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Graduation thesis and final works
Impact of bioaugmentation and the use of antimicrobial compounds on a pesticide biopurification system for carbofuran degradation
Estudiante: Víctor Castro Gutiérrez , Año: 2016
Intracellular stimuli at early stages of Brucella abortus infection that activates the two-component bacterial system BvrR/BvrS.
Estudiante: Jazmín Meza Torres, Año: 2016
Study of Bab2_0547 and Bab1_1216 proteins in the physiology and intracellular life of Brucella abortus.
Estudiante: Sofía Villalobos Abarca, Año: 2016
Brucella and its interaction with the complement system: Evidence of sequestration of regulatory proteins
Estudiante: Rodolfo Gutiérrez Fernández, Año: 2016
Molecular typing and potency Microbiology and Cytotoxic Clinical Chemistry of clinical isolates of Clostridium difficile with variant B toxins obtained from Costa Rican hospitals.
Estudiante: Priscilla Rojas , Año: 2016
Study of the role of the activation of TCS BvrR / BvrS in the intracellular replication of Brucella canis.
Estudiante: Kenneth Salas Ramírez, Año: 2016
Functionalization of graphene with an aptamer as a platform for biorecognition of Clostridium difficile spores
Estudiante: Kenneth Salas, Año: 2016
Analysis of relevant molecular events for the intracellular replication of B. canis.
Estudiante: Heber Monge Arias, Año: 2016
Sporulation and germination of endemic (NAPCR1) and epidemic (NAP1) strains of Clostridium difficile isolated from an outbreak in Costa Rica
Estudiante: Dayana Jiménez , Año: 2016
Isolation and characterization of Acanthamoeba from combined emergency units located in teaching and research laboratories at the University of Costa Rica
Estudiante: Daniel Vargas Ramírez, Año: 2016
Phylogenetic, structural, functional and genetic comparison of Cry proteins from Bacillus thuringiensis to guide the search for toxins against the coffee berry borer, the leaf-cutter ants and the banana borer nematode
Estudiante: Daniel Cascante , Año: 2016
Analysis of molecular determinants responsible for hypervirulent phenotypes in clinical isolates of Clostridium difficile
Estudiante: Carlos Quesada Gomez, Año: 2016
