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Integrin

Table appendix Adhesion Molecules Anti-integrins... [Pg.38]

Interference with specific cell-cell and cell-matrix adhesion mechanisms is another rapidly advancing approach to therapeutically interfere with angiogenesis. Antagonistic antibodies (Vitaxin) to the integrin heterodimer av 33 have been shown to act on the blood vessels of tumors but not on the resting organ vasculature. Vitaxin demonstrated some promise in Phase II clinical trials. [Pg.87]

The role of integrins has been found in various pathological processes, including angiogenesis,... [Pg.145]

The largest numbers of integrins are members of the (31 integrins, also known as the very late antigen (VLA) subfamily because of its late appearance after activation. There are at least seven receptors characterized from this subfamily, each with different ligand specificity. Among the most studied include the 04(31 and a5 31 receptors. The leukocyte integrin a4 31 is a cell adhesion receptor that is predominantly expressed on lymphocytes, monocytes and eosinophils. [Pg.145]

Potent and Selective Small Molecule Antagonists of ol4/31 Integrins... [Pg.145]

Recent studies suggested a key role for a5(31 integrin in certain bacterial invasion of human host cells leading to antibiotic resistance [5]. [Pg.146]

GPIIb/IIIa Integrin Receptor Antagonists In the Rapid Diagnosis of Thromboembolic Events... [Pg.146]

The role of the platelet integrin GPIIb/IIIa receptor and its potential utility as a radio-diagnostic agent in the rapid detection of thromboembolic events has been demonstrated [6]. This approach may be useful for the noninvasive diagnosis of various thromboembolic disorders. [Pg.146]

Integrin otvfi3 Antagonists Promote Tumor Regression by Inducing Apoptosis of Angiogenic Blood Vessels... [Pg.146]

Antagonists of integrin av 33 inhibit the growth of new blood vessels into tumors cultured on the chick chorioallantoic membrane without affecting adjacent blood vessels, and also induce tumor regression [7]. Antagonists of av 33 also inhibit angiogenesis in various ocular models of retinal neovascularization [7]. [Pg.146]

The calcification of atherosclerotic plaques may be induced by osteopontin expression, since osteopontin is a protein with a well-characterized role in bone formation and calcification. Vascular smooth muscle cell migration on osteopontin is dq endent on the integrin av 33 and antagonists of av 33 prevent both smooth muscle cell migration and restenosis in some animal model [8]. [Pg.146]

Integrin olv/33 Antagonists Versus Anti- otvfi3 and avfi5... [Pg.146]

Since the recognition of at least two av integrin pathways for cytokine-mediated angiogenesis, av 33 and av 35 antagonists may be more effective in certain indications as compared to a specific anti- av 33. However, further work is needed to document this notion. [Pg.146]

RGD analogs have been shown to inhibit the attachment of osteoclasts to bone matrix and to reduce bone resotptive activity in vitro. The cell surface integrin, av 33, appears to play a role in this process. RGD analogs may rq resent a new approach to modulating osteoclast-mediated bone resorption and may be useful in the treatment of osteoporosis [9]. [Pg.146]

Therapeutics A number of potent small molecule antagonists for av 33 integrin are under preclinical investigations for various angiogenesis or vascular-mediated disorders [10]. [Pg.146]

Site directed delivery This approach of conjugating av 33 integrin ligand with a chemotherapeutic agent for optimal efficacy and safety in cancer is under investigation. Earlier work demonstrated the validity of this concept [10]. [Pg.146]

Cue D, Southern S, Southern P et al (2000) A non-peptide integrin antagonist can inhibit epithelial cell ingestion of streptococcus pyogenes by blocking a5 31 -fibronectin-Ml protein complexes. Proc Nat Acad Sci 97(6) 2858-2863... [Pg.147]

Friedlander M, Brooks PC, Shaffer R et al (1995) Definition of two angiogenic pathways by distinct av integrins. Science 27 1500-1502... [Pg.147]

Srivatsa SS, Tsao P, Holmes DR et al (1997) Selective av(33 integrin blockade limits neointima hyperplasia and lumen stenosis in stented porcine coronary artery injury in Pig. Cardiovasc Res 36 408-428... [Pg.147]


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31 Integrin family

A6 integrin

AVp5 Integrin

Adenoviruses alpha 5 integrins

Adhesion integrin-mediated

Angiogenesis integrins, role

Anti-integrins

Basal laminas integrin

Cell adhesion integrins

Cell adhesion integrins regulation

Cell adhesion integrins/ligand interactions

Cell adhesion molecules integrins

Cell adhesion, integrin-recognition

Cell receptors, integrin sequences

Cellular migration integrins

Collagen integrins interactions with

Connective tissue extracellular matrix integrins

Drosophila integrins

Endothelial cells integrins

Endothelial integrin

Erythrocytes integrin

Extracellular matrix integrins

Fibrinogen integrins interactions with

Fibrinogen receptors integrin family

Fibronectin integrins interactions with

Fibronectin, integrin recognition sequences

Glycoproteins integrins

Immune response integrins

Inserted domain, integrins structure

Integrin adhesion receptor

Integrin adhesion receptors extracellular matrix

Integrin adhesion receptors structure

Integrin antagonists

Integrin binding protein

Integrin expression

Integrin genes

Integrin inhibitors

Integrin receptor complex

Integrin receptors

Integrin sequences, cell surface

Integrin signaling

Integrin superfamily

Integrin targeting

Integrin, betal

Integrin-Binding Materials for Cell Adhesion and Spreading

Integrin-ligand binding

Integrin-ligand interactions

Integrin-mediated cell adhesion

Integrin-mediated cell adhesion inhibition

Integrin-mobilferrin pathway

Integrin-recognition sequences

Integrins

Integrins 3-propeller domain

Integrins CDllc

Integrins MAdCAM

Integrins Promote Adenovirus Internalization

Integrins Regulate Adenovirus-Mediated Endosome Disruption

Integrins a-subunit

Integrins activation

Integrins adhesion with

Integrins and extracellular matrix

Integrins antagonists

Integrins assembly

Integrins bent conformation

Integrins beta 3 family

Integrins binding

Integrins carbohydrate

Integrins cation binding

Integrins clustering with

Integrins collagen

Integrins collagen binding

Integrins complex assembly

Integrins conformational regulation

Integrins domains

Integrins during angiogenesis

Integrins extended form

Integrins function

Integrins glycosylation

Integrins headpiece

Integrins heterodimers

Integrins high-affinity conformation

Integrins hybrid domains

Integrins laminin

Integrins ligand binding

Integrins ligand interactions with

Integrins phosphorylation

Integrins platelets

Integrins receptor

Integrins recognition

Integrins sites

Integrins structures

Integrins subunit combinations

Integrins three-dimensional structure

Integrins transmembrane

Integrins, definition

Laminin integrins interactions with

Laminin, integrin recognition sequences

Liposomes integrins

Neutrophil integrins

Osteoblasts integrin expression

P2 integrins

Platelet receptor integrin

Platelet surface integrins

Plexin/Semaphorin/Integrin domain

Regulation of Integrin Structure and Function

Role of Integrins

Selectivity integrin affinities

Signal Transduction via Integrins

Transmembrane proteins integrins

Transmembrane receptors, cellular integrins

VLA-4 integrin

Viral vectors integrin

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