Course: Molecular and Cellular Physiology

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General

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  NOI CI SIAMO
  
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- Select activity Timetable AY 2025-26
  
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  Dear Students,
  
  the course will start on Wednesday, October 1 st 2025
  
  The timetable is
  
  Monday 4-6 pm
  
  Wednesday 4-6 pm
  
  Aula B (Tecce) CU026
  
  Lectures will be in person only.
  
  Please take note that the profit assessment will be done in different modes for attending and non-attending students:
  
  Attending students can participate in projects during the course that will contribute to the final assessment.
  
  For nonattending students, the exam is on the entire program with a written and oral assessment.•
- Select activity Programma corso -Outline
  
  Programma corso -Outline Lesson
  
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  Cellular and Molecular Physiology.
  Introduction: homeostatic control, positive and negative feedback
  Cellular and molecular bases of intercellular communication- synaptic paracrine and hormonal
  Synaptic transmission – molecular determinants of electrical and chemical neurotransmission
  Physiological and pathological alterations of ionic equilibrium, ionic channels and receptors
  - Short and long term synaptic plasticity of glutamatergic receptors
  - Channelopathies of cardiac muscle (long QT syndrome), skeletal muscle (myasthenia), epileptic and ALS associated channelopathies
  - Neuronal chloride homeostasis: membrane transporters and their regulation during development and epilepsy – depolarizing GABA
  Molecular determinants of sensory perception: signal transduction pathways in chemical senses, vision and hearing
  Neuron-glia interaction in CNS functions:
  - Astrocytic functions
  - Tripartite synapse
  - Migroglial functions
  - Microglial involvement in synaptic remodelling
  - Chemokines as signals of neuron-glial communication
  - Neuroprotection and neurotoxicity of glial cells
  - Microbiota gut brain axis
  Neuro-hormonal communication in the regulation of: sleep-wake rhythms, salt water balance, blood glucose control, growth and metabolism.
- Select activity Area di testo e media
  
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- Select activity ALL EYES ON FREEDOM FLOTTILLA
  
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- Select activity October 15 lesson
  
  October 15 lesson Forum
  
  Dear Students
  
  The Tecce Room is free for our lesson
  
  see you there at 4 pm
  
  best
  
  SDA
- Select activity Annunci
  
  Annunci Forum
Select section Program AY 25/26

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Program AY 25/26
- Select activity MCP Course program AA25-26
  
  MCP Course program AA25-26 File
Select section CIVIS BIP course

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CIVIS BIP course

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Select section Introduction Lect1 October 1st, 2025

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Introduction Lect1 October 1st, 2025
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- Select activity What is physiology
  
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- Select activity 7 Cell membrane
  
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- Select activity Sito Cognito
  
  Sito Cognito URL
  
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  Free site - you can create your profile, watch videos and practice
- Select activity MCP Lect1a recap Tissues
  
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Select section Homeostasis Lect 2 October 6th, 2025

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Homeostasis Lect 2 October 6th, 2025
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- Select activity MCP2526 Lect 2 - Homeostasis Exercice - elearning
  
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- Select activity 2 Selective permeability of the cell membrane
  
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- Select activity 4 Osmosis
  
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- Select activity membrane permeability
  
  membrane permeability File
  
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- Select activity GCSE Biology - How We Control Our Body Temperature
  
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- Select activity GCSE Biology - Control of Blood Glucose Concentration
  
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- Select activity GCSE Biology - Homeostasis
  
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Select section Bioelectrical phenomena of the cell Lect 3 - 4 -5 October 8, 13, 15 2025

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Bioelectrical phenomena of the cell Lect 3 - 4 -5 October 8, 13, 15 2025
- Select activity MCP2526 Lect 3 - Membrane transports
  
  MCP2526 Lect 3 - Membrane transports File
- Select activity MCP2526 Lect 4 - Voltage Gated Ion Channels
  
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- Select activity MCP2526 Lect 5 - Biolectrical phenomena
  
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- Select activity Action potentials in myocytes
  
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- Select activity Action potential 2
  
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- Select activity The Patch Clamp Method
  
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- Select activity Hyperkalemia
  
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- Select activity resting potential
  
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- Select activity GCSE Biology - What is Osmosis
  
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- Select activity What is Diffusion
  
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- Select activity GCSE Biology - Active Transport
  
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Select section Lect5 SPW#1 October 15th, 2025

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Lect5 SPW#1 October 15th, 2025
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Select section Ionotropic and Metebotropic Receptors in Health and Disease - Lect 6-7 October 27, 29 2025

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Ionotropic and Metebotropic Receptors in Health and Disease - Lect 6-7 October 27, 29 2025
- Select activity MCP2526 Lect 6 - Ligand Gated ion channels
  
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- Select activity Cholinergic receptors
  
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- Select activity Tobacco dependence - ATF
  
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- Select activity Glutamatergic Synapse Pathway Creative Diagnostics
  
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- Select activity Glutamate neurotransmitter and its pathway
  
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- Select activity AMPA and NMDA Receptors
  
  AMPA and NMDA Receptors File
  
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- Select activity AMPA receptors Properties of AMPA receptors What is the difference between AMPA
  
  AMPA receptors Properties of AMPA receptors What is the difference between AMPA File
- Select activity NMDA receptors How do NMDA receptors work
  
  NMDA receptors How do NMDA receptors work File
- Select activity MCP2526 Lect 7 - Metabotropic Receptors
  
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- Select activity G protein coupled receptor signaling GPCR signaling Types of G alpha subunit G alpha s, q and i
  
  G protein coupled receptor signaling GPCR signaling Types of G alpha subunit G alpha s, q and i File
- Select activity Metabotropic receptors How do metabotropic receptors work Examples of metabotropic receptors
  
  Metabotropic receptors How do metabotropic receptors work Examples of metabotropic receptors File
- Select activity Dopamine Dopaminergic pathways in brain Dopamine deficiency Parkinson s disease
  
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- Select activity MCP2526 Lect 8 - Chloride Homeostasis
  
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- Select activity Epilepsy
  
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- Select activity Barbiturates
  
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Select section Channelopathies - Lect 11 12 November 18th, 20th 2024

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Channelopathies - Lect 11 12 November 18th, 20th 2024

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Select section Synaptic Transmission Lect 8, 9 November 6th, 11th 2024

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Synaptic Transmission Lect 8, 9 November 6th, 11th 2024

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Select section Lect10 SPW#2 November 13th, 2024

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Lect10 SPW#2 November 13th, 2024

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Select section Glial cells - Lect 13 -15 November 25th December 13th, 2nd, 2024

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Glial cells - Lect 13 -15 November 25th December 13th, 2nd, 2024

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Select section Brain Organoids - Lect 16 Dec 9th 2024

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Brain Organoids - Lect 16 Dec 9th 2024

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Select section SPW Q&A - Lect 17 Dec 11th 2024

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SPW Q&A - Lect 17 Dec 11th 2024

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Select section Microglia cytoskeleton rearrangement in homeostatic and activated states, Lect 18 December 16th 2024 , Dr Caterina Sanchini

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Microglia cytoskeleton rearrangement in homeostatic and activated states, Lect 18 December 16th 2024 , Dr Caterina Sanchini

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Select section SPW Presentations Lect 19 Decembre 18th 2024

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SPW Presentations Lect 19 Decembre 18th 2024

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Select section Studying Neurodevelopmental Disorders Through The Lens of SYNGAP1, Lect 20, january 8th 2025

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Studying Neurodevelopmental Disorders Through The Lens of SYNGAP1, Lect 20, january 8th 2025

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Select section Neuroprotective and neurotoxic Glia, Lect 21-24 january16th, 20th, 22th 2025

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Neuroprotective and neurotoxic Glia, Lect 21-24 january16th, 20th, 22th 2025

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Select section Synaptic Plasticity - Lect 12-14 Decembre 4th, 11th 2023

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Synaptic Plasticity - Lect 12-14 Decembre 4th, 11th 2023

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Select section Lect13 SPW#3 December 6th, 2023

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Lect13 SPW#3 December 6th, 2023

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Select section Lect17 SPW#4 May 10, 2023

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Lect17 SPW#4 May 10, 2023

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Select section Gut Brain Axis - Lect 19 - Jan 15th, 2024

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Gut Brain Axis - Lect 19 - Jan 15th, 2024

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Select section SPW presentations Lect 22-23 May 29, 31 ; Final class Lect 24 June 5, 2023

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SPW presentations Lect 22-23 May 29, 31 ; Final class Lect 24 June 5, 2023

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Select section Sensory systems

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Sensory systems

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Select section Sensory systems 3

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Sensory systems 3

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Select section Bibliography

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Bibliography

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Select section Topic 29

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Topic 29

Molecular and Cellular Physiology

Section outline

NOI CI SIAMO

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