|
Course Name
|
Instructor(s)
|
Degree
|
Semester
|
Department
|
Keywords
|
Language
|
CFU
|
Table TitleLink
|
|---|---|---|---|---|---|---|---|---|
|
Systems Biology
|
Luca Schenato (DEI), Massimo Bellato (DMM)
|
MS in Control Systems Enginering (DEI), MS in Bioingegneria (DEI)
|
I
|
DEI
|
Central dogma, genetic circuits, modeling, ODE, reaction rate equations, chemical master equation, positive& negative feedback, stability, multistability, oscillations
|
English
|
6
|
|
|
Mathematical Cell Biology
|
Morten Gram Pedersen (DEI)
|
MS in Bioingegneria (DEI); MS in Control Systems Enginering (DEI); MS in Data Science (DM)
|
|
|
DEI
|
Electrical activity in neurons and endocrine cells, calcium dynamics, cell-to-cell communication, synapses, Hodgkin-Huxley model, Morris-Lecar model, Chay-Keizer model, bursting electrical activity, stochastic ion channels, dynamical systems, bifurcations, oscillations, slow-fast systems, spatiotemporal dynamics
|
English
|
6
|
|
|
Introduction to the Finite Element Method
|
Angelo Simone (DII)
|
MS in Materials Engineering (DII)
|
|
|
DII
|
Numerical modeling of PDE, solid mechanics, stresses and strain in solids, diffusion, quasi-static modeling, python
|
English
|
6
|
|
|
Biotecnologie Microbiche Alimentari Applicate
|
Lorenzo Favaro (DAFNAE)
|
MS in Biotechnologies for Food Science (curriculum Biotecnologie per l'alimentazione)
|
I
|
BCA
|
Food microorganisms; microbial fermentation of food; selection, isolation and molecular characterization of microbes; bacterial enzymes; conversion of food residues in high-value products
|
Italiano
|
8
|
|
|
Advanced technologies for the agrifood sector (nanotechnologies, proteomics, metabolomics)
|
Fabio Vianello (BCA)
|
MS in Biotechnologies for Food Science (curriculum Biotechnologies for food sciences)
|
|
|
BCA
|
Organic and inorganic nanomaterilas and nanotechnologies in food sciences; proteomics and metabolomics: from the sample preparation to data analysis
|
English
|
8
|
|
|
Biological Physics
|
Fulvio Baldovin (DFA)
|
MS in Physics
|
II
|
DFA
|
Brownian motion, diffusion, dissipation; cellular structure; physics at low Reynolds numbers; entropy, temperature and free energy; entropic forces; polymers and molecular machines; nerve impulses
|
English
|
6
|
|
|
Biophotonics
|
Fabio Mammano (DFA)
|
MS in Physics
|
I
|
DFA
|
Optical system; image formation; transmitted light microscopy; phase contrast; fluorescence microscopy; confocal microscopy; stimulated emission depletion (STED) nanoscopy and super-resolution; intravital microscopy; biosensors; optochemogenetics
|
English
|
6
|
|
|
ContentBiological datasets for computational physics
|
Monika Fuxreiter (DSB)
|
MS in Physics of Data
|
||
|
DFA
|
Computational biophysics; conformational dynamics of proteins; machine learning force-field; protein interactions; protein folding; AI structure predictions; interaction networks; sequence-based prediction methods
|
English
|
6
|
|
|
Scienza, Tecnologia, Media e Società
|
Stefano Crabu (FISPPA)
|
BA in Comunication
|
|||
|
FISPPA
|
Public uderstanding of science; public communication of science; public engagement; open innovation; Responsible and Research Innovation
|
Italian
|
9
|
|
|
Biorganic Chemistry - Chimica Bioorganica
|
Marta De Zotti e Alessandro Moretto (DiSC)
|
BA in Chemistry and Industrial Chemistry
|
||
|
DiSC
|
Biomolecules; peptides; enzymes; biomolecules as drugs; 3D-structure of peptides and proteins
|
Italian
|
6
|
|
|
Elements of Synthetic Biology
|
Massimo Bellato (DMM)
|
PhD course
|
June (3 weeks)
|
DEI
|
Rational design, genetic circuits, motifs, wetlab hands-on, cloning
|
English
|
4 (20h)
|
|
|
Syntehtic Biology
|
Massimo Bellato (DMM), Gabriele Sales (DiBio), Giula Pasqual (DiSCOG), Alessandro Alboresi (DiBio), Livio Trainotti (DiBio)
|
LT in Biotechnology
|
||
|
DiBio
|
Rational design, python, plant synthetic biology, synthetic immunology
|
English
|
6
|
|
|
Materiali Bioattivi e Biomimetici
|
Annj Zamuner (ICEA), Monica Dettin (DII)
|
MS in Bioingegneria (DEI)
|
|
|
DEI
|
Definitions of biomimetic material, bioactive material and bioresponsive material. Peptide mimicry and peptidomimetics. Enzymatic degradation of bioactive factors. Extracellular matrix mimetic peptides, aptamers, peptide nucleic acids. Non-specific and specific anchorage of bioactive molecules to implant surfaces. Microbial biofilms and quorum sensing.
|
Italian
|
9
|
|
|
Physical Chemistry of Materials
|
Vincenzo Amendola (DiSC)
|
MS in Materials Science (DiSC)
|
|
|
DiSC
|
Intermolecular Interactions, Colloids, Interactions among macroscopic bodies, Self-Assembly, Molecular Recognition, Self-healing in bio and non-biomaterials
|
English
|
6
|
|
|
Reattori Biochimici
|
Eleonora Sforza (DII)
|
MS in Biotecnologie Industriali
|
|
|
DIBIO
|
Bioreactors, bio-based processes, mass transfer, biological kinetics, mass and energy balances
|
Italian
|
6
|
|
|
Paola Venier (DIBIO), Eleonora Sforza (DII)
|
Paola Venier (DIBIO), Eleonora Sforza (DII)
|
MS in Biotecnologie Industriali
|
|
|
DIBIO
|
Bioremediation processes, microbiology of bioremediation, site characterization,technologies for bioremediation
|
English
|
6
|
|
|
Bioinformatics
|
MS in Computer Science and MS in Data Science
|
MS in Computer Science and MS in Data Science
|
|
|
DM
|
Genome assembly and annotation, genome variation, RNA-seq analysis, genome-scale metabolic modelling
|
English
|
6
|
https://didattica.unipd.it/off/2024/LM/SC/SC2598/000ZZ/SCP7079405/N0
|
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