Lecture 1 - What is Signaling ?
Lecture 2 - Why do we need signaling ?
Lecture 3 - Types of Cell Signaling
Lecture 4 - Signals: Nature and Composition
Lecture 5 - Consequences of Signaling in context of Signal
Lecture 6 - Types of Receptors and their functioning
Lecture 7 - Modes of regulation on signaling (Receptors, Signals, and Effectors)
Lecture 8 - G-proteins, and Kinase activity regulation in Signaling
Lecture 9 - Phosphorylation-dependent regulation in Signaling
Lecture 10 - Kinase activity assessment, Types of Kinases, and Signaling system of Microbial world
Lecture 11 - Signaling by Two-component System
Lecture 12 - Canonical and Hybrid Two-component system in Bacteria Life style cahnges
Lecture 13 - The two-component system coordinates various microbial responses
Lecture 14 - The two-component system coordinates sporulation and quorum sensing responses
Lecture 15 - The two-component Signaling in plants
Lecture 16 - The Cytokinin Signaling, TCS and plant development
Lecture 17 - The two-component Signaling in Ethylene, photomorphogenic, and diurnal responses
Lecture 18 - Receptor Serine-Threonine Kinase Signaling
Lecture 19 - Different modes of RLK Signaling in plants
Lecture 20 - Receptor-Like Kinase (RLK) Signaling shaping plants
Lecture 21 - Signaling in animal world: Receptor Serine/Threonine kianse pathway
Lecture 22 - Receptor Serine/Threonine kianse pathways and Bone morphogenesis
Lecture 23 - Activin and AMH signaling through receptor Serine/Threonine kianse pathway
Lecture 24 - Receptor Tyrosine Kinases (RTK)
Lecture 25 - Activation of Receptor Tyrosine Kinases and their recognition
Lecture 26 - JAK-STAT pathway and Phosphoinositides-dependent Receptor Tyrosine Kinase Signaling
Lecture 27 - Phosphoinositides-dependent Signaling downstream of RTK activation
Lecture 28 - Contact-mediated bidirectional Receptor Tyrosine Kianse Signaling
Lecture 29 - Contact-mediated Eph-Ephrin Signaling shapes tissue organization
Lecture 30 - Contact-mediated Signaling by Notch-Delta combination
Lecture 31 - Integrin Signaling for cell motility, movement, and growth
Lecture 32 - G-protein coupled receptor (GPCR): the basics and uniqueness
Lecture 33 - G-protein coupled receptor mediated signaling pathways - I
Lecture 34 - G-protein coupled receptor mediated signaling pathways - II
Lecture 35 - G-protein coupled receptor mediated signaling pathways - III
Lecture 36 - Regulation of Signaling at receptor level
Lecture 37 - Signaling by Channel-type receptors
Lecture 38 - Water Channels and nuclear/cytosolic receptors
Lecture 39 - Nuclear receptors with TF activity, and signaling co-receptors
Lecture 40 - A Snapshot and brief summary of the Cell Signaling
