SWAP Switching B-Cell Complex 70kDa Subunit Proteine (SWAP70)

Rhesus Monkey SWAP Switching B-Cell Complex 70kDa Subunit (SWAP70) Interaktionspartner

1. data indicate that SWAP-70 may be involved in regulating motility of trophoblast cells during embryonic implantation and placentation.

Mouse (Murine) SWAP Switching B-Cell Complex 70kDa Subunit (SWAP70) Interaktionspartner

1. Studies indicate that the autoimmune phenotype in DEF6 and SWAP-70 knock-out (DKO) mice is characterized by the accumulation of B cell subset that expresses high levels of CD11c and T-bet (ABCs).

2. findings show characteristic changes in the lipidome of CD11c (zeige ITGAX Proteine)+ immune cells upon their activation, and reveal an important role of SWAP-70 in the selective generation and localization of ceramides

3. DEF6 (zeige DEF6 Proteine) and SWAP70 are SWEF proteins with important contributors to hematopoietic stem and precursor cells biology

4. SWAP-70 is not a typical oncogene (zeige RAB1A Proteine), but is required for spontaneous transformation of mouse embryo fibroblasts.

5. These findings reveal an important role of SWAP-70 in the dynamic spatiotemporal regulation of F-actin networks.

6. Cells expressing the mutant SWAP-70 exhibited faster growth than the parental or wild-type SWAP-70-expressing cells underscoring its role in neoplastic transformation.

7. SWAP-70 is not required for podosome formation and F-actin turnover in dendritic cells.

8. SWAP-70 deficiency reveals two pathways that contribute to spontaneous maturation of DCs.

9. SWAP-70 controls IgE production through regulation of the antagonistic STAT6 and BCL6 occupancy of the germline IgE promoter

10. A novel function of the F-actin binding and regulatory protein (zeige TGFB1 Proteine) SWAP-70 in osteoclast biology, is reported.

Human SWAP Switching B-Cell Complex 70kDa Subunit (SWAP70) Interaktionspartner

1. Expression of switch-associated protein 70 is associated with lymphocyte activation and reduced disability in multiple sclerosis.

2. These data show a key role for SWAP70 as a scaffold for tethering the peripheral actin cage to phagosomes.

3. SWAP70 appears to act as a molecular intermediate between vGPCR and endothelial activation.

4. SWAP70 may be a target of miR (zeige MLXIP Proteine)-145, and it might have a potential oncogenic function.

5. Detection of SWAP70 antibodies during the attack period might suggest that SWAP70 is involved in Multiple Sclerosis relapse pathogenesis

6. The unwinding of the C-terminal alpha-helix could regulate the functions of SWAP-70 at the plasma membrane surface.

7. findings suggest that regulation of eosinophil trafficking and migration by SWAP-70 is important for the development of eosinophilic inflammation after allergen exposure

8. Overexpression of SWAP-70 altered the actin organization and lamellipodial morphology

9. the binding activity of SWAP-70 to non-muscle F-actin is required for membrane ruffling.

10. surface expression of SWAP-70 on HIV-1 infected cells as well as PBMCs; SWAP-70 may serve as a marker for T cell differentiation as well as for HIV-1 infection