Francisco Peñagaricano

Assistant Professor

University of Wisconsin-Madison

United States

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Francisco Peñagaricano is an Assistant Professor at the University of Wisconsin-Madison, USA. His research focuses on dairy cow resilience, heat stress effects on livestock, and the genetic basis of milk production traits. Recent articles highlight his work on the gut microbiome, dietary influences on animal growth, and data-driven methodologies for animal science.

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UNITED STATES

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Peter Hansen

University of Florida

UNITED STATES

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Romi Pena

Full Professor

University of Lleida

SPAIN

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Luiz Ferraretto

University of Wisconsin-Madison

UNITED STATES

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Francisco Peñagaricano

Research Interests

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Articles (20)

Dairy cow resilience: Data-driven detection and quantification of perturbations using daily milk weights

The embryonic DPPA3 gene stimulates the expression of pregnancy-related genes in bovine endometrial cells

Impact of heat stress on dry matter intake and residual feed intake in midlactation dairy cows

Preweaning heat stress alters liver transcriptome and DNA methylation in dairy calves

Genetic analysis of daily milk weights in US Holsteins using pen-based contemporary groups

greenfeedr: An R package for processing and reporting GreenFeed data

Uncovering the genetic basis of milk production traits in Mexican Holstein cattle based on individual markers and genomic windows

Applying recursive modelling to assess the role of the host genome and the gut microbiome on feed efficiency in pigs.

Impact of dietary supplementation of beef cows with rumen-protected methionine during the periconceptional period on prenatal growth and performance to weaning

The gut microbiota as a predictor of feed efficiency and feeding behavior in Iberian pigs

Identification of runs of homozygosity associated with male fertility in Italian Brown Swiss cattle.

Characterization of semen type prevalence and allocation in Holstein and Jersey females in the United States

Effects of type traits, inbreeding, and production on survival in US Jersey cattle.

Impact of parity differences on residual feed intake estimation in Holstein cows

Individual animal variability in rumination, activity, and lying behavior during the periparturient period of dairy cattle

Pre-estrus progesterone does not affect post-estrus luminal metabolome in cross-bred beef cows.

Transcriptomic analysis reveals gene expression changes in peripheral white blood cells of cows after embryo transfer: implications for pregnancy tolerance.

Hormonal profile prior to luteolysis modulates the uterine luminal transcriptome in the subsequent cycle in beef cross-bred cows§.

Maternal diet induces persistent DNA methylation changes in the muscle of beef calves.

Predicting dry matter intake in mid-lactation Holstein cows using point-in-time data streams available on dairy farms

Collaborators (11)

Michael VandeHaar

William Brown

José Eduardo Santos

Philipe Moriel

John Parrish

Paul Fricke

Lautaro Rostoll Cangiano

Zhibo Yang

Peter Hansen

Romi Pena

Luiz Ferraretto

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