ANGIOGENESIS / VASCULAR DIFFERENTIATION
— Anti-angiogenic therapy	L16, L242, L29, O216, P135, P138, P139, P282
— Collaterals / Arteriogenesis	O2, O68, P136, P157, P184, P190, P280, P302, P307
— Lymphangiogenesis	K201, P309
— Therapeutic angiogenesis / therapeutic arteriogenesis	O21, O46, O69, P103, P121, P252, P306, P341, P87, P88, P91
— Tumor vascularisation	L238, O48, P125, P126, P127, P128, P275
— Vasculogenesis	L20, L235, L55, L58, L59, O18, O211, O24, O4, O45, O50, P129, P130, P131, P132, P133, P134, P173, P178, P262, P305, P310, P312, P343, P80, P82
ARTIFICIAL BLOOD VESSELS AND TISSUE ENGINEERING
— Endothelial seeding	P78
— Vascular and myocardial tissue engineering	L19, L20, O21
ATHEROSCLEROSIS AND RESTENOSIS
— Animal models	L47, O236, P290, P320
— Brachytherapy for restenosis	P350
— Cell biology of atherosclerostic lesions	L15, L234, O213, O243, O39, O5, O72, P151, P154, P155, P156, P158, P245, P288, P289, P321, P322, P325
— Cell biology of restenosis	L56, P268
— Gene therapy of restenosis	O63, P336
— Imaging of cell-cell interactions in vivo	L23
— Initiation and progression of lesions	L52, O231, O233, O25, O33, O36, O64, P101, P119, P153, P159, P160, P197, P250, P263, P292, P318, P323, P324, P344, P345, P346
— Molecular plaque imaging - experimental	L221, L222, L23, O223
— Molecular plaque imaging - clinical	L221, O230
— Pharmacological approaches to restenosis	P137, P334
— Restenosis - experimental	O244, O77, P177, P198, P330, P78
— Restenosis - clinical	P192, P193
CELL DEATH AND VASCULAR REMODELLING
— Apoptosis	O220, O72, P116, P139, P155, P337, P354
— Necrosis	L32
— Vascular remodelling	O33, P332, P337, P89
CELL GROWTH
— Cell cycle control	K42
— Growth factors / inhibitors	L28, L356, O18, O50, P184, P335
— Response to injury	P267
DIABETES, METABOLIC DISORDERS, AND AGEING
— Adipokines	L235, P187, P343, P347
— Ageing	P124, P340
— Insulin, insulin resistance	L234, O210, P175, P180
— Lipids and oxidative stress	O69, P104, P304, P348, P95
— Lipoproteins and cholesterol	P148, P183, P185, P304, P348
DIFFERENTIATION AND FUNCTION OF VASCULAR CELLS
— Monocytes	L44, P152, P157
— Smooth muscle cells	L74, P117, P120, P159, P198, P339, P340
— Vascular stem cells - basic research	L1, L74, O212, O24, O3, O38, P305, P341, P79, P80, P81, P85, P86, P90, P92, P95
— Vascular stem cells - clinical research	P87
ENDOTHELIAL FUNCTION AND DYSFUNCTION
— Cellular mechanisms	L241, L28, L32, L59, L8, O205, O206, O210, O219, O38, O40, P115, P142, P189, P267, P272, P274, P282, P285, P317, P353, P96, P98
— In vivo - clinical	L225, O209, O237, P101, P111, P118, P186, P291, P292, P298, P299, P342, P93, P97
— Mechanisms, markers and mediators	L218, O17, O207, O208, O232, O34, P106, P107, P108, P109, P110, P124, P140, P176, P197, P273, P286, P293, P294, P301, P311, P333, P97
FLOW REGULATION AND OXYGEN DELIVERY
— Hypoxia	O13
— Metabolic control of flow	P270
— Microcirculatory hemodynamics	O27, P128, P94
— Systemic hemodynamics	O26, P100, P163, P79
HYPERTENSION / BLOOD PRESSURE CONTROL
— Autonomic nervous system	P248
— Genetics	P246
— Hormones and mediators	P253, P262, P338
— Pharmacotherapy	O237, P105, P171, P175
INFLAMMATION AND LEUKOCYTE BIOLOGY
— Cytokines	L15, L227, O208, P151, P339, P353
— Endothelial-leukocyte interaction	L16, L56, P308, P322, P342, P349
— Immunopathy and inflammation	L227, P195, P351
— Inflammatory cells	L61, O62, P154, P287, P288, P289, P321, P325, P352
— Inflammatory mediators	L52, L54, P162, P179, P182, P187, P192, P194, P196, P315, P347
— Vascular response to infection	P114, P297
ISCHEMIA-REPERFUSION
— Ischemic injury	P112, P264, P265, P296, P84
— Organ protection	L7, P355
— Reperfusion injury	L8, L9, P141
— Revascularisation	P257, P261, P310
MATRIX PROTEINS / METALLOPROTEINASES
— Components of extracellular matrix	O213, O229
— Metalloproteinases	K42, L61, O215, O216, O62, O63, O64, P313, P314, P315, P317
— Remodelling of extracellular matrix	O211, O214, P168, P251, P324
MICROCIRCULATORY NETWORKS
— Microvascular growth patterns	P127
— Structure and regulation of microvascular beds	L66, L67, O27, P164, P181, P247, P266, P308
THROMBOLYSIS, HEMOSTASIS, AND PLATELETS
— Coagulation	O73, P143, P144, P147, P196, P326
— Platelet-derived products	L70
— Platelet function	L226, L71, O244, P145, P146, P150
— Platelet inhibition	P142, P149
VASCULAR GENE THERAPY
— Clinical applications	P84
— siRNA	P316
— Techniques of transfection	L9, P249, P251
— Viral vectors	O46, P319
VASCULAR GENETICS, GENOMICS AND PROTEOMICS
— Genetic mechanisms of vascular disease	L10, P153, P254, P314
— Vascular genomics	O231, O51, P115, P162, P245, P255, P300
— Vascular proteomics	O49, P280, P85
VASCULAR PERMEABILITY AND FLUID EXCHANGE
— Endothelial permeability in vitro	P258, P269, P281, P283, P284, P295
— Vascular permeability of intact vessels	P269
VASCULAR RESPONSES TO MECHANICAL LOAD
— Cytoskeletal restructuring	O22
— Mechanotransduction	O76, P167, P168, P169, P170
— pressure / stretch / cyclic strain	O214, O22, O65, P164, P165, P170, P171, P174, P188, P191, P329
— Shear stress	O26, P163, P166, P169, P172, P173
VASCULAR SIGNAL TRANSDUCTION
— Calcium and second messengers	L225, P258, P295
— G-protein coupled receptors	O204, P100, P276, P327, P328
— Ion channels	P279, P331
— Lipid signalling	L53
— Protein kinases / phosphatases	L67, O203, O219, P275, P277, P284, P326, P327
— Receptor tyrosine kinases	L29, L44, P126, P256, P329
— Redox signalling	O11, O12, O14, O205, P113, P116, P332
— Transcription factors	O13, O3, O35, O76, P120, P130, P161, P166
VASOACTIVE FACTORS
— Adenosine	P276
— Angiotensin and ACE	O37
— EDHF	P271
— Eicosanoids	O77
— Endothelin	P158, P253
— Nitric oxide	L218, P102, P104, P109, P123, P260, P278, P293, P294, P303, P91, P96, P99
— Oxygen radicals	L10, P108, P113, P117, P122
— Vasoactive peptides	P188, P338, P99