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PowerPoint Toolkit - Cell Biology

Cell Biology PowerPoint Toolkit   PowerPoint Toolkit - Cell Biology

Ready-to-use and Easy to Edit PowerPoint Diagrams

Slide Set: 100 Slides
Format: PowerPoint (Win & Mac compatible)
 
Price:  $79
Digital Download

Fully modifiable PowerPoint (PPT) diagrams include a variety of drawings for cell signaling and cell cycle

All diagrams are already inserted into PowerPoint slides. Download our slides and copy diagrams directly into your presentations. You can freely re-color, re-size, and re-construct them to create your own illustrations.

To learn more, Download Sample Diagrams  
  Biomedical PowerPoint Toolkit Suite

View the Bundle and Save 66%

What our customers say:
The Motifolio images are incredibly versatile and flexible, allowing faculty to create unique images...
Dr. Flint, Jr., USA    > read more


PowerPoint Toolkit - Cell Biology: Content Overview: 100 Slides

  Page:   1   2   >>View all    
A simple intracellular signaling pathway
A simple intracellular signaling pathway
Cell surface receptor
Cell surface receptor
Intracellular receptor
Intracellular receptor
Intracellular signaling - Contact-dependent
Intracellular signaling - Contact-dependent
Intracellular signaling - Paracrine
Intracellular signaling - Paracrine
Intracellular signaling - Synaptic
Intracellular signaling - Synaptic
Intracellular signaling - Endocrine
Intracellular signaling - Endocrine
Autocrine signaling - a single signaling cell
Autocrine signaling - a single signaling cell
Autocrine signaling - group signaling cells
Autocrine signaling - group signaling cells
Signaling via a gap junction
Signaling via a gap junction
Cell dependence on multiple extracellular signals - Survive
Cell dependence on multiple extracellular signals - Survive
Cell dependence on multiple extracellular signals - Divide
Cell dependence on multiple extracellular signals - Divide
Cell dependence on multiple extracellular signals - Differentiate
Cell dependence on multiple extracellular signals - Differentiate
Cell dependence on multiple extracellular signals - Die
Cell dependence on multiple extracellular signals - Die
Various responses induced by acetylcholine - skeletal muscle cell
Various responses induced by acetylcholine - skeletal muscle cell
Various responses induced by acetylcholine - heart muscle cell
Various responses induced by acetylcholine - heart muscle cell
Various responses induced by acetylcholine - salivary gland cell
Various responses induced by acetylcholine - salivary gland cell
Nitric oxide in smooth muscle relaxation
Nitric oxide in smooth muscle relaxation
Nuclear receptor superfamily - DNA-binding domain
Nuclear receptor superfamily - DNA-binding domain
Cell surface receptors - Ion channel linked receptors
Cell surface receptors - Ion channel linked receptors
Cell surface receptors - G-protein linked receptors
Cell surface receptors - G-protein linked receptors
Cell surface receptors - Enzyme linked receptors
Cell surface receptors - Enzyme linked receptors
Cell surface receptors - Enzyme linked receptors
Cell surface receptors - Enzyme linked receptors
A signaling pathway from a cell surface receptor to the nucleus
A signaling pathway from a cell surface receptor to the nucleus
Signaling by phosphorylation
Signaling by phosphorylation
Signaling by GTP-binding protein
Signaling by GTP-binding protein
Signaling integration
Signaling integration
Signaling integration
Signaling integration
Intracellular signaling complexes
Intracellular signaling complexes
Intracellular signaling complexes
Intracellular signaling complexes
Inactivation mechanisms - Receptor sequestration
Inactivation mechanisms - Receptor sequestration
Inactivation mechanisms - Receptor down-regulation
Inactivation mechanisms - Receptor down-regulation
Inactivation mechanisms - Receptor inactivation
Inactivation mechanisms - Receptor inactivation
Inactivation mechanisms - Inactivation of signaling protein
Inactivation mechanisms - Inactivation of signaling protein
Inactivation mechanisms - Production of inhibitory protein
Inactivation mechanisms - Production of inhibitory protein
G-protein activation
G-protein activation
G-protein activation and inactivation
G-protein activation and inactivation
Activation of cAMP dependent protein kinase - PKA
Activation of cAMP dependent protein kinase - PKA
Activation of cAMP and gene transcription
Activation of cAMP and gene transcription
Inositol phospholipid pathway
Inositol phospholipid pathway
Mechanisms of maintaining calcium level in the cytoplasm
Mechanisms of maintaining calcium level in the cytoplasm
Activation of CaM-kinase II
Activation of CaM-kinase II
Role of G-protein-linked receptor kinase
Role of G-protein-linked receptor kinase
Signaling proteins cross-link receptor chains
Signaling proteins cross-link receptor chains
Signaling proteins cross-link receptor chains
Signaling proteins cross-link receptor chains
Signaling proteins cross-link receptor chains
Signaling proteins cross-link receptor chains
Normal receptors dimerize in response to ligand binding
Normal receptors dimerize in response to ligand binding
Dominant-negative inhibition by mutant receptor
Dominant-negative inhibition by mutant receptor
Docking of intracellular signaling proteins
Docking of intracellular signaling proteins
Regulation of Ras activity
Regulation of Ras activity
Activation of Ras
Activation of Ras
  Page:   1   2   >>View all    


Cell Biology PowerPoint Toolkit   PowerPoint Toolkit - Cell Biology

Ready-to-use and Easy to Edit PowerPoint Diagrams

Slide Set: 100 Slides
Format: PowerPoint (Win & Mac compatible)
 
Price:  $79
Digital Download

Fully modifiable PowerPoint (PPT) diagrams include a variety of drawings for cell signaling and cell cycle

All diagrams are already inserted into PowerPoint slides. Download our slides and copy diagrams directly into your presentations. You can freely re-color, re-size, and re-construct them to create your own illustrations.

To learn more, Download Sample Diagrams  
  Biomedical PowerPoint Toolkit Suite

View the Bundle and Save 66%

What our customers say:
The Motifolio images are incredibly versatile and flexible, allowing faculty to create unique images...
Dr. Flint, Jr., USA    > read more