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PowerPoint Toolkit - Cell Biology

		PowerPoint Toolkit - Cell Biology Fully modifiable PowerPoint (PPT) diagrams include a variety of drawings for cell signaling and cell cycle Slide Set: 100 PPT Diagrams Format: PowerPoint (Win & Mac compatible)
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		Features of PowerPoint Toolkit: Ready to Use: Our PPT diagrams are placed in PowerPoint slides already. Using them requires copy/paste only. No installation is needed. Scalable: Diagrams are vector graphics and can be resized to any size without loss of the display resolution. No more blurry images. Transparent: Diagrams fit any background colors. Re-colorable: You are able to freely change filling colors and lines to your favorites. Re-constructible: You are able to assemble and disassemble diagrams to create your own illustrations. To learn more, Download Free PPT Diagrams

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Creating the perfect diagram that allows one to communicate an idea effectively is so important for the scientific process. The collection of images provided by Motifolio makes that important task so much easier. The images themselves are elegant and easy to work with and the collection contains most of what a biomedical scientist would like to include in a drawing.
Dr. Hansen, Univ of Florida, USA
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PowerPoint Toolkit - Cell Biology: 100 Fully Editable PowerPoint Diagrams Try Free Sample

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A simple intracellular signaling pathway	Cell surface receptor	Intracellular receptor
Intracellular signaling - Contact-dependent	Intracellular signaling - Paracrine	Intracellular signaling - Synaptic
Intracellular signaling - Endocrine	Autocrine signaling - a single signaling cell	Autocrine signaling - group signaling cells
Signaling via a gap junction	Cell dependence on multiple extracellular signals - Survive	Cell dependence on multiple extracellular signals - Divide
Cell dependence on multiple extracellular signals - Differentiate	Cell dependence on multiple extracellular signals - Die	Various responses induced by acetylcholine - skeletal muscle cell
Various responses induced by acetylcholine - heart muscle cell	Various responses induced by acetylcholine - salivary gland cell	Nitric oxide in smooth muscle relaxation
Nuclear receptor superfamily - DNA-binding domain	Cell surface receptors - Ion channel linked receptors	Cell surface receptors - G-protein 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
Signaling by phosphorylation	Signaling by GTP-binding protein	Signaling integration
Signaling integration	Intracellular signaling complexes	Intracellular signaling complexes
Inactivation mechanisms - Receptor sequestration	Inactivation mechanisms - Receptor down-regulation	Inactivation mechanisms - Receptor inactivation
Inactivation mechanisms - Inactivation of signaling protein	Inactivation mechanisms - Production of inhibitory protein	G-protein activation
G-protein activation and inactivation	Activation of cAMP dependent protein kinase - PKA	Activation of cAMP and gene transcription
Inositol phospholipid pathway	Mechanisms of maintaining calcium level in the cytoplasm	Activation of CaM-kinase II
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	Normal receptors dimerize in response to ligand binding	Dominant-negative inhibition by mutant receptor
Docking of intracellular signaling proteins	Regulation of Ras activity	Activation of Ras
MAP-kinase phosphorylation pathway activated by Ras	Generation of inositol phospholipid docking sites by PI 3-kinase	PI 3-kinase and Pleckstrin homology domain during B cell activation
Signaling through PI 3-kinase promotes cell survival	Intracellular signaling pathways	Jak-STAT signaling pathway activated by beta-interferon
A model of Smad-dependent signaling pathway activated by TGF-beta	Lateral inhibition mediated by Notch and Delta during nerve cell development in Drosophila	Processing and activation of Notch by proteolytic cleavage
A model for the Wnt activation of the beta-catenin signaling pathway Without Wnt signal	A model for the Wnt activation of the beta-catenin signaling pathway With Wnt signal	A model for Hedgehog signaling in Drosophila Without Hedgehog signal
A model for Hedgehog signaling in Drosophila With Hedgehog signal	Activation of NF-kappaB by TNF-alpha	Voltage-gated channels
Ligand-gated channels	Ion channel actions via G-protein coupled receptors	Enzyme actions via G-protein coupled receptors
Na K pump	Phagocytosis	Pinocytosis
Exocytosis	Proton pump	Proton pump
Proton pump	Proton pump	Catalytic cycle of an enzyme
Catalytic cycle of an enzyme	Catalytic cycle of an enzyme	Cell cycle
Cell cycle	Cell cycle	Cell cycle
Mechanical model for the cell cycle control system	How a growth factor signals the cell cycle control system	Cell cycle checkpoints
Role of p53 in G1 arrest induced by DNA damage	Comparison of Mitosis and Meiosis	Mitosis
Meiosis	Meiosis without gene conversion	Meiosis with gene conversion
Cytokinesis of animal cells	Stem cell proliferation	Replication bubble
DNA hybridization - nonpairing interactions	DNA hybridization - pairing interactions	DNA branch migration - spontaneous
DNA branch migration - protein-directed