Difference between revisions of "Urinary System (Table) - Anatomy & Physiology"
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+ | |linkpage = Anatomy and Physiology | ||
+ | |linktext = ANATOMY & PHYSIOLOGY | ||
+ | |thispagenormal = Urinary System - Anatomy & Physiology | ||
+ | |thispagetable = Urinary System (Table) - Anatomy & Physiology | ||
+ | |pagetype =Anatomy | ||
+ | }} | ||
+ | <br> | ||
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|subheading2colour =E0FFFF | |subheading2colour =E0FFFF | ||
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− | [[Fluid Movement - Physiology |Introduction to Fluid Movement]] | + | [[Introduction to Fluid Movement - Physiology |Introduction to Fluid Movement]] |
|subheading2width =33.3 | |subheading2width =33.3 | ||
|subheading3colour =E0FFFF | |subheading3colour =E0FFFF | ||
|subheading3 =<Center>[[Transport Across Membranes - Physiology| Transport Across Membranes]]</center> | |subheading3 =<Center>[[Transport Across Membranes - Physiology| Transport Across Membranes]]</center> | ||
|subheading3width =33.3 | |subheading3width =33.3 | ||
− | |subheading3text = <center>[[Phospholipid Bilayer - Anatomy & Physiology|Phospholipid Bilayer]], [[Diffusion - Physiology| Diffusion]], [[Transport Proteins - Physiology| Transport Proteins/Facilitated Diffusion]],</center><center> [[Osmosis and Filtration - Anatomy & Physiology| Osmosis]], [[Active Transport - Physiology| Active Transport]]</center> | + | |subheading3text = <center>[[Introduction to the Phospholipid Bilayer - Anatomy & Physiology|Phospholipid Bilayer]], [[Diffusion - Physiology| Diffusion]], [[Transport Proteins - Physiology| Transport Proteins/Facilitated Diffusion]],</center><center> [[Osmosis and Filtration - Anatomy & Physiology| Osmosis]], [[Active Transport - Physiology| Active Transport]]</center> |
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<P ALIGN="left">The kidneys receive 25% of the '''cardiac output'''. From this they filter 20% of the plasma forming a filtrate of which all but 1% is reabsorbed. This equates to all the circulatory volume being filtered and reabsorbed every 30 minutes. The functions of the kidneys are to maintain the volume and composition of plasma, regulate water, ion and pH levels, retain nutrients and excrete waste, toxins and excess electrolytes. The kidneys achieve these functions via; glomerular filtration, solute reabsorption, tubular secretion, water balance and acid-base regulation.</P> | <P ALIGN="left">The kidneys receive 25% of the '''cardiac output'''. From this they filter 20% of the plasma forming a filtrate of which all but 1% is reabsorbed. This equates to all the circulatory volume being filtered and reabsorbed every 30 minutes. The functions of the kidneys are to maintain the volume and composition of plasma, regulate water, ion and pH levels, retain nutrients and excrete waste, toxins and excess electrolytes. The kidneys achieve these functions via; glomerular filtration, solute reabsorption, tubular secretion, water balance and acid-base regulation.</P> | ||
|subheading1colour = 66ff33 | |subheading1colour = 66ff33 | ||
− | |subheading1 = [[Renal Anatomy - Anatomy & Physiology|Macroscopic Renal Anatomy]] | + | |subheading1 = [[Macroscopic Renal Anatomy - Anatomy & Physiology|Macroscopic Renal Anatomy]] |
|subheading1width =25 | |subheading1width =25 | ||
− | |subheading1text = <center>[[Renal Anatomy - Anatomy & Physiology#Common Anatomy|Common Anatomy]], [[Renal Anatomy - Anatomy & Physiology#Anatomical Species Differences|Anatomical Species Differences]], [[Renal Anatomy - Anatomy & Physiology#Anatomical Landmarks|Anatomical Landmarks]]</center> | + | |subheading1text = <center>[[Macroscopic Renal Anatomy - Anatomy & Physiology#Common Anatomy|Common Anatomy]], [[Macroscopic Renal Anatomy - Anatomy & Physiology#Anatomical Species Differences|Anatomical Species Differences]], [[Macroscopic Renal Anatomy - Anatomy & Physiology#Anatomical Landmarks|Anatomical Landmarks]]</center> |
|subheading2colour = 66ff33 | |subheading2colour = 66ff33 | ||
− | |subheading2 = [[Nephron - Anatomy & Physiology|The Nephron]] | + | |subheading2 = [[The Nephron (Table) - Anatomy & Physiology|The Nephron]] |
|subheading2width =25 | |subheading2width =25 | ||
|subheading2text = <center></center> | |subheading2text = <center></center> | ||
|subheading3colour = 66ff33 | |subheading3colour = 66ff33 | ||
− | |subheading3 = [[Kidney | + | |subheading3 = [[Kidney - Blood Pressure - Physiology|Blood Pressure]] |
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|subheading3text = <center></Center> | |subheading3text = <center></Center> | ||
|subheading4colour = 66ff33 | |subheading4colour = 66ff33 | ||
− | |subheading4 = [[ | + | |subheading4 = [[The Endocrine Function of the Kidney - Anatomy & Physiology|The Endocrine Function of the Kidney]] |
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|subheading4text = <center></Center> | |subheading4text = <center></Center> | ||
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− | |subheading4 = [[Micturition - Anatomy & Physiology|Process of Micturition]] | + | |subheading4 = [[Process of Micturition - Anatomy & Physiology|Process of Micturition]] |
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− | |subheading1 = [[ | + | |subheading1 = [[Normal Composition of Urine - Anatomy & Physiology|Normal Composition of Urine]] |
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|subheading2colour = ffff99 | |subheading2colour = ffff99 | ||
− | |subheading2 = [[ | + | |subheading2 = [[Developmental Anatomy of the Kidneys and Urinary Tract - Anatomy & Physiology| Developmental Anatomy]] |
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− | |subheading3 = [[ | + | |subheading3 = [[Urinary Anatomy and Physiology of Exotics - Anatomy & Physiology| Exotics Anatomy & Physiology]] |
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}} | }} | ||
<!--References Section--> | <!--References Section--> | ||
− | + | {{infotable | |
− | + | |Maintitle = [[Acknowledgements Urinary Anatomy & Physiology|Acknowledgements]] and [[Reference Material Urinary Anatomy & Physiology| References]] | |
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− | [[ |
Revision as of 20:46, 22 September 2008
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Background Information |
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Definitions |
Introduction to Fluid Movement |
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Kidney - Anatomy & Physiology |
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The kidneys are paired organs which reside in the dorsal abdomen. One on the left and one on the right. Their role is to filter the blood through the glomerulus to form what is known as the filtrate. This filtrate is then on the whole reabsorbed along the nephron until what is left comprises compounds superfluous to the requirements of the organism. Some compounds, normally fully reabsorbed, are on occasion present in the body in excess. The kidney tubules are able to respond to this excess and excrete such compounds in greater amounts. This is how the kidneys play a major role in the homeostasis of the organism. The kidneys also plays a vital role in the total water balance of the organism. Varying their excretion of water in relation to the hydration status of the animal.
The kidneys receive 25% of the cardiac output. From this they filter 20% of the plasma forming a filtrate of which all but 1% is reabsorbed. This equates to all the circulatory volume being filtered and reabsorbed every 30 minutes. The functions of the kidneys are to maintain the volume and composition of plasma, regulate water, ion and pH levels, retain nutrients and excrete waste, toxins and excess electrolytes. The kidneys achieve these functions via; glomerular filtration, solute reabsorption, tubular secretion, water balance and acid-base regulation. |
Macroscopic Renal Anatomy |
The Nephron |
Blood Pressure |
The Endocrine Function of the Kidney |
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Lower Urinary Tract Anatomy & Physiology |
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The lower urinary tract is the collection of organs which convey the formed urine from the kidneys to the exterior of the body. The urine is not altered in this part of the system in species other than the horse (where mucous is added) but instead its function is to collect and store the urine until enough of it is collected for release to become necessary. This gives the animal urinary continence. Three major structures make up this tract. The ureters, the bladder and the urethra. |
Ureters |
Bladder |
Urethra |
Process of Micturition |
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Other |
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Normal Composition of Urine |
Developmental Anatomy |
Exotics Anatomy & Physiology |
Kidney Function and Age |
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Acknowledgements and References |
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