Going Beyond Genetics: Studying the Dairy Cattle Epigenetic Landscape
A capture-based approach for DNA methylation analysis in cattle
(Epi)GENOTIPADO POR SECUENCIACIÓN A BAJA PROFUNDIDAD USANDO LECTURAS LARGAS DE NANOPORE BAJO UN ENFOQUE DE SELECCIÓN GENÓMICA Y EPIGENÓMICA
ORDEÑANDO EL EPIGENOMA DEL VACUNO LECHERO: UNA RED DE CO-METILACIÓN PARA LA DETECCIÓN DE BIOMARCADORES ASOCIADOS A ESTRÉS METABÓLICO EN TERNERAS
Análisis de las marcas de metilación en el genoma del vacuno lechero
Milking the dairy cattle epigenome: a co-methylation network to detect epigenetic biomarkers associated with metabolic stress in dairy calves
Trans-generation epigenetic effects driven by maternal phenotypes in dairy cattle: a co-methylation network approach
Exploring Dairy Cattle Ruminal Microbiota as a reservoir of Antimicrobial Resistance Genes for the One-Health Initiative
An approach to study the association between the blood cell methylome with feed efficiency traits
Dairy cattle ruminal resistome: characterisation and association with productive traits
Bisulfite vs nanopore long-reads to sequence the dairy cattle epigenome
La secuenciación por nanoporos permite conocer el epigenoma en vacuno lechero