Prairie Swine Centre Prairie Swine Centre
  • About
  • Media
  • Research
  • Programs
  • Publications
  • Contact
Search
(306) 373-9922
Saskatoon, SK
Graduate Opportunities
Prairie Swine Centre Prairie Swine Centre
  • About
  • Media
  • Research
  • Programs
  • Publications
  • Contact
Search Articles

Dietary Phytase Reduces Phosphorus Excretion in Weanling Pigs

WShannon
Nutrition
October 22, 2020

Phytase use in pig diets is increasing as it is effective in improving the digestibility of phosphorus in cereal grains. Less total phosphorus is needed and phosphorus output is decreased along with feeding costs. The calcium to phosphorus ratio needs to be clarified as the diets have altered phosphorus levels. Overall levels of excreted phosphorus decreased when phytase was given, though phytase did not have an impact on whether the excreted phosphorus was water soluble. This effect was reduced when calcium levels were higher relative to phosphorus (Ca:P above 1.7:1) Phytase has modest effects on performance.

Dietary Phytase Reduces Phosphorus Excretion in Weanling Pigs (full article)

-
Share on Facebook Share on X
Research Areas
EngineeringEthologyManagementMediaNutritionOntario PorkOtherProductionSwine Innovation Porc

Engineering

  • PEDv rapid test
  • Precision detection of farrowing onset and distress using advanced artificial intelligence technologies
  • Mitigating mycotoxin contamination from grains used in swine feed through nanotechnology

Nutrition

  • Low crude protein for post-weaning diarrhea
  • The influence of gestational vitamin supplementation on sow and piglet performance
  • 2026 PSC Producer Meetings Presentations

Ethology

  • Improving feed efficiency in pork production through individual thermal efficiency index
  • 2026 PSC Producer Meetings Presentations
  • PSC Producer Meeting in Manitoba – Agenda

Management

  • Walking the Room Handbook
  • 2026 PSC Producer Meetings Presentations
  • PSC Producer Meeting in Manitoba – Agenda

Social Media

Continue Reading

Previous post

Greenhouse Gas Emission from NAP-Covered Earthen Manure Storage Basin

Next post

Interaction Among Lactose, Plasma Proteins and Crowding in Weanlings

Close
Search

Hit enter to search or ESC to close

cookie By using this website, you agree to our cookie policy. Close