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Title
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Faculty
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TA
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Lab
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Program
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Program
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1.
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The hippocampal cell culture and neuronal polarity (Thu and Fri)
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Alfredo Caceres
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Rodrigues, F. A. R; Marques, M.M.M.; Rodrigues, P.A.
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LOE/UFC
LNC/UFC
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Click here
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Culturing hippocampal neurons
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2.
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Sperm cryopreservation in powdered coconut water
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Salgueiro, (ram); Nunes, (goat); Salmito-Vanderley, (fish); Silva, (dogs); Lavor, (poltry)
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Santos, Bárbara Mara
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NIB/UECE
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Click here
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Local: Núcleo Integrado de Biotecnologia/UECE.
2. Sperm cryopreservation in powdered coconut water
– Ram: Methods of sperm collection. Sperm evaluation. Products and protocols for sperm cryopreservation;
– Goat: Methods of sperm collection. Sperm evaluation. Products and protocols for sperm cryopreservation;
– Fish: Methods of sperm collection. Sperm evaluation. Products and protocols for sperm cryopreservation;
– Dog: Methods of sperm collection. Sperm evaluation. Products and protocols for sperm cryopreservation;
– Poutry: Methods of sperm collection. Sperm evaluation. Products and protocols for sperm cryopreservation.
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3.
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Non-Targeting analyses as a tool to study metabolism
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Cameron, Bassini, Moreira & Waters
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Moreira’s lab
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LAP/UNIFOR
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Click here
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Teorias de analise proteômicas em geral
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4.
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Practical of the molecular biology and Gene expression analysis using microarrays
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Sotelo-Silveira
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Vasconcelos, Fábio R.
Franklin, Maria Lucia T.
Malta, Daniele
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LBH/UECE
UNIFOR
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Click here
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basic aspects of evaluating mRNA diferential expression using microrarrays. The practical activity will be learning how to analyze microarray data (generated by the researcher or available in public databases) and the basic concepts to do RNA-seq (RNA diferential expression studies using deep sequencing).
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5.
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Discussion of the experimental bases to demonstrate macromolecular Cell to Cell transfer (Mon and Tue)
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Sotelo
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Franklin, Maria Lucia T.
Malta, Daniele
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LBH/UECE
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Click here
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Discussion of the experimental bases to demonstrate macromolecular Cell to Cell transfer and molecular
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6.
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Stable isotope applications to measure human metabolic processes/ Mass Spectrometry
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Peter Watt
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Selene Maia de Morais e Ícaro Gusmão Pinto Vieira
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PADETEC/UFC
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Click here
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The course aims identify the interactions of physiological and biochemical factors that induce fatigue. Muscle function will be examined using interventions known to affect or elicit fatigue. The practical course will examine the roles of exercise-elevated metabolites (e.g. ammonia) or environmental interventions (e.g. hypoxia) on fatigue, alone or in combinations to measure the importance of each towards fatigue processes. Experimental protocol to measuring central voluntary and evoked muscle function using a range of techniques including mass spectrometry will be showed.
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