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Marcio DuartePosition/Title: Adjunct Professor email: mduarte@uoguelph.ca Phone: Office:
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Academic History
- Ph.D in Animal Science, Federal University of Viçosa (2013)
- MS in Animal Science, Federal University of Viçosa (2010)
- BS in Animal Science, Federal University of Viçosa (2008)
Affiliations
- Canadian Meat Science Association
- Canadian Society of Animal Science
- American Society of Animal Science
Current Research Projects
Maternal and neonatal nutrition and skeletal muscle development of the offspring
Duarte's laboratory is currently investigating the impact of gestational and neonatal nutrition on the skeletal muscle development of offspring in meat animals. A key focus of this research involves the examination of how maternal nutrition influences the mechanisms associated with myogenesis and adipogenesis in skeletal muscle, and the potential implications for the animal's performance, carcass deposition, and meat quality. Gaining insight into the intrinsic and extrinsic effects of maternal nutrition during gestation on the trajectory of an animal's life has the potential to enhance nutritional management in the early stages, ultimately leading to improvements in carcass yield and quality.
Supplementation of functional amino acids to enhance muscle growth and development
The current body of research exploring the effects of industrial amino acids (AA) and intermediary molecules of AA metabolism on the mechanisms influencing muscle growth and development in beef cattle is rather sparse. Notably, a substantial knowledge gap exists in understanding how these functional molecules can be strategically integrated into beef production practices. In response to this gap, our laboratory is actively engaged in the strategic utilization of functional amino acids, employing a combined approach that merges fundamental and applied science. Our aim is to unravel the intricate biology of muscle growth, discerning its impact on carcass yield, and elucidating potential implications for quality traits.
Research Team
Current Members
Justice Dorleku - PhD Student in Animal Biosciences
Reymart Catacutan - MS by Coursework Student
Emily Knapper - MS Student in Animal Biosciences
Walmir Silva - Research Assistant
Mingjia Jiang - Undergrad Student
Ziting Li - Undergrad Student
Past members
Sarah Dean - MS Student in Animal Biosciences
Luiza Kladt - MS Visiting Scholar
Maykelly Gomes - PhD Visiting Scholar
Dante Valente Junior - PhD Visiting Scholar
Previous Graduate Students / Research Fellows
Sarah Dean - (MS completed - 2024)
Dr. Marta Santos (PhD Completed - 2024)
Julcimara Araujo (MS completed - 2023)
Dr. Thais Costa (Postdoctoral Fellow: 2022-2023)
Dr. Thais Costa (PhD completed - 2022)
Pedro Lourenço (MS Completed - 2022)
Marta Santos (MS completed - 2020)
Mariana Lopes (MS completed - 2020)
Dr. Pedro Benedeti (Postdoctoral Fellow: 2017-2018)
Thais Costa (MS completed - 2018)
Felipe Moura (MS completed - 2018)
Laboratory Award and Honours
- 2020 - Roullier Innovation Award (2020) - Roullier Group
- 2023 - Percy Gitelman Award - Canadian Meat Science Association
- 2023 - Animal Biosciences Research Symposium - Oral Competition (1st Place)
- 2023 - Canadian Beef Industry Conference - Poster Competition (2nd Place)
- 2023 - ASAS Young Scholar Award
- 2024 - Animal Nutrition Conference of Canada (ANCC) Student Oral Competition - (1st Place)
Selected Recent Publications
1. **Valente Junior, D.T.; et al. Do carcass traits influence consumer perception of pork eating quality? . Meat Science, 208, 109381, 2024.
2. **Dean, S.; et al. Vitamin A-enriched diet at late gestation affects intramuscular fat deposition in beef offspring. Meat and Muscle Biology, 8(1), 17646, 2024.
3. *Menezes, G; **Valente Junior, D.T.; et al. Empowering informed choices: how computer vision can assist consumers in making decisions about meat quality. Meat Science, 109675, 2024.
4. **Sousa, L.C.; et al. Dietary guanidinoacetic acid as arginine spare molecule for beef cows at late gestation: effects on cow's performance and metabolism, and offspring growth and development. Animal Feed Science and Technology, 315, 116047, 2024.
5. *Nascimento K.B.; et.al. Maternal protein supplementation during mid-gestation improves offspring perfomance and metabolism in beef cows. Journal of Animal Science, 102 skae058, 2024.
6. *Meneses, J.A.M. et al. Protein supplementation during mid-gestation affects maternal voluntary intake, performance, digestibility, and uterine blood flow of beef cows. Journal of Animal Physiology and Animal Nutrition, 1-14, 2024.
7. **Santos, M.M.; et al. Nutrient supplementation of beef female calves at pre-weaning enhances the commitment of fibro-adipogenic progenitor cells to preadipocytes. Meat Science, 204, 109286, 2023.
8. Bohrer, B.; et al. A comparison of carcass characteristics, carcass cutting yields, and meat quality of barrows and gilts. Translational Journal of Animal Science, 7(1), txad079, 2023.
9. **Costa, T.C.; et al. Ruminal undegradable protein enriched diet during late gestation of beef cows affects maternal metabolism and offspring's skeletal muscle development. Animal Feed Science and Technology, 291, 115400, 2022.
10. **Carvalho, E.B.; et al. Short communication: Transcriptome profile in the skeletal muscle of cattle progeny as a function of maternal protein supplementation during mid-gestation. Livestock Science, 104995, 2022.
(** Students under my guidance; *Co-advised students)
For a full list of publication: Marcio Duarte - Google Scholar