Human physiology: Difference between revisions
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Professional and non-professional [[Biology|biologists]] study '''human physiology''' to understand the workings of the human body and its component parts, at one or more levels of the human body’s organization. | Professional and non-professional [[Biology|biologists]] study '''human physiology''' to understand the workings of the human body and its component parts, at one or more levels of the human body’s organization.<ref name=sherwood7th>Sherwood L. (2010) ''Human Physiology: From Cells to Systems.'' 7th ed. Australia: Brooks/Cole, Cengage Learning. ISBN 9780495391845. | [http://bit.ly/dkmcLw Google Books preview.]</ref> | ||
By '''''<font color=#660000>workings</font>''''', [[Physiology|physiologists]] refer to the '''''<font color=#660000>underlying mechanisms</font>''''' that operate to manifest themselves in observable properties, functions and behaviors of the body and its components (e.g., sweating, digestion, muscle contraction, vision, cell division). By '''''<font color=#660000>one or more levels of organization</font>''''' physiologists refer to such levels of organization as the fundamental chemical level, intracellular molecular networks, cellular activity, organ activity, inter-organ interactions, and whole-body behavior — always in relation to a level's environment. At any level of the body's organization, elucidating the operative underlying mechanisms may require integrating principles and information from other disciplines, including [[chemistry]], [[physics]], [[mathematics]], [[computer modelling]], [[systems biology]], [[evolutionary biology]], and many others. | By '''''<font color=#660000>workings</font>''''', [[Physiology|physiologists]] refer to the '''''<font color=#660000>underlying mechanisms</font>''''' that operate to manifest themselves in observable properties, functions and behaviors of the body and its components (e.g., sweating, digestion, muscle contraction, vision, cell division). By '''''<font color=#660000>one or more levels of organization</font>''''' physiologists refer to such levels of organization as the fundamental chemical level, intracellular molecular networks, cellular activity, organ activity, inter-organ interactions, and whole-body behavior — always in relation to a level's environment. At any level of the body's organization, elucidating the operative underlying mechanisms may require integrating principles and information from other disciplines, including [[chemistry]], [[physics]], [[mathematics]], [[computer modelling]], [[systems biology]], [[evolutionary biology]], and many others. | ||
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This article will describe the major subsystems that comprise the components of the living human system and attempt to show how those subsystems interact in a coordinated way that contributes to the emergence and maintenance of the living system. | This article will describe the major subsystems that comprise the components of the living human system and attempt to show how those subsystems interact in a coordinated way that contributes to the emergence and maintenance of the living system. | ||
== References and notes cited in text as superscripts == | |||
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Revision as of 17:44, 5 March 2010
Professional and non-professional biologists study human physiology to understand the workings of the human body and its component parts, at one or more levels of the human body’s organization.[1]
By workings, physiologists refer to the underlying mechanisms that operate to manifest themselves in observable properties, functions and behaviors of the body and its components (e.g., sweating, digestion, muscle contraction, vision, cell division). By one or more levels of organization physiologists refer to such levels of organization as the fundamental chemical level, intracellular molecular networks, cellular activity, organ activity, inter-organ interactions, and whole-body behavior — always in relation to a level's environment. At any level of the body's organization, elucidating the operative underlying mechanisms may require integrating principles and information from other disciplines, including chemistry, physics, mathematics, computer modelling, systems biology, evolutionary biology, and many others.
A human physiologist might ask, for example:
- How does the body respond to large or small decreases or increases in ambient temperature;
- which of its component parts participate in the response;
- in what way do they participate;
- what accounts for the mechanisms that operate in each individual component response;
- how does the overall response become integrated;
- How important is the response to the person's health;
- how efficient and how effective is the response.
- How does the body respond to large or small decreases or increases in ambient temperature;
The description of the human body’s complicated coordinated response to an unusually hot or cold day, and many other perturbations from outside or inside the body, do not admit of simplistic accounts — i.e., accounts sufficient to fully explain the response, predict its properties, or control it.
This article will describe the major subsystems that comprise the components of the living human system and attempt to show how those subsystems interact in a coordinated way that contributes to the emergence and maintenance of the living system.
References and notes cited in text as superscripts
- ↑ Sherwood L. (2010) Human Physiology: From Cells to Systems. 7th ed. Australia: Brooks/Cole, Cengage Learning. ISBN 9780495391845. | Google Books preview.