19 min
DSD 5.1 | Energy saved is energy earned Dairy Science Digest
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- Education
Efficient production is the name of the game, and the key to an efficient cow is her rumen microbiome. The highlighted research this month focuses in on the intersection of Genome of the host cow, Microbiome within the rumen and the Intersection of the two.
To best understand the rumen efficiency story we talk this month with Dr. Guillermo Martinez Boggio from University of Wisconsin, about his recently released paper titled: Host and rumen microbiome contributions to feed efficiency traits in Holstein cows. Here they studied how the rumen and the host interact and if that interaction can become a selection trait in the future.
Much of the discussion today is focused around Carbon chasing. Just like “a penny saved is a penny earned,” whenever carbon is conserved by the rumen microorganism, energy is conserved. This carbon unit of energy can then be used to produce more milk when conserved. Listen in to learn more about the interconnected web between the cow and her microbiome.
Topics of discussion
1:52 Introduction of Dr. Guillermo Martinez Boggio3:15 Description of project 3:41 Dry matter intake vs Residual feed intake 5:09 Efficient use of Carbon 7:04 Saved energy yields more 8:25 Community of rumen organisms 10:29 What model best served to identify the most efficient digestion 11:35 Using microbiome as another source of information used genomic equation 12:02 Genome | Microbiome | Interaction of MicrobiomeXGenome12:17 The cow controls the rumen microbiome 12:51 Sire selection traits 14:08 How to obtain the most reliable breeding values 15:35 Using the rumen microorganisms for prediction and selection 16:45 Future research What do you want dairy producers to know from your research 17:21 Identify the “extreme” cows 18:12 Proxy traits
Featured article: Host and rumen microbiome contributions to feed efficiency traits in Holstein cows.
#2xAg2030; #journalofdairyscience; #openaccess; #MODAIRY; #microbiome; #methanereduction; #sustainabledairy; #rumen; #stillbirth; #dairysciencedigest; #ReaganBluel;
Efficient production is the name of the game, and the key to an efficient cow is her rumen microbiome. The highlighted research this month focuses in on the intersection of Genome of the host cow, Microbiome within the rumen and the Intersection of the two.
To best understand the rumen efficiency story we talk this month with Dr. Guillermo Martinez Boggio from University of Wisconsin, about his recently released paper titled: Host and rumen microbiome contributions to feed efficiency traits in Holstein cows. Here they studied how the rumen and the host interact and if that interaction can become a selection trait in the future.
Much of the discussion today is focused around Carbon chasing. Just like “a penny saved is a penny earned,” whenever carbon is conserved by the rumen microorganism, energy is conserved. This carbon unit of energy can then be used to produce more milk when conserved. Listen in to learn more about the interconnected web between the cow and her microbiome.
Topics of discussion
1:52 Introduction of Dr. Guillermo Martinez Boggio3:15 Description of project 3:41 Dry matter intake vs Residual feed intake 5:09 Efficient use of Carbon 7:04 Saved energy yields more 8:25 Community of rumen organisms 10:29 What model best served to identify the most efficient digestion 11:35 Using microbiome as another source of information used genomic equation 12:02 Genome | Microbiome | Interaction of MicrobiomeXGenome12:17 The cow controls the rumen microbiome 12:51 Sire selection traits 14:08 How to obtain the most reliable breeding values 15:35 Using the rumen microorganisms for prediction and selection 16:45 Future research What do you want dairy producers to know from your research 17:21 Identify the “extreme” cows 18:12 Proxy traits
Featured article: Host and rumen microbiome contributions to feed efficiency traits in Holstein cows.
#2xAg2030; #journalofdairyscience; #openaccess; #MODAIRY; #microbiome; #methanereduction; #sustainabledairy; #rumen; #stillbirth; #dairysciencedigest; #ReaganBluel;
19 min