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Bio
Research Interests
The effects of genetic merit for fertility traits on ovarian follicular development, uterine environment and embryo quality.
Identify physiological mechanisms that underpin differences between high and low fertility cows.
Endocrinology of reproduction and nutrient partitioning.
Regulation of the GH-IGF axis.
Design and evaluation of oestrus and ovulation synchronisation protocols for seasonal-calving systems, and development of decision-support systems to identify appropriate protocols.
Use of micronutrients to improve reproductive performance of pasture-based dairy cows.
Evaluating the potential role of sexed semen in Irish dairy herds and implications for the dairy industry.
Development of strategies to predict phenotypic male fertility
Current Projects
Maximising the Genetic Potential of Young Elite Bulls – A Multidisciplinary Approach
Genetic, nutritional and management approaches to improve fertility in lactating dairy cattle
Identification of strategies to increase phenotypic fertility performance of late-calving dairy cows.
Strategies to improve male fertility and increase sexed semen usage.
New strategies to predict and monitor semen fertility
The effects of genetic merit for fertility traits on ovarian follicular development, uterine environment and embryo quality.
Identify physiological mechanisms that underpin differences between high and low fertility cows.
Endocrinology of reproduction and nutrient partitioning.
Regulation of the GH-IGF axis.
Design and evaluation of oestrus and ovulation synchronisation protocols for seasonal-calving systems, and development of decision-support systems to identify appropriate protocols.
Use of micronutrients to improve reproductive performance of pasture-based dairy cows.
Evaluating the potential role of sexed semen in Irish dairy herds and implications for the dairy industry.
Development of strategies to predict phenotypic male fertility
Current Projects
Maximising the Genetic Potential of Young Elite Bulls – A Multidisciplinary Approach
Genetic, nutritional and management approaches to improve fertility in lactating dairy cattle
Identification of strategies to increase phenotypic fertility performance of late-calving dairy cows.
Strategies to improve male fertility and increase sexed semen usage.
New strategies to predict and monitor semen fertility
Research Interests
Papers共 229 篇Author StatisticsCo-AuthorSimilar Experts
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P Lonergan,M Beltman,S T Butler,M A Crowe, A C O Evans,T Fair,S Fair,N Forde, B Gasparrini,D A Kenny,A Miyamoto,J M Sánchez
Animal : an international journal of animal bioscience (2023): 100903-100903
ANIMAL (2023)
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Animal : an international journal of animal bioscience (2023): 100775-100775
Bonnie Carney, Eriks Ziedins,Allison Hoke,Stephen Butler,Lauren Moffatt,Abdulnaser Alkhalil,Aarti Gautam,Nabarun Chakraborty, Carolynn Conley, James Mcleroy,Rasha Hammamieh,Jeffrey W. Shupp
WOUND REPAIR AND REGENERATIONno. 2 (2023): 271-272
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Animal - science proceedingsno. 3 (2023): 504-504
A D Crowe,J M Sánchez,S G Moore, M McDonald,R Rodrigues,M F Morales, L Orsi de Freitas, F Randi,J Furlong, J A Browne, M B Rabaglino,P Lonergan,
Journal of dairy scienceno. 3 (2023): 1788-1804
Human Gonadotropins (2022)
Human Gonadotropinspp.21-26, (2022)
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