Difference between revisions of "Lizard Digestion"
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==Effect of ambient temperature== | ==Effect of ambient temperature== | ||
| − | Lizards are ectothermic and therefore the temperature of their environment affects their body processes which are highly temperature-dependent. Temperature will affect enzymatic activity, the decomposition rate of ingested elements, the absorption through the gut mucosa, peristalsis (and gut transit times) and possibly gut flora. | + | Lizards are [[Ectothermy|ectothermic]] and therefore the temperature of their environment affects their body processes which are highly temperature-dependent. Temperature will affect enzymatic activity, the decomposition rate of ingested elements, the absorption through the gut mucosa, peristalsis (and gut transit times) and possibly gut flora. |
| − | Low temperatures may slow down or even stop all digestion and can have adverse effects on assimilation (i.e. in monitor lizards). For example, an iguana kept at 28°C will eat but its food will not be digested properly. | + | Low temperatures may slow down or even stop all digestion and can have adverse effects on assimilation (i.e. in [[Monitor|monitor]] lizards). |
| + | *For example, an iguana kept at 28°C will eat but its food will not be digested properly. | ||
| + | *Between 10°C and 15°C, digestion is extremely slow. | ||
| + | *Digestion comes to a halt when temperatures drop below 7°C. | ||
| − | Suboptimal temperatures can lead to serious complications such as bloat, constipation or maldigestion. It is therefore crucial to offer the most appropriate temperature range by providing suitable heat sources, temperatures, and light intensities, in order to stimulate feeding and basking behaviour (which promote postprandial digestion). | + | Suboptimal temperatures can lead to serious complications such as [[Lizard Bloat|bloat]], constipation or maldigestion. It is therefore crucial to offer the most appropriate temperature range by providing suitable [[Lizard Housing|heat sources, temperatures, and light intensities]], in order to stimulate [[Lizard Feeding|feeding]] and basking behaviour (which promote postprandial digestion). |
| + | '''For information on the lizard digestive system, see''' [[Lizard Gastrointestinal System|Lizard Gastrointestinal System]]. | ||
==References== | ==References== | ||
* Girling, S.J. (2004). ''BSAVA Manual of Reptiles''. British Small Animal Veterinary Association. pp. 350. ISBN 0905214757 | * Girling, S.J. (2004). ''BSAVA Manual of Reptiles''. British Small Animal Veterinary Association. pp. 350. ISBN 0905214757 | ||
| + | [[Category:Lizard_Physiology|D]] | ||
Latest revision as of 18:20, 2 April 2010
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Effect of ambient temperature
Lizards are ectothermic and therefore the temperature of their environment affects their body processes which are highly temperature-dependent. Temperature will affect enzymatic activity, the decomposition rate of ingested elements, the absorption through the gut mucosa, peristalsis (and gut transit times) and possibly gut flora.
Low temperatures may slow down or even stop all digestion and can have adverse effects on assimilation (i.e. in monitor lizards).
- For example, an iguana kept at 28°C will eat but its food will not be digested properly.
- Between 10°C and 15°C, digestion is extremely slow.
- Digestion comes to a halt when temperatures drop below 7°C.
Suboptimal temperatures can lead to serious complications such as bloat, constipation or maldigestion. It is therefore crucial to offer the most appropriate temperature range by providing suitable heat sources, temperatures, and light intensities, in order to stimulate feeding and basking behaviour (which promote postprandial digestion).
For information on the lizard digestive system, see Lizard Gastrointestinal System.
References
- Girling, S.J. (2004). BSAVA Manual of Reptiles. British Small Animal Veterinary Association. pp. 350. ISBN 0905214757