Prerequisite: Acceptance in the Urology postgraduate physician assistant residency program
Applies previously learned history taking skills and appropriate physical examination skills to integrate them into a patient evaluation, diagnostic plan, and collation of data.
Prerequisite: Successful completion of Clinical Urology, Core I
Builds on previously acquired skills in both history taking and physical examination components as well as formulation of diagnosis and initiation of diagnostic plans, to formulate a treatment plan.
Prerequisite: Successful completion of Clinical Urology, Core II
Builds on skills acquired during previous two core courses with increasing independence of action.
Prerequisite: Acceptance in the urology postgraduate physician assistant residency program
Expands knowledge of pharmaceuticals to include commonly used medication in the practice of urology as well as pharmaceuticals uniquely used in this practice.
Prerequisite: Acceptance in the urology postgraduate physician assistant residency program
Equips the physician assistant resident with knowledge to obtain, interpret, and apply data from radiographic studies.
Prerequisite: Acceptance in the Urology postgraduate physician assistant program
The focus is on the use, performance of, and interpretation of urodynamics studies in the urologically intact and urologically impaired patient with an emphasis on interpretation of studies and application to patient care.
PHYS 1010 - Fundamentals of Physics: Selected Topics
An exploration of principles, conceptual understanding, and problem-solving in physical science oriented around a central theme. Does not include a laboratory component.
Grade Mode: Normal, Audit
Prerequisites: MATH1111 or MATH1001 or MATH1101 or MATH1113
A trigonometry-based study of mechanics, heat, waves and sound. Emphasis on problem solving. Credit may not be earned for both PHYS 1111 and PHYS 2211.
A trigonometry-based study of electricity and magnetism, light, and modern physics. Emphasis on problem solving. Credit may not be earned for both PHYS 1112 and PHYS 2212.
Grade Mode: Normal, Audit
Prerequisites: PHYS1111 >= C or PCS201 >= C or PHYS2211 >= C or PCS211 >= C
A calculus-based study of mechanics, heat, waves and sound. Emphasis on problem solving. Credit may not be earned for both PHYS 2211 and PHYS 1111. Prerequisite(s): (Co-requisite) MATH 2012 concurrently.
Grade Mode: Normal, Audit
Prerequisites: MATH2012 or MAT202 >= C or MAT203 >= C
A calculus-based study of electricity and magnetism, light, and modern physics. Emphasis on problem solving. Credit may not be earned for both PHYS 2212 and PHYS 1112.
An introduction to nuclear models and structure, natural and artificial radioactivity, interactions of radiation with matter, nuclear reactions, neutron physics and reactors. Credit may not be earned for both CHEM 3000 and PHYS 3000
Grade Mode: Normal, Audit
Prerequisites: MATH2011 >= C and (PHYS1112 >= C or PHYS2212 >= C)
An introductory course on scintillation counters, semiconductor detectors, nuclear electronics, nuclear spectroscopy, counting statistics and shielding. Credit may not be earned for both CHEM 3010 and PHYS 3010.
Alternating current theory, filters, wave-shaping, power supplies, transistors, amplification, integration, feedback, operational amplifiers and their application. Applicable solid-state theory will also be discussed.
A study of applications of nuclear science to include characterization of radiation, the effects of radiation and radioactive materials, dosimetry and dose calculations, radiation exposure and basic nuclear safety. Other topics may include nuclear reactors, criticality, poisons, neutron life cycle, isotopic dating, nuclear medicine and imaging, neutron activation work/tracers, and environmental radioactivity. Credit may not be earned for both CHEM 3020 and PHYS 3020.
Geometric properties of light. Reflection and refraction at boundaries. Thin and thick lenses. Wave optics, diffraction and interference. Spectroscopy and absorption of light. Polarization. Modern optical techniques.
Newtonian mechanics. Particle kinematics and dynamics in two and three dimensions. System of particles. Simple, damped and forced harmonic motion. Rigid body motion. Vibrating systems. Lagrange’s equations. Hamilton’s equations.
Introduction to computationally based problem solving in physics. Emphasis on understanding and applying various numerical algorithms to different types of physics problems. Topics will include realistic mechanical systems. Monte Carlo methods and time independent as well as time-dependent quantum physics problems.
Grade Mode: Normal, Audit
Prerequisites: PHYS2211 >= C and (ENGR2060 >= C or CSCI2060 >= C or CSCI1301 >= C) and MATH3020 >= C
Theory of Special Relativity. Quantum Physics: Blackbody radiation, Photoelectric effect, Compton effect, X-rays; Bohr model of the atom; wave properties of matter; the uncertainty principle.
Experiments are conducted in various fields of physics including modern physics and optics. Evaluation, analysis and interpretation of experimental data is emphasized.
Vector analysis. Electrostatics and Gauss’ law. Poisson’s and Laplace’s equations applied to Electrostatics problems. Electric fields, energy and potential. Dielectrics and electrical properties. Currents and magnetic fields.
Grade Mode: Normal, Audit
Prerequisites: (PHYS2212 >= C or PCS212 >= C) and (MATH3020 >= D or MAT302 >= D)
Magnetization, magnetic fields and properties of matter. Electromagnetic induction. Maxwell’s equations and applications. Electromagnetic radiation, propagation of electromagnetic waves in free space and in dielectric materials.
Grade Mode: Normal, Audit
Prerequisites: (PHYS4051 >= C or PCS405 >= C) and (MATH3020 >= D or MAT302 >= D)
Thermodynamics and the relation between microscopic systems. Statistical descriptions of microscopic systems. Equilibrium, reversible processes, heat and temperature. Ideal gas, specific heats, expansion or compression, and entropy. Equipartition of energy.
Grade Mode: Normal, Audit
Prerequisites: (PHYS2211 >= C or PCS211 >= C) and (MATH3020 >= D or MAT302 >= D)
Apply mathematical techniques to specific physics problems. Vector theorems. Variational calculus. Special functions. Applications of partial differential equations and integral transforms to problems in physics. Complex variables. Tensors and eigenvalue problems.
Non-relativistic wave mechanical treatment of physical systems. Definition and interpretation of state functions; construction of wave packets; solutions of the Schrodinger equation for simple one-dimensional systems; the hydrogen atom; various approximation methods, including perturbation theory.
An internship is a service-learning experience based in an institution or agency, emphasizing the completion of a specific task and the acquisition of specific knowledge and skills under the supervision of the university and the cooperating institution or agency. Prerequisite(s): Permission of the instructor.
Individual modern physics research. A minimum of three hours of laboratory work per week for each semester hour of credit. Report/thesis required. May be repeated for credit. Prerequisite(s): Permission of the instructor.
Grade Mode: Normal, Audit
Credit Hours: 1 TO 3 Lecture Hours: 0 Lab Hours: 0 TO 3
The course introduces the physical principles and instrumentation associated with the production of sound waves for diagnostic purposes. Topics include waves and wave formation, attenuation, pulsed waved operation, transducers, system operation, and artifacts.
PYCS 3215 - Radiation Health: Physics, Protection, and Biology Lab
Prerequisite: Admission to BRT program, or permission of instructor.
Regulations, principles and practices of radiation protection, and information particular to each radiologic specialty and/or modality. Medical aspects of radiobiology including cellular, systemic and total body responses
Prerequisite: Pre-calculus
Advanced applications of medical digital images and computer systems. Didactic lecture series and hands-on exercises emphasize specialized areas of clinical utilization of computer hardware and software available in medical imaging departments as an instrument of medical diagnosis and therapy. Emphasizes three-dimensional reconstructive techniques.
Prerequisite: Admission to BRT program, or permission of instructor.
Principles of the production of x-ray including x-ray tubes and generators. Concepts of CT physics and instrumentation. CT scanner equipment fundamentals from first generation to multi-slice spiral and cline CT.
The course refines the physical principles and instrumentation associated with the production of sound waves for diagnostic purposes. Topics include Doppler, bio-effects, contrast, harmonics, quality assurance, fluid dynamics, and hemodynamics.
Applications of nuclear medicine computer systems. Didactic lecture series and hands-on laboratory exercises emphasize the specialized areas of clinical utilization of computer hardware and software currently available in nuclear medicine departments as an instrument of medical diagnosis. Course also addresses physical principles and quality control of SPECT and PET imaging.
Advanced topics in medical dosimetry physics including; IMRT, biologic modeling, treatment planning systems QA, dose calculation algorithms, as well as current advancements in the field.
Course prerequisites: Admission to Medical Dosimetry program
Grade Mode: Normal, Audit
Credit Hours: 4 Lecture Hours: 4
Repeat Status: No
College Restrictions: College of Allied Health Sci Program Restrictions: MHSMD_MDOS-Medical Dosimetry Level Restrictions: Graduate Semester
Prerequisites: Approval by faculty
This course will introduce medical students to physiological research. They will learn how to do hypothesis-based research and learn research methods.
A course giving detailed coverage of the major organic systems of the body, their interactions and control. Includes lectures, demonstrations, discussion groups and laboratory work as appropriate.
This course requires permanent assignment to a specific lab with a faculty advisor and a defined research project. The student works under the mentorship of his/her faculty thesis advisor to define, develop, and carry out the basic study of a research problem of interest to both student and advisor. This course is designed to develop the experience, understanding, and skills to conduct and assess original, independent research in biomedical science. This course is typically taken more than one time and culminates in the final semester in the preparation and defense of a MS thesis.
This course will provide mentored practical experience teaching in medical physiology. This course will run concurrently with COGS 8033 Integrative Systems Biology which is a 6 credit hour course. Students can sign up for one of the four blocks covered in COGS 8033. Depending on the number of students enrolled, a maximum of two students will be assigned to each block on a first-come, first-served basis. They will be required to attend the lectures, work with the instructor for the preparation of the lectures and exam and tutor first year students who are enrolled in COGS 8033.
Grade Mode: Satisfactory/Unsatisfactory, Audit
Credit Hours: 2 Lecture Hours: 2
Repeat Status: No
Major Restrictions: Physiology Program Restrictions: DPHIL_PHYS-Physiology Level Restrictions: Graduate Semester
This course will provide a thorough understanding of abnormal adrenal development and function. The clinical aspects of the diseases of the adrenal cortex will be covered. Students completing the course will understand the causes of adrenal diseases, their effects on patients, and the treatments available for adrenal diseases.
Grade Mode: Satisfactory/Unsatisfactory, Audit
Credit Hours: 1 Lecture Hours: 1
Repeat Status: No
Major Restrictions: Physiology Program Restrictions: DPHIL_PHYS-Physiology Level Restrictions: Graduate Semester
Prerequisites: Satisfactory completion of the Core Course and First Exam.
The course is designed to provide the student in-depth knowledge of physiology in the area that encompasses their research training. This typically will be a directed reading format with one discussion/oral quiz session per week.
College Restrictions: The Graduate School Campus Restrictions: Main campus Level Restrictions: Graduate Semester Class Restrictions: Graduate-Semester Degree Restrictions: Doctor of Philosophy
The course is designed to provide the student with a comprehensive background in basic renal physiology to support understanding of current literature in the area and understanding of mechanisms that may relate to their own research.
Grade Mode: Normal, Audit
Prerequisites: SGSS8021 and SGSS8022 and SGSS8033
Credit Hours: 2 Lecture Hours: 2
Repeat Status: No
College Restrictions: The Graduate School Program Restrictions: DPHIL_BCMB-Biochemistry & Molecular Bio, DPHIL_CLBA-Cellular Biology & Anatomy, DPHIL_GENO-Genomic Medicine, DPHIL_MOLM-Molecular Medicine, DPHIL_NERO-Neuroscience, DPHIL_OBMP-Oral Bio & Maxillofacial Path, DPHIL_PHAR-Pharmacology, DPHIL_PHYS-Physiology, DPHIL_VBIO-Vascular Biology Campus Restrictions: Main campus
PSIO 8370 - Medical Endocrine and Reproductive Physiology
This course will provide comprehensive understanding of the fundamental concepts of endocrine and reproductive physiology. This course will run concurrently with MEDI 5154 Endocrine/Productive Module (Module 5) which is taught in 18-19 lecture hours.
Grade Mode: Normal, Audit
Credit Hours: 1 Lecture Hours: 1
Repeat Status: No
Program Restrictions: DPHIL_UNDCL-Biomedical Sciences Undeclared Degree Restrictions: Doctor of Philosophy
This course will provide comprehensive understanding of the fundamental concepts of cardiovascular physiology. This course will run concurrently with MEDI 5138 Cardiopulmonary Module (Module 3) which is taught in 18-19 lecture hours.
Grade Mode: Normal, Audit
Credit Hours: 1 Lecture Hours: 1
Repeat Status: No
Program Restrictions: DPHIL_UNDCL-Biomedical Sciences Undeclared Degree Restrictions: Doctor of Philosophy
This course will provide comprehensive understanding of the fundamental concepts of renal physiology. This course will run concurrently with MEDI 5152 Gastrointestinal/Urinary Module (Module 4) which is taught in 18-19 lecture hours.
Grade Mode: Normal, Audit
Credit Hours: 1 Lecture Hours: 1
Repeat Status: No
Program Restrictions: DPHIL_UNDCL-Biomedical Sciences Undeclared Degree Restrictions: Doctor of Philosophy
Prerequisites: Admission to a graduate program.
Attendance and participation in research presentations by MCG faculty and visiting research scientists.
College Restrictions: The Graduate School Campus Restrictions: Main campus Level Restrictions: Graduate Semester Class Restrictions: Graduate-Semester Degree Restrictions: Doctor of Philosophy
Prerequisites: Admission to a graduate program.
The student works with individual faculty members on a specific investigative research problem. This provides an introduction to analytical techniques and the scientific method in action.
Grade Mode: Satisfactory/Unsatisfactory, Audit
Credit Hours: 1 TO 12 Lecture Hours: 0 Lab Hours: 1 Other Contact Hours: 0
Repeat Status: Yes Repeat Limit: 99
College Restrictions: The Graduate School Program Restrictions: DPHIL_PHYS-Physiology Campus Restrictions: Main campus Level Restrictions: Graduate Semester Degree Restrictions: Doctor of Philosophy
Prerequisites: Permanent assignment to a specific lab with a faculty advisor and a defined research project.
The student works closely with his/her faculty thesis/dissertation advisor on an in-depth study of a research problem of interest to both student and advisor. This course culminates in the preparation of a PhD dissertation of MS thesis.
Grade Mode: Satisfactory/Unsatisfactory
Credit Hours: 1 TO 12 Lab Hours: 1 TO 12 Other Contact Hours: 0
Repeat Status: Yes Repeat Limit: 99
College Restrictions: The Graduate School Major Restrictions: Physiology Program Restrictions: DPHIL_PHYS-Physiology Campus Restrictions: Main campus Level Restrictions: Graduate Semester Class Restrictions: Graduate-Semester Degree Restrictions: Doctor of Philosophy
An introductory course covering the essential facts of federal, state and local governments in the United States. A satisfactory grade will exempt a student from the requirement of passing an examination on the Constitution of the United States and the Constitution of Georgia before graduation.
An introductory examination of the nature of crime, the consequences of crime for society, and an intensive examination and evaluation of the law as a social device for coping with crime.
The course outlines the historical origin and development of the EU, its institutions, processes, their structures and functions. The course also examines current EU policies and issues.
This course describes and analyzes the major political systems in Western Europe. It includes France, Germany, Italy and Great Britain. It compares and contrasts the constitutions of these four countries and their political and economic developments after the Second World War.
A detailed study of the American Congress and the Presidency, considering their constitutional basis, selection process, contemporary roles, and relationships with other elements of the political system.
A critical examination of ancient Greek political philosophy in the writings of Plato and Aristotle and their expressions of fundamental theoretical and practical approaches to political experiences of regime and citizenship. Their contemporary relevance will be scrutinized.
This course focuses on the major philosophical concepts guiding the American political regime. A plurality of the course focuses on the major philosophers who influenced the American Founders and the ideas of the Founders. Major concepts discussed are equality, justice, fairness, liberty, and tolerance.
Introduces students to the principles of designing research, defining and measuring variables, sampling, and data collection. Emphasis is placed on the scientific study of political behavior.
Grade Mode: Normal, Audit
Prerequisites: (POLS1101 >= C or POL101 >= C) and POLS2101 >= C
The course is designed to survey the major theories which serve as models for understanding and analyzing the political processes of the international system, to guide students through the best in theory and to trace the development of international relations as a field of systematic study.
POLS 3901 - Electoral Behavior and Political Parties
A course in campaign strategies, tactics and financing, political polling, voter behavior, political parties, and how elections are conducted within the context of the current election year in the United States.
This course introduces studentes to the world of nonprofit management. It covers a braod spectrum of issues including creating a nonprofit, fundraising, recruitment and management of volunteers, the basic principles of program evaluation, and the proper role of a board.
An overview of the financial issues, challenges and opportunities facing nonprofits managers. The course includes instruction in budgeting and financial management strategies appropriate fof the nonprofit sector.
A broad based approach to organizational forms, functions and procedures of state governments. Emphasis is placed on the government and constitution of Georgia. Regional and state infrastructures are also covered. Successful completion of the course satisfies the Georgia Constitution requirement. May be taken for graduate credit within the prescribed limits and with the chair’s approval.
The origin, development and growth of local government forms. Policy making process and governmental reorganization will be stressed. Emphasis will also be placed on urban redevelopment and infrastructure. May be taken for graduate credit within the prescribed limits and with the chair’s approval.
The course describes the general principles, problems and practices of public administration, emphasizing governmental process in the executive branch. May be taken for graduate credit within the prescribed limits and with the chair’s approval.
Introduces students to the study of the relationship between government and economic institutions, and how the political environment and institutions affect market behavior.
Introduces students to the institutions and techniques of financial administration in federal, state, and local government. The role of the budget as a tool in expressing political priorities is emphasized.
Introduces students to the personnel practices and processes in federal, state, and local governments. Legal, political, social and ethical issues in personnel management will be addressed.
POLS 4401 - Government Organization and Administrative Theory
A systematic analysis of major theories of organization, management, and administration in the Public Sector. Emphasis will be placed on the formal scientific management school and the less formal Human Relations approach. Organization processes, environments, and effectiveness will be analyzed. May be taken for graduate credit within the prescribed limits and with the chair’s approval.
POLS 4501 - Constitutional Law: Distribution of Power
The role of the Supreme Court as arbiter of separation of powers and federalism, as well as the interplay of political, social, and economic forces. May be taken for graduate credit within the prescribed limits and with the chair’s approval.
A study of the constitutional protection of civil liberties in the U.S., emphasizing freedom of expression, religious freedom, and the nationalization of the Bill of Rights. May be taken for graduate credit within the prescribed limits and with the chair’s approval.
Focuses on the concepts of politically stability, conflict, revolution, nationalism, hyper-disintegration, economic development and modernization. May be taken for graduate credit within the prescribed limits and with the chair’s approval.
Focuses on the concepts of political stability, conflict, revolution, nationalism, hyper-disintegration, economic development and modernization in China. May be taken for graduate credit within the prescribed limits and with the chair’s approval.
This course will focus on the role of the Supreme Court in American Democracy. It will introduce students to concepts like Constitutionalism and Judicial Review and examine how the Supreme Court functions, the work it does and the effects its decisions have on the American People.
POLS 4809 - Identity, Nationalism and Ethnic Conflict
This course will examine the role of identity and nationalism in ethnic conflict situations around the world. Students will learn about various theories put forward to explain these phenomenon and also study ways in which these conflicts can be mitigated or prevented.
A comprehensive study of the international political system, concentrating on the environmental factors, theories of international relations, the nation state and nationalism, international conflict, international cooperation, transnational institutions, balance of power and collective security, military strategy, the role of diplomacy, the dynamics of national foreign policy, the role of nuclear weapons in world politics, and other contemporary problems. May be taken for graduate credit within the prescribed limits and with the chair’s approval.
United Nations and its specialized agencies; regional organizations and international integration. May be taken for graduate credit within the prescribed limits and with the chair’s approval.
This course is designed to provide students with an overview of the political systems of Latin American countries. It describes the various political experiences among Latin American nations and compares and contrasts their constitutions. May be taken for graduate credit within the prescribed limits and with the chair’s approval.
An upper level course examining US Foreign Policy and concentrating on the history, the theories, the processes, and the challenges of this policy. May be taken for graduate credit within the prescribed limits and with the chair’s approval.
This course will introduce students to the phenomenon of international terrorism. The course will examine the meaning and uses of terrorism and different interpretations used by different countries, peoples and governments. Students will be introduced to various theories explaining the phenomenon as well as to actual case studies of terrorist events.
This course covers the basic approaches to security studies, emerging trends in security studies, current global threats to US national security, and policy responses to such threats.
This course analyzes the economic underpinnings of military power and national security. It also examines the economic aspects if non-traditional (transnational) security threats whose spread and impact have been amplified by the process of globalization. The course explores ways to foster engagement between security studies and international political economy.
Designed primarily for students who wish to pursue an in-depth study of a specialized area in Political Science. May be taken for graduate credit within the prescribed limits and with the chair’s approval.