physician assistant in the 21st century healthcare in the United States. Topics are addressed such as professionalism, legal aspects of health care, use of medical literature, familial and cultural components of health care, medical ethics, health promotion/disease prevention, and patient education.
Emergency Medicine
This course further explores concepts introduced in Fundamentals and in Surgery lectures, with an emphasis on emergent care and life-threatening illness and injury. Common presenting complaints seen in emergency medicine settings, their diagnosis and treatment are addressed. Explores emergency medicine both as a field of study and as a medical specialty.
Research I
This course explores the basic concepts of research in the health sciences and the communication of new information to peers. Standard style and content for research proposals, publications and presentations are utilized. Topics such as problem finding, formulation of a research questions, methodology, design, instrumentation, literature review, ethics and funding are explored. Published research articles will be critically analyzed.
Research II
This course applies the theoretical foundation of Research I in the formulation and satisfactory completion of a written final project, working individually with a project advisor. The research process will conclude in an oral presentation to peers and submission of a clinical review article suitable for publication in a peer-reviewed journal.
Epidemiology
This course applies the scientific method to the study of disease in populations. The epidemiological method for studying a problem involves description of the frequency and determinants of a disease in a defined population , evaluation of factors that may cause a disease, and experimental studies of the effects of modifying risk factors on the subsequent frequency of a disease.
Biostatistics
This course provides an introduction to statistical methods as applied to health care research. Topics include population sampling, hypotheses testing, probability, and chi-square, linear regression and correlation, analysis of variance and non-parametric statistics.