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Molecular and Cellular Physiology
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الصفحة الرئيسية
المقررات الدراسية
Lauree triennali, magistrali, a ciclo unico
Scienze matematiche, fisiche e naturali
Biologia
Lauree Magistrali
Genetica e Biologia Molecolare nella Ricerca di Base e Biomedica
Esami Opzionali
MCP
Program AY 25/26
MCP Course program AA25-26
فتح فهرس المقرر
فتح دُرج الكتلة
MCP Course program AA25-26
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MCP Course program AA25-26.pdf
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Timetable AY 2025-26
Programma corso -Outline
ALL EYES ON FREEDOM FLOTTILLA
October 15 lesson
Annunci
Lecture 1 - Introduction
What is physiology
7 Cell membrane
Sito Cognito
MCP Lect1a recap Tissues
MCP Lect2 - Homeostasis
MCP2526 Lect 2 - Homeostasis Exercice - elearning
2 Selective permeability of the cell membrane
4 Osmosis
membrane permeability
GCSE Biology - How We Control Our Body Temperature
GCSE Biology - Control of Blood Glucose Concentration
GCSE Biology - Homeostasis
MCP2526 Lect 3 - Membrane transports
MCP2526 Lect 4 - Voltage Gated Ion Channels
MCP2526 Lect 5 - Biolectrical phenomena
Action potentials in myocytes
Action potential 2
The Patch Clamp Method
Hyperkalemia
resting potential
GCSE Biology - What is Osmosis
What is Diffusion
GCSE Biology - Active Transport
MCPLect4 - SPWQA#1
MCP2526 Lect 6 - Ligand Gated ion channels
Cholinergic receptors
Tobacco dependence - ATF
Glutamatergic Synapse Pathway Creative Diagnostics
Glutamate neurotransmitter and its pathway
AMPA and NMDA Receptors
AMPA receptors Properties of AMPA receptors What is the difference between AMPA
NMDA receptors How do NMDA receptors work
MCP2526 Lect 7 - Metabotropic Receptors
G protein coupled receptor signaling GPCR signaling Types of G alpha subunit G alpha s, q and i
Metabotropic receptors How do metabotropic receptors work Examples of metabotropic receptors
Dopamine Dopaminergic pathways in brain Dopamine deficiency Parkinson s disease
MCP2526 Lect 8 - Chloride Homeostasis
Epilepsy
Barbiturates
MCP2526 Lect 6 - Ligand Gated ion channels Exercices - elearning
Lect Channelopathies
Cardiac action potential
cystic fibrosis
ECG
Long QT syndrome
Excitability and refractory periods
3 Cell-cell junctions
Action potentials in pacemaker cells
Sliding filament model of muscle contraction
Epilepsy
Fragile X Syndrome
MCPLect10b - SPWQA#2
MCP2526 Lect 10 - Synaptic transmission
3 Cell-cell junctions
9 Endocytosis and exocytosis
5 Cell signaling pathways
synapses
MCP2526 Lect 11 - Organoids
Lect Gliaa - Glial cells - history
Lect Gliab - Glial cells Astrocytes
Lect Gliac- Glial cells - oligodendrocytes radial glia NG2
Multiple sclerosis
Lect Gliad - Glial cells Microglia
More glia
A.Araque Seminar - Astrocytes
LessonBBB-BCSFB 070521
tasks
Lecture 1 - Introduction ◄