The mechanism of action of IFNβ is complex, involving effects at multiple levels of cellular function. IFNβ appears to directly increase expression and concentration of anti-inflammatory agents while downregulating the expression of proinflammatory cytokines. IFNβ treatment may reduce the trafficking of inflammatory cells across the BBB and increase nerve growth factor production, leading to a potential increase in neuronal survival and repair. IFNβ can also increase the number of CD56bright natural killer cells in the peripheral blood.
clip 03 (faster) A007 - 20121024_175206 (0-07-12-05)-MOTION
clip 03 (faster) A007 - 20121024_175206 (0-07-12-05)-MOTION
B114 - 20121024_181952-Edit
B114 - 20121024_181952-Edit
B113 - 20121024_181847
B113 - 20121024_181847
B107 - 20121024_181758-Edit
B107 - 20121024_181758-Edit
B103 - 20121024_181658
B103 - 20121024_181658
B088 - 20121024_181344-MOTION-001
B088 - 20121024_181344-MOTION-001
A743 - 20120918_084948-001
A743 - 20120918_084948-001
A317 - 20120916_203441_Snapseed
A317 - 20120916_203441_Snapseed
A296 - 20120916_092442
A296 - 20120916_092442
A048 - 20130630_133557
A048 - 20130630_133557
A046 - 20130630_133549
A046 - 20130630_133549
IMG_1668(1)
IMG_1668(1)
IMG_1666
IMG_1666
IMG_1664
IMG_1664
IMG_1663
IMG_1663
crystals surface
crystals surface
A269 - 20120819_214159-2
A269 - 20120819_214159-2
A267 - 20120819_214141
