QUARTAS-FEIRAS :: 12h :: VIDEOCONFERÊNCIA
2025
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03 de fevereiro
» Deborah Power - "Central and Local Regulatory Processes Regulate Shell Building in Bivalves"
» CCMAR - + Inf
10:00 h | ZOOM
Bivalve resilience across time is clear when considering that the earliest fossil records of bivalves’ date back to at least the early Cambrian period, 530 million years ago.One of the structures proposed to have been crucial for the evolutionary success of bivalves is their hard mineralized shell (a.k.a, valves). The production of the shell and the maintenance of its structure by the mantle in the face of environmental change makes this of central importance in their evolution. The regulation of the mantle and how it controls shell homeostasis will be discussed.
» Rosana Alves - "Genetic manipulation of pathogenic yeasts"
» CBMA - + Inf
11:30 h | ZOOM
The kingdom of Fungi encompasses a diverse range of organisms adapted to various environmental niches, including human, animal, plant and aquatic ecosystems. Some of these organisms serve as essential model systems in basic and applied research and play pivotal roles in biotechnology, biomedical and pharmaceutical research. In this lecture, I will show how CRISPR-Cas9 technologies allow scientists to manipulate a wide array of fungal genomes. Genetic manipulation is essential for inquiries regarding pathogenicity, host-pathogen interactions, and the discovery of novel drug targets.
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28 de janeiro
» Pedro Costa - "Marine Biotechnology: New prospects from omics and bioinformatics for the discovery of novel bioactives and biomaterials"
» UCIBIO - Applied Molecular Biosciences Unit + Inf
10:00 h | ZOOM
The ever-expanding demand for novel bioactives and biomaterials for all sorts of biotechnological and biomedical applications makes the extraordinary biodiversity of oceans an almost unlimited source of high-value novel substances. Consequently, the past decade witnessed a surge in marine bioprospecting for novel chemicals, genes and proteins of biological origin and the European Union holds high hopes for leading ‘Blue Biotechnology’ and the ‘Blue Growth’ revolution. Indeed there are already some approved drugs based on marine biomolecules, from painkillers based on cone snail toxins to tunicate metabolites that are used as anti-cancer drugs. The oceans' extreme biodiversity is, however, both an asset and a handicap. How can we find compounds of interest among so many taxa, especially invertebrates, most of which largely unexplored? How can we identify, isolate and produce in vitro substances from organisms for which genomic resources, such as sequenced and annotated ‘omes’, are scarce or absent? New molecular tools based on next-generation DNA and RNA sequencing plus advances in mass spectrometry, coupled with state-of-the art bioinformatics and databases can tackle these constraints and assist finding novel bioactives and their potential human target receptors for a broad span of applications, from more efficient therapeutics to safer pesticides.
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14 de janeiro
» Sofia Duarte - "Tracing the uninvited: DNA-based tools for non-indigenous species detection in marine and coastal ecosystems"
» CBMA +Inf
11:00 h | DB Auditorium
Invasive species are non-indigenous species (NIS) that can be introduced outside of their natural occurrence/distribution range, posing significant threats to coastal ecosystems and biodiversity. Thus, the early detection of invasive species shortly after their introduction is critical for effective management and mitigation in these vulnerable environments. In European marine waters, most NIS are invertebrates, whose identification using traditional morphology-based methods is often highly challenging and resource-intensive. This talk will highlight the transformative potential of DNA-based tools in the early detection and monitoring of non-indigenous species, showcasing practical applications that underscore their value for safeguarding coastal ecosystems.
» Pilar Cabezas - "Bioinformatics Matters: How pipelines shape metabarcoding results"
» CBMA +Inf
11:30 h | DB Auditorium
Metabarcoding, which combines standardized DNA-barcode markers with high-throughput sequencing, has emerged as a powerful tool for biodiversity assessment, offering higher detection capabilities and greater cost-effectiveness compared to traditional methods. However, this approach generates vast amounts of data that require complex bioinformatics processing. The choice and configuration of bioinformatics pipelines are critical, as they directly affect the accuracy and reliability of biodiversity assessments. Different pipelines can produce varying results from identical raw data, significantly impacting species detection. Therefore, selecting appropriate pipelines and fine-tuning their parameters is essential to ensure robust and reproducible results, as these decisions directly shape the ecological conclusions drawn from metabarcoding analyses.
» Catarina Gomes - "Finely tuned glycoengineering to unravel cancer cell behavior and test new glycan drugs"
» i3S – Instituto de Investigação e Inovação em Saúde + Inf
12:00 h | DB Auditorium
Cancer is a major health concern, being one of the leading causes of death globally. Apart of being a genetic disease, it is well established that cancer cells present altered glycosylation with expression of aberrant profiles of cellular glycans. Increased expression of both terminal sialylated structures (such as SLeX) and glycosaminoglycans or expression of truncated O-glycans, has been vastly documented in tumors from the gastrointestinal (GI) tract. The complexity associated with the glycosylation process, and lack of specific methodologies to study it, have long hampered progress. Nevertheless, recent advances in new methodologies, such as glycoengineering of cells, have opened new avenues to study the complexity associated with the glycosylation process. In this presentation, I will show how glycoengineering, using CRISPR/Cas9 methodologies, can assist the study of glycosylation and the complex role of aberrant glycans in cancer. For instance, by employing KO and activation CRISPR/Cas9 systems we elucidated the role of ST3GalIV in the expression of the cancer-associated glycan SLeX, and its associated malignant properties in GI cancer cells. Additionally, using different KO models, we showed the important role of Syndcan 4 in cancer cell invasion and communication, and the role of HER2 terminal α2,6 sialylation in the resistance of trastuzumab therapy in gastric cancer. Finally, we also used glycoengineered cell models to test novel cancer drugs that target glycosylation in cancer.
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10 de janeiro
» Ana Osório Oliveira - "Bridging Research, Career Development & Professional Growth, and Science Communication"
» Instituto Karolinska (Suécia)
10:00 h | DB Auditorium
Ana Osório é licenciada em Biologia Aplicada pela Universidade do Minho e doutorada em Neurociências pela Universidade de Califórnia São Francisco e Universidade de Lisboa. É atualmente investigadora no Instituto Karolinska, onde lidera oKI Career Service Internship Program. Como Gestora de Programa noKI External Engagement Officee como consultora de Carreira em Ciências da Vida na Chaperone, apoia estudantes de doutoramento e investigadores no seu desenvolvimento de carreira e objetivos profissionais, fornecendo ferramentas e recursos para os seus percursos profissionais dentro e fora da Academia.
A organização e abertura do seminário estarão a cargo do Vice-Reitor para a Investigação e Inovação, Eugénio Campos Ferreira, e da Pró-Reitora para os Projetos Científicos e Gestão da Investigação, Sandra Paiva. Estará ainda presente a Diretora do Departamento de Biologia da Escola de Ciências, Maria João Sousa.
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7 de janeiro
» Humberto Castro - "SUMO is a conserved protein modifier and a hallmark of the environmental stress response"
» CIBIO-InBIO
12:00 h | DB Auditorium
Outline
SUMO is a conserved protein modifier and a hallmark of the environmental stress response
Living organisms must quickly adapt to transient adverse environmental conditions. Many strategies for reacting to environmental stress operate at the molecular level, remodeling essential protein activity and gene expression. One such mechanism involves the Small Ubiquitin-like Modifier (SUMO), a peptide essential to all eukaryotes that acts as a fast and reversible protein modifier. SUMO is covalently attached to different proteins through an enzymatic cascade, known as SUMOylation, employing Ubiquitin-Like Proteases (ULP)-dependent maturation, E1-activation, E2-conjugation, and assisted by E3 ligases. In response to environmental stimuli, many proteins involved in the stress response are promptly SUMOylated and then deconjugated by ULPs in a recovery phase. During this seminar, I will navigate through different experimental evidence that shows SUMO as a critical player in the stress response in eukaryotes. The work will be anchored mainly in Arabidopsis thaliana as a model organism and a cross-kingdom comparison of SUMO-regulated molecular processes will be briefly overviewed. The work decisively established SUMO as a universal stress marker in eukaryotes and supports the biotechnological application of optimized SUMO components to create organisms, including novel crop variants, resilient to harsh climate scenarios.
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QUARTAS-FEIRAS :: 12h :: VIDEOCONFERÊNCIA
2024
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17 de dezembro
» Carlos Canchaya - "The pan-genome of the Mediterranean Mussel"
» Associate Professor, University Vigo
12:00 h | ZOOM
https://videoconf-colibri.zoom.us/j/99866030073
» Summary: Mediterranean mussel (Mytilus galloprovincialis) is a vital economic resource and plays a crucial role in marine ecosystems. Although considered an invasive species in several geographic regions, this bivalve reveals resilience when exposed to abiotic and biotic stressors that cause massive mortalities in other bivalves. Comparative genomic analysis of its genome sequence shows a complex intraspecific genome architecture where a large proportion of its gene repertoire can be dispensable due to an extreme form of structural variation called presence-absence variation. Mussel genes that suffer this extreme copy number variation are associated with genomic hemizygous regions, making this species one of the first cases of high presence-absence variation in the animal kingdom.
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12 de dezembro
» Nir Stern - "From eggs to adults: fish dynamics in the Israeli Eastern Mediterranean coast"
» Israel Oceanographic and Limnological Research Institute
(+ info)
12:30 h | ECUM Auditorium
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12 de dezembro
» Noé Ferreira-Rodríguez - "Bridging species interactions with human perspectives on water quality"
» CBMA
(+ info)
15:30 h | ECUM Auditorium
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11 de dezembro
» Filipe Castro - "Genome Stories: the splendor of life forms and their origin"
» (CIIMAR)
12:00 h | ZOOM (broadcast in the DB Auditorium)
► https://videoconf-colibri.zoom.us/j/99866030073
Summary: How are Phenotypes “built”? Such a seemingly eternal question has fascinated biologists since the dawn of scientific reasoning, from Aristotle’s Historia Animalium to Darwin’s On the Origin of Species by Means of Natural Selection. And yet, we marvel at the “adaptation unknowns”: the aerodynamic swimming of a penguin, the deep diving hunt of a sperm whale or the energy-saving movements of a seahorse. These “visions” encompass key concepts in Biology, such as that of Adaptation and the Phenotype. Thus, a key challenge of contemporary Evolutionary Biology is to understand the emergence and evolution of novelty at the molecular level, from an inherent gene set (phenotype-genotype link), and their relationship to adaptive landscapes. This quest has greatly benefited from the revolution in omic technologies. These have offered an unforeseen capacity to decipher the molecular origin of complex traits. In this talk, I will explore a few examples describing the power of comparative genomics to understand the dynamics of extant genomes (gene duplication and loss) in the comprehension of the splendor of biodiversity on planet Earth.
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15 de novembro
» Rui Oliveira - "Students as engaged readers of study materials in interactive social reading"
» Summary: Online Workshop Series on Teaching Innovation for Arqus Teachers (https://arqus-alliance.eu/arqus-teaching-innovation/teaching-innovation-workshops/) em particular para o workshop "Students as engaged readers of study materials in interactive social reading" em que Rui Oliveira mostrará como envolver os estudantes no estudo dos manuais das UCs utilizando a plataforma Perusall integrada na Blackboard.
09:00 h | Anfiteatro DB
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12 de novembro
» Paula Campos - "History of marine resource exploitation in Atlantic and Mediterranean communities, a molecular perspective"
» Summary: Marine resources have been vital for humans, providing an alternative food, fuel, clothing and various raw materials, significantly shaping the economic trajectories of European societies bordering the Atlantic, the Baltic, and the Mediterranean. Initially, the use of these resources involved opportunistic catches and the use of stranded animals on beaches. However, as these resources became targeted for food, overexploitation ensued. Whales, in particular, with their large size and slow reproductive rate, emerged as one of the most vulnerable groups subject to human exploitation. Historical evidence suggests that whaling, was likely pioneered by the Basques in the 11th century. While fishing has roots dating back to the Palaeolithic era, its industrial exploitation started with the Roman fish salting plants for the production of garum, liquamen, and salted fish. Records of hunted or caught species are often ambiguous, and archaeological evidence is limited due to the butchering of large animals on shore and the fragmentary nature of fish and mollusc remains rendering its’ morphological identification especially difficult. Modern populations are now a mere echo of their former distribution. Understanding the dynamics of human exploitation of marine resources requires identifying preferentially exploited species over time and understanding how exploitation pressure has shifted hunting and catching preferences. Palaeogenomics, the use of ancient molecules like proteins and DNA, enables access to genetic information from past individuals, facilitating the tracking of population histories. Here, I will go through some of my current research projects on the exploitation of three iconic species, North Atlantic Right Whales, Mediterranean monk seals and sardines.
12:00 h | Anfiteatro DB
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05 de novembro
» Raúl Machado - Beyond nature´s blueprint: modular engineering of protein-based block copolymers (Centre of Molecular and Environmental Biology (CBMA))
» Summary: Beyond nature´s blueprint: modular engineering of protein-based block copolymers - "The design of sustainable, bioinspired materials is a pivotal area of research, driven by the need to develop advanced biomaterials that mimic and even surpass the unique properties found in nature. Protein-based block copolymers offer a powerful platform for material innovation, as they combine the precision of genetic engineering with the versatility of protein structures found in biological systems. In this talk, I will present a modular approach to engineering recombinant protein polymers, where each construct is designed with specific structural and functional domains—akin to "Lego" blocks—that can be strategically assembled to create multifunctional materials. By drawing inspiration from natural fibrous proteins like silk and elastin, we employ synthetic biology techniques to create custom-designed protein sequences that exhibit unique mechanical, biological, and responsive properties. This modular methodology allows for a high degree of control over material characteristics, enabling the development of protein-based copolymers that are both biocompatible and environmentally sustainable.”
10:00 h | Anfiteatro DB
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29 de outubro
» João Carneiro - Al-Powered Workflows in Biotechnology: From Environmental Remediation to Health (Centre of Molecular and Environmental Biology (CBMA)) (+ info)
» Summary - AI workflows can be used to tackle important challenges in blue biotechnology and other fields, emphasizing sustainability and environmental remediation. I will demonstrate how AI-powered computational tools can transition from data analysis to practical biotechnological applications. AI workflows present significant opportunities to address critical challenges in blue biotechnology, as well as in various other sectors. By focusing on sustainability and environmental remediation, these workflows can create innovative solutions that benefit both ecosystems and human communities.
12:00 h | ECUM Auditorium
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18 de outubro
» Rudiger Simon- Genetically encoded chemical tools for studying protein interactions in living cells" (Professor for Developmental Genetics, Heinrich-Heine University, Germany) + Info
» Summary: Regulation of plant stem cell niches - "Plant growth and development strongly depends on the activities of meristems, the plant stem cell niches, which can generate flowers, leaves or new branches. The number, size, position and identity of meristems ultimately determines a plant productivity, i.e. how many seeds a plant can generate or the size of its fruits. The last decades have allowed immense progress in our understanding of basic meristem activities, mostly with lab model plants such as Arabidopsis. Grasses like barley are important crop plants, and we are now starting to employ our knowledge on Arabidopsis stem cell systems to investigate and engineer barley architecture. In addition to this applied aspect, we found that technological innovations such as single cell RNA sequencing and gene editing, together with vast genome datasets allow us now to work with „difficult“ crop plants in a similar manner as we are used from the Arabidopsis model.”
10:00 h | Anfiteatro DB
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30 de Abril
» Winfred Espejo - "From Penguins to the Health of the Planet: An Interdisciplinary View of Biogeochemistry"
Universidad de Concepción (Chile)
12:00 h | IB-S Auditorium
The theme "From Penguins to the Health of the Planet: An Interdisciplinary View of Biogeochemistry" highlights the broad scope of biogeochemistry, an interdisciplinary field that explores the complex interactions between the Earth's biological, geological and chemical processes. Using penguins as a flagship species, this theme highlights how biogeochemical cycles, persistent pollutants influence living organisms, and chemical distribution in the environment. It ranges from the impact of these interactions on specific ecosystems to the global implications on the health of the planet. By integrating principles from diverse disciplines, biogeochemistry offers a holistic perspective for understanding and addressing environmental challenges, promoting sustainable practices and preserving the delicate balance of terrestrial ecosystems.
Short bio
O Professor Winfred Eliezer Espejo Contreras, médico veterinário formado pela Universidade de Concepción, no Chile, é reconhecido pela sua investigação sobre os impactos dos poluentes orgânicos persistentes e inorgânicos (elementos-traço) na fauna selvagem. O seu trabalho centra-se especialmente na saúde dos pinguins de Humboldt, que vivem no litoral chileno, bem como nos pinguins do género Pygoscelis, que residem na península Antártica. Esta abordagem reflete a importância da preservação destas espécies e dos seus habitats, que são dos mais sensíveis e indicativos dos desequilíbrios ambientais causados pela atividade humana. O Professor Winfred é membro ativo da Sociedade de Toxicologia e Química Ambiental (SETAC) e da Sociedade de Toxicologia do Chile, contribuindo significativamente para o avanço da ciência ecotoxicológica a nível global.
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26 de março
» Irene Coin- Genetically encoded chemical tools for studying protein interactions in living cells" (Institute of Biochemistry, Leipzing University, Alemanha)
» Summary: "Modern methods for expansion of the genetic code have made it possible to incorporate artificial moieties into proteins as they are synthesized by the ribosomal machinery directly in the living cell, without the need of any chemical step. We apply genetically encoded non-canonical amino acids (ncAAs) to address general questions about functioning of G protein-coupled receptors (GPCRs) in the natural environment of the live mammalian cell. On one hand, we use photo-and chemical crosslinking amino acids [1] to define the topology of GPCR interactions both with ligands (especially peptide ligands) [2] and intracellular partners [3]. On the other hand, we have engineered enhanced tRNAs that have enabled efficient incorporation of last generation ncAAs for bioorthogonal chemistry into challenging protein targets [4]. In this way, we could achieve quantitative single-residue labeling of sensitive GPCR regions, such as the loops, with small organic fluorescent probes [5] and put the basis for the development of small-size fluorescent sensors for in-cell studies of GPCR dynamics.”
12:00 h |ZOOM
Link: https://videoconfcolibri.zoom.us/j/98190054437?pwd=aFZqbktGYXVNVWJyc04yeUVHeENrQT09
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04 de março
» Andreas Thum- "From structure to function: what we can learn from the connectome of the Drosophila larva" (Departmant of Genetics, Leipzing University, Alemanha)
» Summary: "The Drosophila larva is a relatively simple, 10 000-neuron study case for learning and memory with enticing analytical power, combining genetic tractability, the availability of robust behavioral assays, the opportunity for single-cell transgenic manipulation, and an emerging synaptic connectome of its complete central nervous system. Indeed, although the insect mushroom body is a much-studied memory network, the connectome revealed that more than half of the classes of connection within the mushroom body had escaped attention. Further, it was found that activating individual dopaminergic mushroom body input neurons can have a rewarding or a punishing effect on olfactory stimuli associated with it, depending on the relative timing of this activation, and that larvae form molecularly dissociable short-term, long-term, and amnesia-resistant memories. Together, the larval mushroom body is a suitable study case to achieve a nuanced account of molecular function in a behaviorally meaningful memory network.”
Prof. Andreas Thum did his PhD at the University of Würzburg in the Department of Genetics and Neurobiology of Martin Heisenberg, where he studied the basis of learning and memory in adult Drosophila. In 2006 he moved to Fribourg (Switzerland) to the lab of Reini Stocker to analyze learning and memory in the fly larva. In 2011 he was awarded with an Emmy-Noether group, which allowed him to establish his own lab at the University of Konstanz. Since 2017, he has been a professor at the University of Leipzig, head of the Department of Genetics and, more recently, director of the Institute of Biology. His research group utilizes the Drosophila larva to identify the neuronal, molecular and behavioral basis of learning and memory.
12:00 h |ZOOM
Link: https://bit.ly/DBIOseminars
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20 de fevereiro
» Rüdiger Simon- "Regulation of plant stem cell niches" (Heinrich-Heine University, Alemanha)
» Summary: Plant growth and development strongly depends on the activities of meristems, the plant stem cell niches, which can generate flowers, leaves or new branches. The number, size, position and identity of meristems ultimately determines a plant productivity, i.e. how many seeds a plant can generate or the size of its fruits. The last decades have allowed immense progress in our understanding of basic meristem activities, mostly with lab model plants such as Arabidopsis. Grasses like barley are important crop plants, and we are now starting to employ our knowledge on Arabidopsis stem cell systems to investigate and engineer barley architecture. In addition to this applied aspect, we found that technological innovations such as single cell RNA sequencing and gene editing, together with vast genome datasets allow us now to work with “difficult“ crop plants in a similar manner as we are used from the Arabidopsis model.“
12:00 h |Online
Link: https://videoconf-colibri.zoom.us/j/98190054437?pwd=aFZqbktGYXVNVWJyc04yeUVHeENrQT09
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06 de fevereiro
» Sonia Albillos Arenal- "Understanding recombinations between HXT6 and HXT7 in Saccharomyces wine strains and its influence on sugar transport" (Universidad of Valencia, Espanha)
12:00 h | Anfiteatro do Dep. Biologia
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18 de janeiro
» Ana Hortelão - "Enzime-Driven Nanobots: a journey from achieving nanoscale motion to in vivo translation in cancer therapeutics"
12:00 h | Aiditorium (5th floor) IB-S
DBio Seminars
WEDNESDAYS :: 12h :: Mica auditorium
2018
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12 de dezembro » Francisca Reis (CBMA) - "Stressed cork oak: does company matter?" |
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18 de novembro » Pedro Humberto Castro (CIBIO) - "Molecular mechanisms of the zinc deficiency response in plants and their potential for crop biofortification" |
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14 de novembro » André Costa (CBMA, Universidade do Minho) - “Molecular biology as tool for the creation of antimicrobial biomaterials.” |
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8 de novembro » Pedro Alpuim (INL - International Iberian Nanotechnology Laboratory, Braga, Portugal Center of Physics, University of Minho, Braga, Portugal) - Biosensing with Graphene Devices |
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31 de outubro » Pedro Castro (CBMA, Universidade do Minho) - “PSEUDOCAT?: Towards the optimization of Pseudomonas-based biocatalysts for the valorization of plant volatiles.” |
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17 de outubro » Joana Silva (ICVS) - “Tau (mal) function and brain plasticity and pathology” |
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3 de outubro » Filipe Costa (CBMA) - “Biodiversity investigation and monitoring in the dawn of the 21st century: the age of DNA” |
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9 de maio » José Díaz Varela (Universidade da Coruña) - "Induced resistance to plant pathogens: The force awakens" |
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18 de abril » Ana Margarida Pereira (CBMA) - "Antimicrobial peptides: powerful allies to tackle antimicrobial resistance" |
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11 de abril » Richard Breia (CITAB) - "Elucidation of the role of the newly identified SWEET transporters on plant-pathogen interaction in grapevine" |
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4 de abril » Magnús Kristjánsson (Universidade da Islândia) - “Temperature adaptation of subtilisin-like serine proteinases" |
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21 de março » Sofia Costa (CBMA) - "Organic vs.conventional farming: soil ecology of tomato greenhouses" |
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21 de fevereiro » Olga Coutinho (CITAB) - "A Modern Approach to Study Cellular Bionergetics - The Flux SeaHorse analyser?" |
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7 de fevereiro » Cátia Pereira (CBMA) - "How can a milk protein selectively kill cancer cells?" |
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24 de janeiro » Viviana Martins (CBMA) - "The role of calcium in grape berry quality" |
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10 de janeiro » Filipe Costa (CBMA) - "Biodiversity investigation and monitoring in the dawn of the 21st century: the age of DNA" |
DBio Seminars
WEDNESDAYS :: 12h :: Mica auditorium
2017
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13 de dezembro » João Machado (CBMA) -“Protein interaction in thearchaellum motor complex” |
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6 de dezembro » Nuno Martins (CBMA) - “The struggle in risk assessment: unpredictable challenge of emerging Alien compounds" |
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22 de novembro » Ana Preto (CBMA) - "How yeast and cancer cells join to understand the role of KRAS in autophagy" |
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8 de novembro » Henrique Noronha -“Source-sink relations in grapevine: starch metabolism in woody tissues". |
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25 de outubro » Joana Pereira (CBMA) -“Fungal Infections: an underestimated threat" |
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18 de outubro » Daniela Batista (CBMA) - "Impacts of Silver Nanoparticles in Freshwater Detrital Food-Webs in a Warming Scenario". » Mais sobre o trabalho da Daniela em apenas 1 minuto, na rubrica Homo doutorandus. |
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15 de março » Filipe Costa (CBMA) - "Appraisal and prospects of DNA barcoding marine life of Portugal: from Sanger to high-throughput sequencing." |
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8 de março » João Rocha (CBMA) - “Ecolabels towards reduction of environmental impacts through life-cycle approach. Opportunities to improve EU Ecolabels." |
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1 de março » Filipe Costa (CBMA) - “Appraisal and prospects of DNA barcoding marine life of Portugal: from Sanger to high-throughput sequencing." |
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22 de fevereiro » Márcia Carvalho (UTAD) - “Biodiversity in cowpea – morphological and molecular studies" |
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15 de fevereiro » Pedro Soares (CBMA) - “Archaeogenetics and phylogeography of human populations" |
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8 de fevereiro » Cândida Lucas (CBMA) - “Are microbes truly unicellular organisms?" |
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1 de fevereiro » Manuela Costa (CBFP) - “Molecular mechanisms that control flower development" |
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25 de janeiro » Ronaldo Sousa (CBMA) - "Aquatic conservation in the 21st century using strange surrogate species". |
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18 de janeiro » Rui Oliveira (CITAB) - “Antioxidant and antigenotoxic activities of plant extracts and natural products". |
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11 de janeiro » Célia Pais (CBMA) - “Waste is not trash: how to transform by-products from the fruit and vegetable processing industry into valuable bio-products." |
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4 de janeiro » Pedro Santos (CBMA) - "Mining bacterial evolution, diversity and functions through genome-Quided strategies". |
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