Browsing Animal Sciences and Industry by Author "Adepoju, A."

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Browsing Animal Sciences and Industry by Author "Adepoju, A."

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  • Brent, B.E.; Adepoju, A.; Portela, F.; Richardson, D. (Kansas State University. Agricultural Experiment Station, 1968)
    Rumen bacteria elaborate an enzyme, urease. Urease is capable of breaking down urea to ammonia and carbon dioxide. Rumen bacteria then incorporate the ammonia into new amino acids and bacterial protein. Thus, urea can ...
  • Richardson, D.; Banbury, Evans E.; Elliott, H.; Erhart, A.B.; Williams, G.; Russ, Oliver G.; Smith, E.F.; Harbers, L.H.; Adepoju, A.; Cox, R.F. (Kansas Agricultural Experiment Station, 1965)
    This is a progress report on the third test to determine whether there is a difference in the performance of beef steers due to location, soil, climate, rainfall and/or feed produced in farm areas of Kansas: Colby, Garden ...
  • Richardson, D.; Banbury, Evans E.; Erhart, A.B.; Williams, G.; Smith, E.F.; Loper, D.C.; Adepoju, A.; Harbers, L.H.; Cox, R.F.; Boren, Fred W. (Kansas Agricultural Experiment Station, 1966)
    This is the third test to measure differences, if any, in performance of cattle in various parts of Kansas due to location, soil, climate, rainfall and/or local feed. Forty-eight Hereford steer calves from the same herd ...
  • Adepoju, A.; Portela, F.; Brent, B.E. (Kansas State University. Agricultural Experiment Station, 1969)
    When urea is fed to ruminants, it is immediately converted to ammonia by an enzyme, urease. The ammonia usually becomes available faster than rumen bacteria can convert it to protein. Studies were reported last year ...