好想有一张干细胞信号通路挂图

懵懂干细胞

好想有一张干细胞信号通路挂图啊

sunsong7

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+ A8 f3 P4 c: x* l: `从这里找一找有没有需要的？# K2 |! {0 k- W$ Y7 p

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Stem Cells
• Cytokine and growth factors brochure
• From Teratomas To Embryonic Stem Cells
• Induced pluripotency
• Hematopoietic and mesenchymal Stem Cell differentiation
• Haematopoietic stem cells, niches and differentiation pathways
• JAK/STAT signaling pathway
• Molecular mechanisms of stem cell identity and fate
• Neurogenesis signaling pathways: Notch; Shh; ß-Catenin
• PhosphoTracer ELISA kits
• Stem Cell lineage and identity
• The Emerging Biology of Cancer Stem Cells6 l& p  B7 w1 `) x9 G3 v- N6 C
  

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http://www.abcam.com/index.html?pageconfig=resource&rid=116524 V% G+ W9 n! K( w
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Pathway Slides & Charts ; V9 i9 A' p. N

The free Pathway Slides are part of Sigma's growing offering in Cell Signaling and Neuroscience. You can download these slides for your personal use or for educational presentations.. i; q2 T- S4 K! l  W4 Q9 L   T/ i: ?0 i5 k- h5 }2 K. LFollowing the link will load an overview of the pathway and its links to Your Favorite Gene powered by Ingenuity. There you can explore dynamic pathways and locate products in the context of your research.; o# K) \0 F) t) J / c4 |' q8 }* V! L6 h ) i- t  t1 v5 h4 i' p8 f Slide Categories:    Apoptosis and Cell Cycle 1 s- L0 f2 P' ?; J$ \   Cytokines, Growth Factors and Hormones ( f' O( |, K$ p2 w4 F   Cytoskeleton and Extracellular Matrix   b8 n/ s0 X; N  h) A- K$ f: Y   Gene Regulation and Expression 6 Y3 c* G) t4 o6 h   G Proteins and Cyclic Nucleotides $ l, ?! c8 l7 E6 m' `1 f   Immune Cell Signaling and Blood1 s  ]* K% h8 B' _6 _1 x- D    Ion Channels ! e  _7 Z( C) ^2 F' j    Lipids in Cell Signaling 4 R/ t% n: {5 V8 K' g) v* ]$ O7 O   Multi-Drug Resistance. r5 N( l0 l' O3 T  D    Neurobiology" `  W, Y& B" @+ U3 j/ A) g    Neurotransmission! u, e. ~0 [/ X$ i9 a3 ~8 @    Nitric Oxide and Cell Stress- y2 I: R$ O! I' n, t    Protein Phosphorylation3 e/ a0 E9 W# Y1 [4 f  R     / e6 w% p4 J3 G& Q- m' v ! s6 t8 C0 {) T( d4 q Slide No. Slide Titles Launch Pathway back to top APOPTOSIS AND CELL CYCLE 1 Programmed Cell Death 2 Activation and Inhibition of Apoptosis 3 Mitochondria in Apoptosis 4 ATM/p53 Signaling Pathway 5 Caspase Cascade 6 Caspase Activation Intrinsic Pathway 7 Granzyme B 8 Fas and Related Proteins with Death Domains 9 Fas Signaling Pathway 10 G1 and S Phases of the Cell Cycle 11 G2 and M Phases of the Cell Cycle 12 Regulatory Cascade of Cyclin Gene Expression 13 The p53 Signaling Pathway back to top CYTOKINES, GROWTH FACTORS AND HORMONES 14 Cytokines, Growth Factors and Hormones 15 Structures of Activin and Inhibin Prototypes and Precursors 16 Structures of Three Chemokine Receptors 17 Angiopoietins and their receptors, Tie1 and Tie2 18 EGF Receptor Signal Transduction Pathway 19 Transmembrane Precursors of EGF Family Members 20 Possible Receptor Combinations and Ligand–binding with EGF and HGF Families 21 Actions of Flt-3/Flk-2 Ligand on B Cell Lymphopoiesis in Bone Marrow 22 + l2 C4 g7 K$ [3 \9 i New Hedgehog and BMI1 ! G  G, r) [# u5 s9 U# } 23 IGF Regulation of Apoptosis 24 IL-13 and IL-4 receptor combinations and binding 25 IL-18 Production and Role in Immune Response 26 Neurotrophins and Their Receptors 27 TrkA Receptor 28 GDNF Family with Receptors 29 PDGF Receptors and Actions 30 Signaling Pathway of TGF-b 31 Bone Morphogenic Protein 32 TNF Signaling Pathway 33 TNF-α and TNF-β (LT) Forms and Receptor Binding 34 Proposed Balance Between TNF Superfamily Members in Relation to Bone Formation or Destruction 35 Structure of Receptors and Growth Factors Involved in Vasculogenesis, Angiogenesis and Lymphomagenesis 36 VEGF Receptor and Ligands 37 Signal Transduction Pathways Involved in Prolactin Regulation 38 Insulin Pathway 39 Glucocorticoid Receptor Signaling back to top CYTOSKELETON AND EXTRACELLULAR MATRIX 40 Vascular Endothelial Cell Interactions and Signaling 41 Integrin Signaling in Cell Survival and Death 42 VEGF Receptor Signaling 43 The MMP/Cytokine Connection 44 Events Leading to Angiogenesis and Metastasis back to top GENE REGULATION AND EXPRESSION 45 Transcription Factor Regulation (CREB, Elk-1 and c-Fos) 46 Hormonal Targeting of Nuclear Complexes to Chromatin 47 The Jak/Stat Signaling Pathway 48 STAT3 Signaling Pathway 49 PPAR Signaling Pathway 50 Formation of Nucleosomes 51 DNA Compaction into Chromosomes 52 Early Response Events to Moderate Double Strand Break (DSB) Levels 53 Cell Cycle Checkpoint and Double Strand Breaks (DSB) 54 Linkage Between DNA Repair and Chromatin Modification 55 Hypothetical Model on the Functions of the WRN, BLM and MRE11 56 mRNP Transport through the Nuclear Pore Complex (NPC) 57 Cargo Import by the Importinα-Importinβ Pathway 58 Modular Structure of Transcription Factors 59 Transcription Activation by Nuclear Receptors 60 Coupled RNA Splicing and Nuclear Export 61 RNA Polyadenylation 62 Mammalian mRNA Polyadenylation Machinery 63 RNA Maturation 64 RNA-guided Epigenetic Control of Gene Expression 65 Phosphorylation-driven Regulatory Switch from Transcription Initiation to Elongation back to top G PROTEINS AND CYCLIC NUCLEOTIDES 66 Cyclic Nucleotide Metabolism - cAMP 67 Cyclic Nucleotide Metabolism - cGMP 7 \, A  @+ O4 _' O7 u) o" ] 68 Diversity of G-Protein-Coupled Receptor Signal Transduction Pathways back to top IMMUNE CELL SIGNALING AND BLOOD 69 T Cell Receptor (TCR) Signaling 70 B Cell Receptor Complexes back to top ION CHANNELS 71 Monovalent Ion Channels 72 Activation and Inactivation of the Sodium Channel 73 Ligand-Gated Ion Channel: Structure and Activation Status 74 Aquaporin Channel Structure 75 Calcium Channel Structure 76 Calcium Channel Pore Region 77 Schematic Representation of the Chloride (CIC) Channel 78 Schematic Representation of the HCN Channel 79 2TM Potassium Channel Structure 80 6TM Potassium Channel Structure 81 Sodium Channel Structure 82 Sodium Channel Pore Region back to top LIPIDS IN CELL SIGNALING 83 PTEN Pathway 84 Lipids in Cell Signaling 85 Inositol Phosphates 86 Phosphatidic Acid Synthesis 87 Signaling by Inositol Phospholipids back to top MULTI-DRUG RESISTANCE 88 Mechanisms In Multi-drug Resistance: ABC-transporters and detoxification enzymes I hepatocytes 89 ABC-ATPases as Regulatory Transporters for NHRs: chemical sensors for endogenous metabolites and xenobiotics 90 Domain Organization of Bile Salt Transporter (BSEP) 91 Domain Organization of Multi-drug Related Protein (MRP1) back to top NEUROBIOLOGY 92 b-Amyloid Plaques 93 ) t! T  i8 E9 M/ s New Notch-γ-Secretase back to top NEUROTRANSMISSION 94 Second Messenger Systems Involved in Reward and Addiction 95 Limbic Reward Circuit 96 Major Noradrenergic, Dopaminergic and Serotonergic Pathways in the CNS 97 Intracellular Signaling Pathways Activated by Endothelins 98 NPY Inhibition of Catecholamine Release 99 Ascending Pain Pathway 100 Modulation of Pain Transmission 101 Mechanism of Action of Selective Monoaminergic Reuptake Inhibitors. Figure A 102 Mechanism of Action of Selective Monoaminergic Reuptake Inhibitors. Figure B 103 Drug Activation of Dopaminergic Neurons 104 Schematic Representation of the GABAB Receptor back to top NITRIC OXIDE AND CELL STRESS 105 Oxidative Stress 106 Neuronal Nitric Oxide Synthase (nNOS) 107 Endothelial Nitric Oxide Synthase (eNOS) 108 Inducible Nitric Oxide Synthase (iNOS) 109 Nitric Oxide Metabolism 110 Proteasome/Ubiquitination 111 Formation of Activated 20S Proteasome 112 Ubiquitin-Proteasome Pathway back to top PROTEIN PHOSPHORYLATION 113 Mitogen-activated Protein Kinase Cascades ( h8 z4 i. }* }/ W7 ?7 r" B 114 Akt Signaling 8 m' U5 |- [. _3 u) b0 F( e, m 115 Signaling Pathways Activated by VEGF ! G9 g6 Q* G( f, l+ P& I; i http://www.sigmaaldrich.com/life-science/cell-biology/learning-center/pathway-slides-and.html

jjjk127

学习

懵懂干细胞

回复 sunsong7 的帖子5 l. ^7 @) d- V

' k, M. ]& |4 h谢谢老狼，我估计得 要看一阵子了

song58

回复 sunsong7 的帖子. h9 J  M  X- O. k" X. h

" P7 f# ]: c: W+ \8 B8 I2 Z, K$ ^! U真NB！
1 o6 T2 \: v4 k1 V  i0 v学习了，感谢分享！% Y) i) ]5 c$ Y( i
我很好奇，你是怎么整的这些资料，并且还能发链接

亨弗莱

好东西，谢谢楼主了

linzi214

十分感谢