Difference between revisions of "Elephant Alimentary System - Anatomy & Physiology"

From WikiVet English
Jump to navigation Jump to search
 
Line 2: Line 2:
 
==Introduction==
 
==Introduction==
  
Elephant anatomy is very much comparable to the [[Alimentary System  - Horse Anatomy|horse]] and [[Rabbit Alimentary System|rabbit]]. Microbes are present in the hindgut that produce [[Volatile Fatty Acids|Volatile Fatty Acids (VFAs)]]. VFAs make a substantial contribution to the elephant's total energy requirements. Food has a relatively fast transit time and as a result,  elephants have a low digestive efficiency (44% as opposed to 60% in [[Equine Alimentary System  - Anatomy & Physiology|horses]]). A fast transit time is achieved by a short GIT, reduced [[Caecum - Anatomy & Physiology|caecum]] and increased GIT diameter. Their digestive strategy is to pass as large a quantity of low quality food through their digestive tract within a short period of time.
+
Elephant anatomy is very much comparable to the [[Alimentary System  - Horse Anatomy|horse]] and [[Rabbit Alimentary System|rabbit]]. Microbes are present in the hindgut that produce [[Volatile Fatty Acids|Volatile Fatty Acids (VFAs)]]. VFAs make a substantial contribution to the elephant's total energy requirements. Food has a relatively fast transit time and as a result,  elephants have a low digestive efficiency (44% as opposed to 60% in [[Alimentary System  - Horse Anatomy|horses]]). A fast transit time is achieved by a short GIT, reduced [[Caecum - Anatomy & Physiology|caecum]] and increased GIT diameter. Their digestive strategy is to pass as large a quantity of low quality food through their digestive tract within a short period of time.
  
 
==Features==
 
==Features==

Latest revision as of 22:34, 7 November 2012


Introduction

Elephant anatomy is very much comparable to the horse and rabbit. Microbes are present in the hindgut that produce Volatile Fatty Acids (VFAs). VFAs make a substantial contribution to the elephant's total energy requirements. Food has a relatively fast transit time and as a result, elephants have a low digestive efficiency (44% as opposed to 60% in horses). A fast transit time is achieved by a short GIT, reduced caecum and increased GIT diameter. Their digestive strategy is to pass as large a quantity of low quality food through their digestive tract within a short period of time.

Features

An elephant's natural diet is high in fibre (36%) and low in protein (7-10%). Juvenile elephants require 3 kg of feed per 100kg of body weight per day. The passage time of food through the gastrointestinal tract ranges from 18 to 24 hours. They have no gall bladder and their taenia and sacculations are not as clearly defined as in the horse.


Error in widget FBRecommend: unable to write file /var/www/wikivet.net/extensions/Widgets/compiled_templates/wrt6635ef666f2df3_81863617
Error in widget google+: unable to write file /var/www/wikivet.net/extensions/Widgets/compiled_templates/wrt6635ef6672aaf6_24962828
Error in widget TwitterTweet: unable to write file /var/www/wikivet.net/extensions/Widgets/compiled_templates/wrt6635ef6675cb87_35514891
WikiVet® Introduction - Help WikiVet - Report a Problem