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Agrarian economy, rural and peasant development
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1.- Study of the land market in Mexico.
2.- Gender and social change.
3.- Privatization of the sugar industry.
4.- Poverty and financial development.
5.- Education and rural society.
6.- Rural development, paradigms, theories and experiences. |
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Agricultural Development
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1.- Biological educational research in cities.
2.- Agricultural production systems. |
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Agrifood Bioscience and Biotechnology
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1.- Animal well-being and product quality.
2.- Sustainable livestock.
3.- Milk bioscience.
4.- Milk biotechnology.
5.- Cereal technology. |
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Algebra
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1.- Theory of rings and modules.
2.- Commutative algebra and algebraic geometry.
3.- Number theory and group theory.
4.- Theory of algebraic codes and cryptography.
5.- Logic, set theory and module theory. |
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Analysis
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1.- Methods of analysis in differential equations.
2.- Stochastic analysis and mathematical physics.
3.- Geometric analysis. |
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Analysis and management of organizations
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1.- Organizational analysis of the micro, small and medium-sized company.
2.- Organizational behavior in the Mexican company.
3.- Theory and praxis of organizational problems in Mexico.
4.- Gender and culture in organizations.
5.- Emerging organizations in the context of the new capital accumulation model.
6.- Digital technologies in organizations. |
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Analytic chemistry
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1.- Determination of equilibrium constants in aqueous solutions with graphical and computational methods. |
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Animal reproduction biology
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1.- Sperm biology.
2.- Endogenous and environmental factors regulating reproduction. |
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Applied energy
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1.- Conversion, control and use of electrical energy.
2.- Study of low temperature plasmas and electrochemical processes and their application in the reduction or elimination of contamination of solid, liquid or gaseous media. |
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Applied linguistics, comparative literature and technological innovation
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1.- Applied linguistics.
2.- Comparative literature.
3.- Applied technological innovation. |
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Basic Sciences Teaching
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1.- Study of the learning, teaching and evaluation of physics, mathematics and chemistry in its different modalities of conduction. |
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Behavioral and reproductive biology
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1.- Reproductive neuroendocrinology.
2.- Neuropsychoendocrinology of stress. |
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Biocatalysis applied to organic chemistry
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1.- Development of biocatalytic methods and their application to organic synthesis. |
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Bioclimatic architecture
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1.- Higrothermic design and comfort in buildings.
2.- Design and light comfort in buildings.
3.- Design and acoustic comfort in buildings.
4.- Design and regulations for the efficient use of energy in buildings.
5.- Development and historical evolution of bioclimatic architecture.
6.- Traditional construction systems applied in bioclimatic architecture.
7.- Materials and technological systems applied in bioclimatic architecture.
8.- Vegetation as a bioclimatic control element.
9.- Sustainable urban design. |
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Bioenergetics and cell aging
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1.- Aging and oxidative stress.
2.- Cellular senescence.
3.- Mitochondrial bioenergetics.
4.- Hormetic mechanisms.
5.- Oxidative stress.
6.- Evaluation of bioactive compounds. |
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Biology and conservation of aquatic organisms
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1.- General, molecular and genomic genetics of aquatic organisms.
2.- Functional anatomy.
3.- Ecology (life histories) and aquaculture.
4.- Characterization of gametes and cryopreservation. |
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Biology of wild mammals
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1.- Systematics and zoogeography of Mexican terrestrial mammals.
2.- Reproductive biology and ecology of wild mammals.
3.- Management and maintenance of a mastofaunal germplasm bank.
4.- Documentary inventory of Mexican mammals. |
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Biomaterials and tissue engineering
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1.- Synthesis of polymers, ceramic materials, metal treatments and generation of composite materials.
2.- Physical and chemical properties of biomaterials.
3.- Generation, formulation and surface modification of scaffolds to be used in tissue engineering.
4.- Cell culture on modified scaffolds and in vivo experiments for the generation of implants for tissue engineering.
5.- Design of processing equipment and characterization of scaffolds for tissue engineering.
6.- Engineering of biotechnological processes for the production of biopolymers and metabolites from food waste. |
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Biophysicochemistry
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1.- Structure and protein stability. |
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Bioprocess Systems Engineering: Modeling and Simulation
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1.- Modeling and simulation of bioprocesses.
2.- Modeling and simulation of cellular processes.
3.- Optimization of chemical and biological processes.
4.- Studies of dynamic and control systems.
5.- Development of computational tools for modeling and simulation.
6.- Exergy-environmental analysis of energetic and bioenergetic systems. |