Laboratories
Building of the Graduate Program in Biotehnology
LABORATORIES:
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BIOTECHNOLOGY NUCLEUS OF SOBRAL
https://pnipe.mcti.gov.br/laboratory/20137
Coordinators: Prof. Dr. Rodrigo Maranguape Silva da Cunha and Prof. Dr. José Roberto Viana Silva
The Biotechnology Nucleus of Sobral is a multi-user facility that was inaugurated in 2005. It comprises a set of research laboratories in the following areas: Biotechnology, Bioengineering, Molecular Biology, Genetics, Biochemistry, Microbiology, Physiology, Pharmacology, and Immunology.
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BIOTECHNOLOGY AND PHYSIOLOGY OF REPRODUCTION
https://labirep.ufc.br/pt/pagina-de-introducao/
Coordinator: Prof. Dr. José Roberto Viana Silva
The laboratory develops in vitro culture systems for oocytes and ovarian follicles with the aim of increasing the efficiency of animal and human reproduction biotechnologies. Various natural and synthetic products are tested in this process.
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BIOMATERIALS
Coordinator: Prof. Dr. Igor Iuco Castro da Silva
The laboratory focuses on the study of toxicity of bioproducts in experimental animal or plant models, emphasizing biocompatibility and biodegradation in vivo.
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ANIMAL EXPERIMENTATION RESEARCH CENTER
Coordinator: Prof. Dr. Anderson Weiny Barbalho Silva
It examines the therapeutic and toxic effects of natural and synthetic compounds in experimental animal models, with a focus on tissue protection in both in vivo and in vitro contexts.
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NEUROPHARMACOLOGY
Coordinator: Prof. Dr. Lissiana Magna Vasconcelos Aguiar
The laboratory assess the impact of novel pharmaceutical agents and naturally occurring compounds on the central nervous system. This evaluation is conducted through the utilization of experimental animal models and cellular models. The primary focus of this research is on the therapeutic efficacy and mechanisms of action, both in vivo and in vitro.
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PHARMACOLOGY
Coordinator: Prof. Dr. Mirna Marques Bezerra Brayner
The laboratory research is focused on the pharmacological and toxicological evaluation of natural and synthetic compounds in experimental animal and cellular models. The primary emphasis of this research is on the assessment of biocompatibility, therapeutic efficacy, and safety in both in vivo and in vitro settings.
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BIOCHEMISTRY
Coordinator: Prof. Dr. Vicente de Paulo Teixeira Pinto
The laboratory studies the biochemical properties of both natural and synthetic compounds, employing a range of experimental models that include animal, cellular, and molecular approaches. The primary focus of this study is the analysis of biochemical mechanisms and the assessment of therapeutic efficacy in both in vivo and in vitro contexts.
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HUMAN MICROBIOLOGY, IMMUNOLOGY AND PARASITOLOGY
Coordinators: Prof. Dr. Francisco Cesar Barroso Barbosa and Prof. Dr. Iriana Carla Junqueira Zanin dos Santos
The research conducted within this laboratory encompasses the study of microorganisms, immune responses, and parasites, employing both experimental and clinical models. The laboratory’s research agenda is centered on the analysis of pathogen-host interactions, immune defense mechanisms, and the impact of natural and synthetic compounds on infection control.
9. MATERIALS ENGINEERING AND SIMULATION
Coordinator: Prof. Dr. Ricardo Pires dos Santos
The laboratory uses computer simulations and experiments to study of materials and engineering processes. The focus is to analyze the physical, chemical, and mechanical properties of materials, in addition to the application of simulation techniques to optimize processes. It develops innovative and sustainable solutions to materials engineering challenges.
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BIOFILMS AND ANTIMICROBIAL AGENTS
Coordinator: Prof. Dr. Victor Alves Carneiro
The laboratory research agenda includes two primary areas: the phenotypic and genotypic characterization of the resistance of pathogenic microorganisms, and the exploration of new antimicrobial alternatives (natural and synthetic compounds) for the control of these pathogens, whether in planktonic or biofilm form.
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NEUROSCIENCES
Coordinator: Prof. Dr. Gerardo Cristino Filho
The laboratory research focuses on neurobehavioral and neurodegenerative disorders, which are considered multifactorial in nature. These disorders affect the functioning and maintenance of the central nervous system, representing a significant health concern, particularly among the elderly population. The study investigates the effects of various bioactive substances obtained from marine sources with great potential for neuropharmacological applications, including sulphated polysaccharides from marine macroalgae.
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HISTOPATHOLOGY
Coordinator: Prof. Dr. Anderson Weiny Barbalho Silva
This laboratory carries out histological and histopathological analyses of all the tissue samples from the research projects of the professors from the Graduate Program in Biotechnolog.
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ORGANIC CHEMISTRY
Coordinator: Prof. Dr. Hélcio Silva dos Santos
This laboratory studies organic compounds and reactions, using simulations and advanced laboratory experiments, with an emphasis on the synthesis and characterization of new molecules.
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BIOACTIVE PHYTOCHEMICALS
Coordinator: Prof. Dr. Geovany Amorim Gomes
The laboratory research agenda encompasses the chemical studies and evaluation of the antibacterial and antibiofilm properties of essential oils derived from diverse chemotypes of plants originating from semiarid regions.
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REPRODUCTIVE PHYSIOLOGY (FisioRep – UFDPar)
Coordinator: Prof. Dr. Valdevane Rocha Araújo
The laboratory develops studies of reproductive physiology in experimental animal models, with a focus on understanding the hormonal, neuroendocrine and metabolic mechanisms that regulate the reproductive cycle.
17.BIOCHEMISTRY LABORATORY (EMBRAPA)
Coordinator: Prof. Dr. Hevila Oliveira Salles
The laboratory studies the toxicity of bioproducts in experimental animal or plant models, with a focus on assessing biocompatibility and biodegradation in vivo.
18. SPORTS PERFORMANCE AND HEALTH
Coordinator: Prof. Dr. Luiz Vieira da Silva Neto
The laboratory studies the factors that influence performance and the health of athletes, with a focus on exploring the physiological, nutritional and biomechanical mechanisms that impact athletic performance and the general well-being of physical activity practitioners. Using physical assessment methods and monitoring technologies, it seeks to understand how training, diet and other factors influence performance and health.
19. MICROBIOLOGY
Coordinator: Prof. Dr. Raquel Oliveira dos Santos Fontenelle
The laboratory studies microorganisms and their interactions with the environment and host organisms. The utilization of molecular microbiology techniques facilitates the analysis of microbial diversity, encompassing their biochemical and genetic characteristics.
PARTNER LABORATORIES
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Analytical Center – Federal University of Ceara https://centralanalitica.ufc.br/pt/)
The mission of the Analytical Center is to provide users from different areas of knowledge with infrastructure in analytical and microscopy techniques to enable, improve and promote scientific and technological research at the UFC.
– The Analytical Center has the following equipments: INSPECT 50 scanning microscope with EDS/EBSD and lithography, PHILLIPS XL30 scanning microscope with EDS, Quanta 450 environmental FEG scanning microscope with EDS/EBSD, Zeiss confocal microscope with 6 laser lines, Witec alpha 300 confocal microscope equipped with Ramam/AFM and near-field microscopy, and 200KV transmission electron microscope
2. LABORATORIES OF THE SOBRAL BIOTECHNOLOGY RESEARCH NETWORK
https://redbiotec.ufc.br/pt/laboratorios-e-parcerias/
The Sobral Biotechnology Research Network is an association of 40 researchers representing the following institutions: Federal University of Ceará, Federal Institute of Ceará, Brazilian Agricultural Research Corporation, and the INTA University Center. The primary objective of the network is to execute collective initiatives that are oriented towards the generation of knowledge, the cultivation of human capital, and the advancement of biotechnological products and methodologies within the Sobral region.
Libraries
Students and researchers affiliated with the Graduate Program in Biotechnology have access to the library of the medical faculty, which features a sizable reception area and air-conditioned study rooms. Additionally, remote access to the central library system is available, enabling users to access the CAPES journal portal and various publication websites.
Other Informations
The Graduate Program in Biotechnology is physically associated with the Medicine Faculty building, which encompasses approximately 7,446.81 square meters of built area and an additional 2,076.34 square meters of urbanized area. This includes a Reception and Exhibition Hall, a Central Auditorium with 160 seats, a Secretariat, a Coordination Office, study rooms, and a Reprographics Room. In addition to the program’s superior physical infrastructure, the program benefits from the expertise of technical-administrative personnel who have undergone extensive training to ensure effective functioning within the program.
