Aging and Dying
Sivan Ben-Moshe, MD email
Key concepts of geriatric medicine; basic science of aging; aging physiology; the built environment and aging; gait and function in the elderly; illness trajectory and palliation; death and dying.
Behavioral Science
Charles Gillespie, MD, PhD email
Behavioral Science concludes the examination of clinical topics in neurology and ophthalmology. The majority of the course surveys clinical topics in behavioral sciences, psychopharmacology, psychology, and psychiatry.
Capstone
Jason Liebzeit, MD email
Capstone is the final course of medical school, required for all graduating students. Capstone’s goal is to prepare students for the transition to their new role as physician. A focus is placed on communication, high-yield patient care issues, and personal well-being (psychological, physical, emotional and financial).
Cardiovascular
Dimitri Cassimatis, MD email
Lakshmi Tummala, MD email
Review normal cardiovascular physiology; describe cardiovascular pathophysiology; describe common and uncommon cardiovascular diseases in terms of their pathophysiology, symptoms, and physical exam findings and describe the key diagnostic and treatment options for these common and uncommon cardiovascular diseases.
Community Learning and Social Medicine
Maura George, MD email
Community Learning and Social Medicine is a multi-year structured learning experience that combines community engagement with preparation, action, and reflection. Learners work with over 50 community based organizations/partners through the Atlanta area.
Discovery
Maureen Powers, PhD email
A faculty-mentored research project as described by the Discovery Phase curriculum must be completed. All requirements for the Discovery Phase must be met, including a final paper and poster presentation to be presented on Senior Research Day during Capstone.
From Cells to Humans
Terri McFadden, MD email
Rickey Gillespie, PhD email
Victor Faundez, MD, PhD email
Ken Moberg, PhD email
As the initial course in the School of Medicine curriculum, From Cells to Humans has the primary goal of introducing the basic design of the cell, the fundamental features of basic tissues, and the control growth and death. We will also be covering the fundamentals of cellular physiology, molecular biology, and biochemistry. Later components of the course will build on these basic concepts to expand into embryology and human development, including the provision of care to infants and children, with a focus on the biopsychosocial model in medicine, identification of the major milestones and health-related concerns of infancy, childhood, adolescence and adulthood.
Endocrine
Sarah Markley, MD email
A description of the pathophysiology of endocrine conditions; endocrinologic diseases from the molecular to the clinical level, including coming endocrine diseases from neonate to geriatric patient.
Reproductive Health
Mary Dolan, MD email
The reproductive health issues women may experience throughout their lifetime.
Systemic Control of the Nervous and Endocrine Systems
Doug Falls, MD email
Thaer Idrees, MD email
As the second formal course in the School of Medicine’s Foundations curriculum, Systemic Control of Nervous and Endocrine Systems builds upon the basic biological concepts covered in From Cells to Humans and focuses on their applications to two critical organ systems.
In exploring the nervous system, we cover the cellular biology of neurons and glia, and discuss the biochemistry of neuronal signaling, including deeper dives into the chemistry of synaptic transmission, the autonomic nervous system, and the somatosensory and special sensory systems. Students will also learn about the biology underlying movement, and the interaction of sensory and motor modalities within the brain, including coverage of the neuroanatomy and functional properties of clinical components of the neurologic examination.
We will then turn to the regulatory functions of the endocrine system, including pituitary, thyroid, and adrenocortical axes, with a focus on the physiologic manifestations of the normal function of related hormones. The course will focus a bit more extensively on reproductive hormones, including their effects on the developing embryo and how their actions manifest during human growth and pregnancy.
Essentials of Patient Care
Lisa Bernstein, MD email
Jeffrey Siegelman, MD email
This longitudinal course spans the four years of the MD program and is designed to teach students the knowledge, skills, attitudes and behaviors necessary to become competent, ethical and caring physicians. Students will attain the clinical and diagnostic skills they will need to take excellent care of patients.
Ethics in Medicine
Kathy Kinlaw, MDiv email
Ethics is integral to the everyday practice of medicine. Our integrated ethics curriculum is designed to provide the knowledge and skills to analyze and address ethical issues commonly encountered in clinical practice. Students develop critical thinking skills and provide foundational concepts and decision-making frameworks in medical ethics.
Genetics, Epidemiology, and Risk Assessment
Kate Garber, PhD email
David Schulman, MD email
The fourth course in the Foundations curriculum will have students begin to explore the components of lifelong learning by developing skills in exploring the medical literature, assessing the validity of medical studies and translating those results into clinical practice. To achieve this outcome, students will be introduced to basic concepts of epidemiology and biostatistics as well as the basic components of study design.
We will be focusing on medical genetics as a framework to apply some of these concepts, which will require an exploration of inferences about disease risk based on pedigree and family history. In addition, we will be exploring genetic and genomic variation to explain variations in phenotype in both health and disease, as well as how these might affect treatment options. We will explore advancements in cytogenetics and molecular genetics to describe the basic principles, uses and current limitations of genetic testing technologies, as well as appropriate indications for specific genetic testing and the limitations, implications of test results, and ethical concerns associated with genetic testing.
Gastrointestinal
Tanvi Dhere, MD email
A description of the basic function of the GI tract and liver; the risk factors, causes, and/or pathophysiological mechanisms underlying common GI symptoms; clinical presentations and complications of major GI and liver diseases; pathological features of major GI and liver diseases ; the indications for endoscopic procedures; and the definition and correlation pathological features with imaging and laboratory studies.
Hematology
Nisha Joseph, MD email
A description of benign and malignant hematology including normal marrow function, anemia, infections in the immunocompromised host; lymphoid and myeloid malignancies, premalignant conditions, emergent presentations , end of life care issues; coagulation including primary and secondary hemostasis and disorders of hemostasis.
Infectious Diseases
Wendy Armstrong, MD email
Translation of basic microbiology and immunology to human disease, including generating a differential diagnosis and develop an approach to therapy; integration of information from individual organ systems to understand multi-system disease and the implications of health policy and decision-making on a population level, including the influence of economics, politics and culture on a global level.
Integrated Healthy Physiology
Inyeong Choi, PhD email
Explanation of the principles of osmosis and the balance of fluids between different compartments of the body; the principles of thermodynamics in relation to free energy; the oxidation of nutrients to produce useful energy; the electrical and mechanical properties of the heart; the dependency of blood pressure on pressure and volume and how these parameters determine blood flow in the arteries and veins; essential functions of the kidney; regulation of gas exchange in the lungs and peripheral tissues; the regulation of body temperature; the response of the major organ systems to the challenge of exercise.
Neuroscience
Daniel Winkel, MD email
A description of the structure and function of the brain, brainstem, spinal cord and meninges; including gross anatomy, blood supply, and spinal reflexes; the characteristic clinical features, natural history and prognosis and the etiology and pathogenesis of key neurological diseases; the mechanisms of action, use, and adverse effects of drugs for the treatment of nervous system disorders.
Nutrition, Physiology, and Metabolism
Inyeong Choi, MD email
Thomas Ziegler, MD email
The third course in the Foundations curriculum further explores molecular and cellular physiology, including the principles of osmosis and how they affect the balance of fluids between different compartments of the human body, the principles of thermodynamics in relation to free energy, the oxidation of nutrients to produce useful energy. It will also cover the major pathways of metabolism of carbohydrates, proteins, nucleotides, minerals, and lipids and how the integration of these metabolic pathways are managed through hormonal regulation.
In looking at the application of these concepts to specific organ systems, the course will cover the electrical and mechanical properties of the heart and the essential function of the kidney, including the interrelationship between these organs as viewed in the context of blood pressure, blood volume, and blood flow in the arteries and veins. The pulmonary system will also be discussed, including how gas exchange and gas transport are facilitated. We will review the cell biology and histology of the human digestive tract, as well as the physiology of digestion and absorption of nutrients, and the role of macro- and micronutrients in healthy human function, including a look at the consequences of nutrient depletion, and nutritional support strategies. Finally, we will cover the interaction of all of these systems in the context of normal day-to-day function and exercise.
Introduction to Human Disease
Jennifer Spicer, MD email
A description of beneficial and detrimental interactions between microbes and the human host; the defense mechanisms of the human body operate and how their coordinated to prevent infection; the protective and injurious effects of inflammatory responses; disturbances in blood flow and the disruption of hemostasis and resulting vascular injury; the factors that determine if a compound can be an effective drug and how it is prescribed and the perturbation of normal cellular function resulting in neoplasia.
Pulmonary
Ashish Mehta, MD, MSc email
A description of the common infections and their manifestations in the lung; normal respiratory epithelial function and its participation in host defense; factors that regulate the transfer of gases between the atmosphere and tissues; common pathological processes that disturb airflow and gas exchange and how these derangements are measured; factors that cause airflow limitation and therapeutic approaches to reverse these abnormalities; the normal anatomy of the lung and surrounding structures and how derangements in the airways, lung parenchyma, and pulmonary circulation lead to alterations in pulmonary function; regulation of blood flow through the lung in health and disease; common disorders involving the lung interstitium; the development of thoracic neoplasms, characteristic manifestations of lung cancer, and common therapeutic approaches used in its treatment.
Renal and Genitourinary
Ali Kashkouli, MD email
James Bailey, MD email
A description of the basic anatomy and physiology of the genitourinary system; the pathophysiological mechanisms underlying clinical symptoms and signs of major disease; the anatomical pathological disease correlates with respect to the genitourinary system, and the complexity of the kidney, the diversity of the pathology and the adaptive and maladaptive responses that occur under normal conditions and diseased states.
Skin, Muscle, Bones, and Joints
Jamie MacKelfresh, MD email
Jennifer Brandt, MD, MPH email
A description of the infections, autoimmune/inflammatory conditions, malignancies/tumors, effects of wounds/trauma, effects of toxic exposures and metabolic derangements that can affect skin, muscle, bones and joints, and for these conditions, the factors that predispose to these conditions and the treatment of such conditions, as well as a description of the genetic diseases that occur in skin, muscle, bone and joints and the treatments for such conditions, if any are available.
Human Anatomy
Jessica Santucci, DPT email
An exploration of the structure and function of the human body through a series of 15 regional dissections using a collaborative team based approach.