Anatomy
Anatomy
Study of the structure/form of the human
body
Anatomy
Study of the structure/form of the human
body
Study location of organs, reasons for
location, and shape.
Branches of Anatomy
Branches of Anatomy
Gross Anatomy
Branches of Anatomy
Gross Anatomy
Microscopic Anatomy
Branches of Anatomy
Gross Anatomy
Microscopic Anatomy
– Cytology
Branches of Anatomy
Gross Anatomy
Microscopic Anatomy
– Cytology
– Histology
Branches of Anatomy
Gross Anatomy
Microscopic Anatomy
– Cytology
– Histology
Developmental Anatomy
Branches of Anatomy
Gross Anatomy
Microscopic Anatomy
– Cytology
– Histology
Developmental Anatomy
Pathological Anatomy
Physiology
Physiology
Study of the function of organs and the
biochemical make-up of those organs
Application of Anatomy and
Physiology
Harvard Medical School
1st and 2nd year course work
IN555.0 Introduction to the Profession
Description: This course is required for all entering medical and
dental students. It is designed to provide a broad overview of the
profession from a variety of perspectives. It will also aim to clarify
the goals, ...
IN751.0 The Molecular and Cellular Basis of Medicine
Description: Molecular and Cellular Basis of Medicine provides an
introduction to biochemistry, cellular and molecular biology. The
course will cover not only well-established findings but also recent
advances that ...
IN752.0 Integrated Human Physiology
Description: The Integrated Human Physiology course builds on
anatomy, biochemistry, and cell biology, and presumes a working
knowledge of the basics of college physics and chemistry. Using case
tutorials, lectures, ...
IN753.0 The Human Body
Description: The Human Body course provides the foundation for
understanding the anatomic basis of diseases studied in subsequent
courses and encountered firsthand in clinical settings. First-year
IN754.0 Immunology, Microbiology and Pathology
Directors: A. H. Lichtman, A. J. McAdam
Prerequisites: Year I standing, Histology, Molecular and Cell Biology,
Genetics Credits: 0 CREDITS (Required)
Offered: Spring Time: 3/22/2010 -6/4/2010; Mon- Fri 8:30- 12:30 PM & Select
Tuesdays 1:30- 3:30 PM Place: See mycourses.med.harvard.edu
Description: This course will present an integrated introduction to general
mechanisms of cell, tissue and organ injury (general pathology), the principal
mechanisms of responses to injury and defense against foreign ...
IN755.0 Human Genetics
Description: This course will focus on fundamental aspects of human genetics.
Both classical and modern genetic principles and methods will be covered, with
a strong emphasis on applications to human biology and medicine. ...
ME728.0 Molecular Biology of Human Disease
Offered: July and August. Time: M, W, F 9am-12pm Place: MEC 448
Description: This 5-week course will provide an in-depth analysis of recent
advances in our understanding of human disease pathogenesis, as afforded by
contemporary biomedical research in the basic sciences. Topics ...
HT010.0 Human Functional Anatomy
Description: Lectures, detailed laboratory dissections, and prosections provide
a thorough exploration of the gross structure and function of the human body.
Fundamental principles of bioengineering are employed to ...
HT020.0 Musculoskeletal Pathophysiology
Directors: M. L. Bouxsein, M. . Seton
Prerequisites: Anatomy & Pathology in HST curriculum or equivalent.
Permission of instructor Credits: 2 CREDITS (Pathophysiology)
Offered: Offered January. Time: 01/04/2010- 01/29/2010; MWF; 9:00- 11:30
AM Place: TMEC 209, HMS
Description: The course covers growth, development and structure of normal
bone and joints, the biomechanics of bone connective tissues and response to
stress, calcium and phosphate homeostasis and regulation by parathyroid ...
HT030.0 Human Pathology
Description: The course provides an introduction to the organization, structure
and function of normal cells and tissues (functional histology); the pathologic
principles of cellular injury, inflammation, circulatory ...
HT040.0 Mechanisms of Microbial Pathogenesis
Description: The course will deal with the mechanisms of pathogenesis of bacteria,
Mycoplasma, Chlamydia, viruses and the fungi. Special emphasis will be placed on
events at the molecular level. Topics have been selected ...
HT060.0 Endocrinology
Description: Students will study physiology and pathophysiology of the human endocrine
system. The format of the course will include both didactic lectures on the various
glandular systems and live presentation of ...
HT070.0 Human Reproductive Biology
Prerequisites: Basic biochemistry, physiology and anatomy. Credits: 2 CREDITS
(Pathophysiology)
Description: This course is designed to give the student a clear understanding of the
pathophysiology of the menstrual cycle, fertilization, implantation, ovum growth
development, differentiation and associated abnormalities. ...
HT080.0 Hematology
Prerequisites: General biochemistry and familiarity with principles of physiology,
immunology, human anatomy, and molecular biology. Credits: 2 CREDITS
(Pathophysiology)
Description: The course offers an intensive survey of the biology, physiology and
pathophysiology of blood and the blood forming organs, with systematic consideration of
hematopoiesis, blood cells, blood coagulation, ...
HT090.0 Cardiovascular Pathophysiology
Description: The course covers normal and pathologic physiology
of the heart and vascular system. Instruction will emphasize the
quantitative and molecular biological aspects of cardiovascular
hemodynamics, electrophysiology, ...
HT100.0 Respiratory Pathophysiology
Description: This course is designed as a first course in
pulmonary biology in health and disease. The functional structure
of the respiratory system and its physiology will be developed with
the aid of quantitative ...
HT110.0 Renal Pathophysiology
Description: The course presents the normal function of the
kidney and its abnormal function in disease. The disorders of salt
and water metabolism and of renal regulation of acid/base,
potassium, calcium, blood pressure ...
HT130.0 Neuroscience
Description: HST 130/Neuro 200 is a comprehensive introductory
course in Neuroscience for HST medical students and graduate
students. Basic principles of organization and function of the
nervous system will be discussed ...
HT140.0 Molecular Medicine
Description: This course introduces students to a variety of topics
in molecular medicine. The course is conducted as a seminar to
study various human diseases and the underlying molecular,
genetic or biochemical ...
HT146.0 Human Biochemistry & Metabolic Diseases
Description: This course is the first-year intensive study of human
biochemistry. The course will focus on intermediary metabolism
and structures of key intermediates and enzymes important in
human disease. The four-week ...
HT150.0 Principles of Pharmacology
Directors: S. A. Forman, C. E. Rosow
Prerequisites: Permission of instructor. Credits: 4 CREDITS (Basic Science)
Offered: Spring (Feb - March) Time: 02/02/2010-03/25/2010; TUTH; 9:00 AM- 12:00
PM Place: MIT
Description: The object of the course is to teach students an approach to the study of
pharmacologic agents. It is not intended to be a review of the pharmacopoeia. The focus
will be on the basic principles of biophysics, ...
HT160.0 Molecular Biology and Genetics in Modern Medicine
Description: This course will provide a firm foundation for understanding the relationship
between molecular biology, developmental biology, genetics, genomics, bioinformatics,
and medicine. The goal is to develop ...
HT175.0 Cellular and Molecular Immunology
Description: Covers cells and tissues of the immune system, lymphocyte development,
the structure and function of antigen receptors, the cell biology of antigen processing
and presentation including molecular structure ...
HT190.0 Introduction to Biostatistics and Epidemiology
Description: This course will present the fundamentals of biostatistics and epidemiology
with the aim of training students how to comprehend critique and communicate findings
from the biomedical literature. In the ...
HT140.0 Molecular Medicine
Description: This course introduces students to a variety of topics in molecular medicine.
The course is conducted as a seminar to study various human diseases and the
underlying molecular, genetic or biochemical ...
HT146.0 Human Biochemistry & Metabolic Diseases
Directors: D. E. Cohen, R. N. Mitchell
Prerequisites: Undergraduate course in biochemistry. Permission of instructor Credits:
2 CREDITS (Basic Science)
Offered: January Time: 01/05/2010-01/28/2010; TUTH; 8:30 AM- 12:30 PM Place:
TMEC 209
Description: This course is the first-year intensive study of human biochemistry. The
course will focus on intermediary metabolism and structures of key intermediates and
enzymes important in human disease. The four-week ...
HT120.0 Gastroenterology
Directors: M. C. Carey
Prerequisites: General courses in bio, organic & inorganic chem, physics & biochem
recommended. Credits: 2 CREDITS (Pathophysiology)
Offered: Fall. Time: 10/23/2009-12/14/2009; MWF; 1:00- 4:00 PM Place: TMEC 209
Description: The most recent knowledge of the anatomy, physiology, biochemistry,
biophysics, and bioengineering of the gastrointestinal tract and the associated
pancreatic, liver and biliary tract systems is presented ...
University of Georgia
School of Veterinary Medicine
Admission Requirements
Year 1
Veterinary Bacteriology and
Mycology
Principles of Veterinary Anatomy
and Embryology
Veterinary Cell Biology
Microscopic Anatomy of Domestic
Animals
Veterinary Neuroanatomy and
Neurophysiology
Animal Physiological Chemistry
Cardiovascular Physiology
Gastrointestinal Physiology
Physical diagnosis
Veterinary Virology
Veterinary Immunology
Basic Comparative Animal
Nutrition
Laboratory Anatomy of the Horse *
Laboratory Anatomy of the Dog /
Cat *
Veterinary Ethics and
Jurisprudence
Veterinary Medicine: An Umbrella
of Opportunities
Respiratory Physiology
Endocrinology and Reproduction
Renal and Body Fluid Physiology
Year 2
Applied Preventive Health
Epidemiology and
Preventive Medicine
Veterinary Parasitology
Veterinary Animal
Behavior
General Animal
Pathology
Dermatology and
Integumentary Pathology
Principles of
Pharmacology
Principles of Anesthesia
Veterinary Ophthalmology
Polysystemic Diseases
Principles of Surgery
General Surgery
Practicum
Systemic Pathology I
Clinical pathology
Veterinary Toxicology
Mercer University
Master of Science in Nurse Anesthesia
Certified Registered Nurse Anesthetists
(CRNAs) administer approximately 65% of
the anesthetics given to patients in the
United States
Masters of Science, Anesthesia
MSA 611 Applied Clinical Anatomy (4 Credit Hours)
The study of selected anatomical structures pertinent to the practice of anesthesia.
Selected experiences in the cadaver laboratory.
MSA 641 Applied Pharmacology I (3 Credit Hours)
General principles of pharmacology including biochemistry, pharmacokinetics and
pharmacodynamics of anesthetic agents and muscle relaxants. Focus is on clinical
pharmacology with inhalation anesthetics, opiods and non-opioids as compared to the
ideal anesthetic agent. Includes study of drug interactions, drug abuse and addiction.
MSA 642 Applied Pharmacology II (3 Credit Hours)
Study of pharmacology related to the autonomic nervous system, cardiac and endocrine
systems. Includes study of local anesthetics, fluid management and blood replacement.
MSA 743 Applied Pharmacology III (3 Credit Hours)
Study of the development and approval of drugs in the United States. Miscellaneous
topics such as antimicrobial therapies, treatment of bronchospasm and histamine
antagonists. Includes drugs and other treatments for acute and chronic pain.
MSA 612 Applied Physiology and Pathophysiology (6 Credit Hours)
Advanced study of physiology and pathophysiology of the cell and body systems: blood,
nerve, heart and circulation, body fluids and kidney, respiration, nervous system, liver,
and endocrine. Emphasis is on feedback mechanisms, homeostasis, assessment and
Emory University
Physical Therapy Course
Requirements
Physical Therapist
The study of Physiotherapy is a health
care profession which provides services to
individuals and populations to develop,
maintain and restore maximum movement
and functional ability throughout life. This
includes providing services in
circumstances where movement and
function are threatened by aging, injury,
disease or environmental factors.
540a
Gross Anatomy. Summer. 4 hrs.
Gross anatomy study of the structures and functions of systems of the body focusing
on the nervous, musculoskeletal, circulatory and pulmonary systems. Includes human
cadaver dissection.
540b
Musculoskeletal Kinesiology. Fall. 4 hrs.
Introduction to biomechanical principles of human movement. Includes discussion of
the mechanical principles underlying the movement of individual joints, connective
tissue mechanics and the analysis of posture and gait.
541a
Development through the Human Life Span. Fall. 5 hrs.
The interactions of perceptual-motor, cognitive and psychosocial influences on the
developing human and the processes of individual and family reactions to the stresses
of aging, health changes, death and dying. Integrated practical/clinical experiences in
well-baby, child day care and elder care/residential settings.
542
Neuroscience I. (Neuroscience Basis of Physical Therapy I) Summer. 2 hrs.
Structure and function of the human nervous system with emphasis on a movement
control model. Course includes human brain dissection labs.
542b
Neuroscience II. (Neuroscience Basis of Physical Therapy) Fall. 3 hrs.
The Neuroscience course is designed to develop an entry-level understanding of the
basic anatomy of the nervous system and principles of nervous system organization.
There is an emphasis on structure-function relationships, physiological integration and
clinical applications. Case-based problems in sensory-motor functions are explored as
the student correlates injury and disease in the system with clinical manifestations, with
emphasis on physical therapy practice.
543a
Pathophysiology of Orthopedic Disorders. Spring. 5 hrs.
Pathophysiology and medical, surgical and pharmacological management of patients with cardiac,
pulmonary, wound and metabolic conditions. Content congruent with Clinical Measures III (530c) to
integrate the medical and physical therapist management of patients with these conditions.
543b
Pathophysiology of Acute Disorders. Summer. 6 hrs.
Pathophysiology and medical, surgical and pharmacological management of patients with
orthopedic conditions. Content congruent with Clinical Measures IV(530d) to integrate the medical
and physical therapist management of patients with these conditions.
543c
Pathophysiology of Neurologic Disorders. Fall. 6 hrs.
Pathophysiology and medical, surgical and pharmacological management of patients with
neurologic conditions. Content congruent with Clinical Measures V(530e) to integrate the medical
and physical therapist management of patients with these conditions.
544a
Physiologic Basis of Physical Therapy I. Summer. 2 hrs.
Study of the cellular processes involved in normal cell function and the control systems, both local
and systemic, that regulate cells. These processes are addressed in relation to skeletal, cardiac
and smooth muscle function
544b
Physiologic Basis of Physical Therapy II. Fall. 4 hrs.
Study of the physiological mechanisms controlling the cardiovascular, respiratory, renal and
immune systems including the digestive and metabolic processes that support them. These
systems are reviewed integratively in several contexts including: exercise physiology; the
pathophysiology of diseases and the physiological basis of pharmacological intervention.
544c
Physiologic Basis of Physical Therapy III. Spring. 3 hrs.
Topics in physiology, including: the control of normal cell division and differentiation; reproductive
physiology; genetic influences on cells resulting in genetic disease, both somatic and inherited; and
an overview of the issues involved in risk assessment , genetic screening and diagnosis in
diseases of a Mendelian and/ or multifactorial nature.
Emory University
Master of Medical Science
Program in Anesthesiology
Coursework 2009-2010
ANES 505. Instrumentation/Physiology/Pharmacology Lab
Basic and advanced monitoring systems. Bench and computer-based instruction and
testing of cardiovascular, respiratory, neuro, neuromuscular, and renal physiology and
pharmacology. Gowning and gloving; suturing; sterile fields. Includes an entry-level
examination on medical terminology, symbols, medical word formation, disease terms,
abbreviations, and procedures.
ANES 505. Instrumentation/Physiology/Pharmacology Lab
Basic and advanced monitoring systems. Bench and computer-based instruction and
testing of cardiovascular, respiratory, neuro, neuromuscular, and renal physiology and
pharmacology.
ANES 512. Principles of Airway Management
Structure, function, pathophysiology, and diseases of the human airway. Basic and
advanced principles of elective and emergent airway management, including equipment
and techniques.
ANES 513. Anesthesia Delivery Systems and Equipment
Compressed gases, gas distribution systems, anesthesia machines, breathing circuits,
anesthesia ventilators, waste-gas scavenging, respiratory care equipment, resuscitation
equipment.
ANES 516A,B. Pharmacology in Anesthesia Practice
Drugs specifically related to the practice of anesthesia, including inhaled anesthetics,
narcotics, barbiturates, benzodiazepines, anticholinesterases and anticholinergics,
neuromuscular blockers, adrenergic agonists and antagonists.
ANES 530. Physics for Anesthesia Practice
Physical principles and processes applied to the practice of anesthesia. Dimensional
analysis; work, energy, and power; gas laws; fluid mechanics; heat transfer;
vaporization; solubility, diffusion, and osmosis; fires and explosions; laser and x-ray
radiation; applied electric circuit theory; time constants.
ANES 535. Principles of Monitoring and Instrumentation
Principles, applications, and interpretation of monitoring used in anesthesia
practice: electrocardiography; invasive and non-invasive blood pressure; oximetry;
cardiac output; hemodynamic calculations; respiratory gases; ventilation; ICP;
electroencephalography; temperature; renal function; neuromuscular blockade;
ultrasound; echocardiography; point-of-care instrumentation.
BAHS 500. Anatomy
Gross anatomy and histology. Anatomical terms, structures, and relationships
emphasizing functional significance in problem-solving situations. Laboratory provides
demonstrations on models and prosections.
BAHS 502. Physiology
Systems approach to normal function of the human body, including relevant information
on anatomy. Weekly problem solving sessions, regular laboratory exercises, and clinical
application to systemic disorders.
BAHS 504. Pharmacology
Basic principles of drug action; absorption, distribution, metabolism, and excretion of
drugs; mechanisms of drug action; toxicity. Basis for the use of medicines in
pharmacologic therapy of specific diseases.
Medical College of Georgia
School of Dentistry Course
Requirements
Fall Freshman Year (1)
BSAD5001
Behavior Science Applied to Dentistry
01
32
2
DANA5001
General and Oral Microanatomy
01
88
6
DBIO5001
Biochemical Basis of Oral Health & Disease
01
92
6
ETHD5001
Ethics for Health Professionals
01
15
1
NSOD5001
New Student Orientation
01
20
1
OBMP5001
Bioclinical Seminar I
01-03
14
1
OCCL5001
Dental Anatomy and Occlusion
01
143
7
ODOM5001
Principles of Personal Prevention
01
16
1
OPER5001
Operative Dentistry
01-02
152
6
ORPR5001
Orientation to the Profession and Ethics
01
21
1
PADM5001
Introduction to Operatory Procedures
01
7
1
RDCT5001
Research Design & Critical Thinking
01
36
2
Spring Freshman Year (2)
DANA5002
Applied Head and Neck Anatomy
02
94
5
DBIO5002
Molecular Biology of Craniofacial Development
02
32
2
DBIO5003
Nutrition
02
16
1
DMIC5003
Cariology
02
21
2
DPHY5001
Physiological Foundation for Dental Practice I
02
62
4
ODOM5002
Oral Diagnosis I
02
16
1
PERI5001
Fundamentals of Periodontology
02-03
48
3
RADD5001
Radiology
02
36
2
Summer Sophomore Year (3)
CDPR5001
Preclinical Complete Dentures
03-04
140
6
CPRD5001
Basic Cardiac Life Support I (CPR)
03
14
1
DANA5003
Neuroscience
03
44
3
DPHM5001
Pharmacology & Therapeutics for Dental Practice I
03
10
1
DPHY5002
Physiological Foundation for Dental Practice II
03
30
2
OCCL5002
Occlusal Analysis
03
60
3
OMFS5001
Local Anesthesia
03
11
1
TXPL5001
Treatment Planning I
03
15
1
Fall Sophomore Year (4)
DANA5004
Systemic Anatomy
04
64
3
DMIC5001
Oral Microbiology & Infectious Disease I
04
47
3
DPAT5001
Applied Pathology for Dentistry
04
77
5
FIXP5001
Fixed Prosthodontics I
04
124
5
PERI5002
Non-Surgical Periodontics
04
16
1
PTSR5901
Introduction to Patient Services
04-05
194
7
RPDP5001
Removable Partial Dentures
04-05
112
5
Spring Sophomore Year (5)
CDCL5001
Complete Dentures
05
68
3
DMIC5002
Oral Microbiology and Infectious Disease II
05
42
3
ENDO5001
Fundamentals of Endodontics
05
77
3
FIXP5002
Fixed Prosthodontics II
05
124
4
OBMP5002
Bioclinical Seminar II
05-06
16
1
ORTH5001
Orthodontics I
05
32
2
University of Georgia
B.S. Requirements for
Admission to UGA Veterinary
Program
Courses at The University of Georgia which meet these requirements
Requirements
Course numbers
Course title
English
ENG 1101
English Composition 1
ENG 1102
English Composition 2
CHEM 1211/1211L
Freshman Chemistry 1 w/lab
CHEM 1212/1212L
Freshman Chemistry 2 w/lab
CHEM 2211/2211L
Modern Organic Chemistry 1 w/lab
CHEM 2212/2212L
Modern Organic Chemistry 2 w/lab
PHYS 1111/1111L or 1211/1211L
Mechanics, Waves, Thermodynamics
PHYS 1112/1112L or 1212/1212L
Electricity and Magnetism, Optics, Modern Physics
Biochemistry
(lab not required)
BCMB 3100
Biochemistry and Molecular Biology
General Biology
(lab required)
BIOL 1107/1107L
Principles of Biology 1 w/lab
BIOL 1108/1108L
Principles of Biology 2 w/lab
GENE 3200
Genetics
CBIO 3300
Developmental Biology
CBIO 3400
Cell Biology
CBIO 3000
Comparative Vertebrate Anatomy
MIBO 3500
Introductory Microbiology
Inorganic Chemistry
(lab required)
Organic Chemistry
(lab required)
Physics
(lab required)
Advanced Biology
Note: Courses accepted for advanced biology
should be 300 level or above. Lab is not
required. This list of suggested courses is not
all-inclusive. Behavior and ecology courses will
not fulfill this requirement.
Agnes Scott
B.A. Biochemistry and
Molecular Biology…beyond
Pre-Med
Major Classes
Biology
–
–
–
–
–
Genetics
Molecular Biology
Biochemistry I and II
Ecology
Animal and Cell
Biology
– Evolutionary Biology
– Microbiology
Calc I and II
Phys I and II
Chemistry
– Analytical Chemistry
– Physical Chemistry
– Organic Chemistry I
and II
– Bio-Inorganic
Chemistry
– Quantitative Chemical
Analysis