ライフサイエンスコーパス: plasminogen receptor

1 ly a low-density lipoprotein receptor, and a plasminogen receptor.

2 the molecular basis for the upregulation of plasminogen receptors.

3 lular matrix proteins on their expression of plasminogen receptors.

4 monstrate that T cells express several known plasminogen receptors and that they bind plasminogen on

5 bcellular localization of Plg-R(KT), a novel plasminogen receptor, and its role in catecholaminergic

6 Activators of plasminogen, plasminogen receptors, and inhibitors of plasminogen act

7 of the fibrin degradation pathway, including plasminogen receptor annexin 2A as well as downregulatio

8 xin A2 heterotetramer (AIIt) is an important plasminogen receptor at the surface of the endothelial c

9 I and alpha-enolase have been reported to be plasminogen receptors, but we did not demonstrate a role

10 These functions are promoted by plasminogen receptors exposing C-terminal basic residues

11 However, no integral membrane plasminogen receptors exposing carboxyl terminal basic r

12 as a model for mechanisms for modulation of plasminogen receptor expression.

13 tudies identify cell-surface CK 8 as a major plasminogen receptor in breast cancer cells and as a req

14 m phosphoenolpyruvate, which is also a known plasminogen receptor in Gram-positive bacteria.

15 These data highlight Plg-RKT as a novel plasminogen receptor in human and murine platelets.

16 ng for the first time the role of a specific plasminogen receptor in Lp(a) uptake.

17 vitronectin, also supported up-regulation of plasminogen receptors in the nonadherent cells.

18 iated beta-actin, documented previously as a plasminogen receptor, is a key cell membrane receptor ca

19 33-fold in human hepatoma cells in which the plasminogen receptor (KT) was knocked out.

20 nd 1.6-fold in human hepatoma cells in which plasminogen receptor (KT) was overexpressed, showing for

21 is internalized by the plasminogen receptor, plasminogen receptor (KT), and the apo(a) component is r

22 To assess the function of CK 8 as a plasminogen receptor, monoclonal antibody 1E8 was raised

23 otein C (OspC) of B. burgdorferi is a potent plasminogen receptor on the outer membrane of the bacter

24 r implicates OspC as a biologically relevant plasminogen receptor on the surface of live B. burgdorfe

25 l findings that Lp(a) is internalized by the plasminogen receptor, plasminogen receptor (KT), and the

26 Plasminogen receptors play a central role in the regulat

27 The plasminogen receptor Plg-R(KT) is expressed by immune ce

28 nogen bound to the C-terminal peptide of the plasminogen receptor, Plg-R(KT), and to fibrin, plasmin-

29 ecently, we identified a novel transmembrane plasminogen receptor, Plg-R(KT), which exposes a C-termi

30 ntly, a novel transmembrane lysine-dependent plasminogen receptor, Plg-RKT, has been described on mac

31 Thus, this immunogenic plasminogen receptor released in outer membrane vesicles

32 This structurally unique plasminogen receptor represents a novel control point fo

33 We identified catecholaminergic plasminogen receptors required for enhancing plasminogen

34 The plasminogen receptors responsible for enhancing cell sur

35 of ccRCC cells through the regulation of the plasminogen receptor S100A10.

36 nt study we show for the first time that the plasminogen receptor, S100A10, is present on the extrace

37 el differentiation-induced integral membrane plasminogen receptor that exposes a C-terminal lysine on

38 oliferation involves binding to cell surface plasminogen receptors, we isolated the binding proteins

39 S100A10 is a cell surface plasminogen receptor which may drive the hyperfibrinolys

40 Thus, histone H2B represents a regulated plasminogen receptor, which contributes significantly to