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1 Alkylphospholipids inhibit capillary-like endothelial tube formation in vitro: Antiangiogenic properties of a new class of antitumor agents
article 2008    
Author: Zerp, S.F. · Vink, S.R. · Ruiter, G.A. · Koolwijk, P. · Peters, E. · Luit, A.H. van der · Jong, D.de · Budde, M. · Bartelink, H. · Blitterswijk, W.J. van · Verheij, M.
Keywords: Health · Alkylphospholipids · Angiogenesis · Apoptosis · Endothelial cells · In Vitro · angiogenesis inhibitor · antineoplastic agent · collagen · edelfosine · fibrin · miltefosine · perifosine · phospholipid derivative · angiogenesis · antiangiogenic activity · antineoplastic activity · aorta · apoptosis · statistical significance · umbilical vein · vascular endothelium · Alkylation · Angiogenesis Inhibitors · Animals · Antineoplastic Agents · Apoptosis · Capillaries · Cattle · Cell Line, Tumor · Cells, Cultured · Dose-Response Relationship, Drug · Endothelial Cells · Endothelium, Vascular · Humans · Indicators and Reagents · Phosphodiesterase Inhibitors · Phospholipid Ethers · Phospholipids · Phosphorylcholine · Healthy for Life · Healthy Living
[Abstract]

2 Pericellular proteases in angiogenesis and vasculogenesis
article 2006    
Author: Hinsbergh, V.W.M. van · Engelse, M.A. · Quax, P.H.A.
Keywords: Biology · Biomedical Research · Cathepsins · Endothelium · MT-MMPs · Neovascularization · Aminopeptidase · Angiogenic factor · Cathepsin L · Cytokine · Gelatinase A · Gelatinase B · Hemostatic agent · Hermes antigen · Matrix metalloproteinase 14 · Matrix metalloproteinase inhibitor · Pericellular proteinase · Proteinase · Serine proteinase · Unclassified drug · Urokinase · Vitronectin receptor · Accessory cell · Angiogenesis · Antiangiogenic activity · Antigen binding · Blood cell · Bone marrow cell · Cell membrane · Cell migration · Cell survival · Endothelium cell · Enzyme activity · Enzyme localization · Enzyme substrate complex · Extracellular matrix · Focal adhesion · Lamellipodium · Nonhuman · Protein degradation · Receptor binding · Vascular endothelium · ADAM Proteins · Aminopeptidases · Animals · Bone Marrow Cells · Cathepsins · Cell Differentiation · Cell Movement · Extracellular Matrix · Extracellular Matrix Proteins · Humans · Matrix Metalloproteinases · Mice · Neovascularization, Pathologic · Neovascularization, Physiologic · Peptide Hydrolases · Pericytes · Serine Endopeptidases · Tissue Inhibitor of Metalloproteinases
[Abstract]

3 Modulating angiogenesis: The yin and the yang in ginseng
article 2004    
Author: Sengupta, S. · Toh, S.A. · Sellers, L.A. · Skepper, J.N. · Koolwijk, P. · Leung, H.W. · Yeung, H.W. · Wong, R.N.S. · Sasisekharan, R. · Fan, T.P.D.
Keywords: Biology · Biomedical Research · Angiogenesis · Nitric oxide · ginseng extract · ginseng polysaccharide · herbaceous agent · nitric oxide synthase · Panax notoginseng extract · panax quinquefolium extract · phosphatidylinositol 3 kinase · polymer · protein kinase B · sterol derivative · animal experiment · animal model · antiangiogenic activity · cell invasion · cell proliferation · chemical analysis · chemical composition · controlled study · drug effect · drug identification · drug isolation · drug mechanism · drug screening · drug structure · endothelium cell · herbal medicine · human cell · human tissue · in vitro study · in vivo study · law · mass spectrometry · neovascularization (pathology) · nonhuman · phenotype · protein expression · regulatory mechanism · species differentiation · standardization · wound healing · 1-Phosphatidylinositol 3-Kinase · Americas · Angiogenesis Inducing Agents · Angiogenesis Inhibitors · Animals · Cells, Cultured · China · Drug Implants · Endothelial Cells · Endothelium, Vascular · Enzyme Inhibitors · Ginsenosides · Humans · Korea · Male · Mice · Mice, Inbred C57BL · Molecular Structure · Neovascularization, Pathologic · NG-Nitroarginine Methyl Ester · Panax · Phytotherapy · Signal Transduction · Species Specificity · Spectrometry, Mass, Electrospray Ionization · Surgical Sponges · Umbilical Veins
[Abstract]

4 Activation of nuclear receptor Nur77 by 6-mercaptopurine protects against neointima formation
article 2007    
Author: Pires, N.M.M. · Pols, T.W.H. · Vries, M.R. de · Tiel, C.M.van · Bonta, P.I. · Vos, M. · Arkenbout, E.K. · Pannekoek, H. · Jukema, J.W. · Quax, P.H.A. · Vries, C.J.M. de
Keywords: Biology · Biomedical Research · Muscle, smooth · Receptors, cytoplasmic and nuclear · Restenosis · Stents · Transcription factors · cyclin dependent kinase inhibitor 1B · cycline · mercaptopurine · messenger RNA · nuclear receptor Nur77 · polycaprolactone · small interfering RNA · staurosporine · thymidine · tritium · animal experiment · animal model · animal tissue · antiangiogenic activity · antigen expression · apoptosis · artery intima proliferation · article · blood vessel injury · blood vessel wall · cell culture · cell cycle arrest · cell proliferation · controlled study · DNA synthesis · drug delivery system · drug dose comparison · drug effect · elution · experimental model · femoral artery · gene overexpression · human · human cell · hypothesis · in-stent restenosis · inflammation · intima · local therapy · male · mouse · nonhuman · observation · priority journal · protein expression · receptor down regulation · receptor upregulation · smooth muscle fiber · sustained drug release · transgenic mouse · vascular smooth muscle · wild type · 6-Mercaptopurine · Animals · Antimetabolites, Antineoplastic · Apoptosis · Cell Division · Cells, Cultured · Coronary Restenosis · Disease Models, Animal · DNA-Binding Proteins · Drug Implants · Femoral Artery · Humans · Male · Mice · Mice, Inbred Strains · Mice, Transgenic · Muscle, Smooth, Vascular · Receptors, Cytoplasmic and Nuclear · Receptors, Steroid · RNA, Messenger · RNA, Small Interfering · Transcription Factors · Tunica Intima · Umbilical Arteries
[PDF] [Abstract]

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