Grouped by category:
Browsing this list may reveal, more easily than searching through the index/glossary, topics you wish to examine.
Diversity of Life
DNA and RNA
- Asexual Reproduction
- Birth Control
- Blood Clotting
- Blood Groups
- Breathing (respiratory system): [Human] [control of breathing] [breathing in frogs, lizards, and birds] [Insect]
- Circulatory system of humans: anatomy and physiology
- Circulatory systems of fish, frog, lizard, squid
- Can Humans Be Cloned?
- Drugs: how psychoactive drugs affect the brain
- Electric organs and electroreceptors
- Extraembryonic membranes and the physiology of the placenta
- Heart, control of
- Heat, cold, and pain receptors
- Heat, transport of
- The Human Gastrointestinal Tract
- Hormones (human)
- Insect hormones
- Kidney physiology: [ human ] [other vertebrates]
- Long-Term Potentiation (LTP)
- The Lymphatic System
- Mechanoreceptors (touch, pressure, stretch, proprioception)
- Metabolism (with links to specific examples)
- Muscles: skeletal, cardiac, smooth
- Muscles: testing the sliding-filament hypothesis
- Neurons and other "excitable cells"
- Nervous System, central: the brain and spinal cord.
- Nervous System, peripheral
- Nitric Oxide (NO): its physiological functions
- Olfaction: The Sense of Smell
- Phenylketonuria (PKU)
- Prenatal screening
- RDAs: Recommended dietary allowances
- Sexual Reproduction
- Sickle-cell disease
- Taste, sense of
- Urea cycle
- Vision, in humans; in arthropods
- Vision: processing visual information
29 August 2010
At the foundation of Johns Hopkins Medicine is research.
Interdisciplinary, innovative and pioneering investigations at Johns Hopkins are not only the stuff of scientific history, but also the vital underpinning of both a world-renowned medical education and unsurpassed patient care.
A mind-boggling and ever-expanding range of topics run the gamut from basic and clinical to translational research. Basic research provides a fundamental understanding of molecules and mechanisms that, without offering any apparent practical avenue for patient treatment, involves identifying cellular processes and genetic mutations and revealing breakdowns in cellular communication associated with all manner of diseases and disorders–Marfan syndrome, for instance. Clinical research–such as testing a hypertension medicine in mice genetically engineered to have Marfan syndrome, for instance–applies itself directly to improving the human condition. Translational research–often described as 'bench-to-bedside' studies–accelerates the discovery of new treatments directed at the basic mechanisms of disorder and disease and hastens the time when effective treatments become a reality. Marfan syndrome is just one excellent example of how finding the genes responsible for a disease, and discovering what regulates them, can lead to therapy.
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