AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
AMIR GHANE reports a trial that shows the use of full matrix values (mineral, energy and amino acid levels) of combined enzymes (phytase + XAP) is an effective combination, allowing for lower crude protein (and amino acids) and apparent metabolizable energy, reducing feed costs.
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