An extensive directory listing sites containing medical information. Find links to information on genetics, radiology, mental health, fitness and weight loss.

Educational Resources

On this page you will find: General Info on statistical analyses for physiologists Simplified t-tests for physiologists Information about ANOVA - not currently supported on our student network and not necessary for physiology class Linear Regression Statistical Formulae that you can use to calculate stats by hand A table of t-values to use if you calculate t-tests by hand
Detection of Secretion by Electrochemical Methods Spencer E. Hochstetler and R. Mark Wightman (1998) in Louis DeFelice, editor, Electrophysiology Victor A. Bloomfield, editor-in-chief, On-Line Biophysics Textbook, Biophysical Society, Bethesda, MD.
A segment of the Dental Physiology Course designed for BDS students at UMDS (the United Medical and Dental Schools of Guy's and St. Thomas' Hospitals.) This section, entitled.
Presents definitions and explanations of respiratory related terms as part of the Interactive Respiratory Physiology site, provided by the Johns Hopkins School of Medicine. Includes information about air flow, airway, asthma, bronchitis, dead space, diaphragm, and other terms. Links to the home page of the Interactive Respiratory Physiology.
Educational pages on various aspects of neuromuscular physiology supplemented with plenty of graphs and pictures.
Rudolf Steiner Lecture: PHYSIOLOGY AND THERAPEUTICS physiology lectures and excerpts from Rudolf Steiner, an Autobiography,Second Edition, 1980, Steinerbooks, New York.
Development of the CNS (central nervous system) is a focal point for a variety of disciplines, such as neurophysiology, cell biology, molecular biology and pharmacology. Each of these fields has made fundamental contributions in identifying components of the molecular systems that underlie inter- and intracellular communication. These signaling pathways are key in coordinating the patterns of gene activity which determine differentiation. In our efforts to understand the developmental role of intercellular signaling systems, such as neurotransmitters and their receptors, new advances in our understanding of the complex links within molecular signaling networks compel us to define a proper molecular context prior to conjecturing particular roles. As a response to the imminent challenges posed by our increasing awareness of the complex connectivity that defines biological systems, we formulate a heuristic approach that may help us to unravel the structure of the molecular signaling network underlying CNS development.
Physiology PowerPoint Lecture Notes You will need a browser capable of viewing.
is your guide to the pork production information developed at Purdue University through the teaching, research, and extension activities of faculty and staff in Purdue's Schools of Agriculture and Veterinary Medicine. Pork sounds too! Oink. Information is arranged by subject matter (waste management, genetics, economics, etc.) to better help answer your questions. Subject categories are displayed on the Purdue Pork Site Map. Select a subject from the map for more information.
An Official Web Site of the Prostate Health Council of American Foundation for Urologic Disease.
Presents the electronic version of.
the anatomy and physiology of normal and abnormal respiratory systems are thoroughly addressed in this offering from the Cornell University Medical College. The pages have abundant links to a variety of useful images.
The MedWeb automated assessment service or MAAS consists of a database of multiple choice questions linked directly to the web via a set of custom CGI scripts. You can make up your own test or quiz of MCQs by searching for questions in the database that match a keyword you enter. Alternatively you may choose an existing pre-set quiz. The MAAS will automatically mark your questions and give you a score and feedback on your performance as appropriate.Tests include:1.Cardiovascular System 2.Respiratory System 3.Alimentary System.
a lecture by Mark Chignell from a course on industrial ergonomics at the University of Toronto. Considers the relationships between work & exercise and human function & metabolism.