'Proteasome pathway' presentation slideshows

The NF- ? B/Rel family

The NF- ? B/Rel family. The NF-?B/Rel family. A family of signal-responsive transcription factors rapid response som ikke requires proteinsyntese Involved in proinflammatory response: a first line of defense against infectious diseases and cellular stress

703 views • 54 slides

The NF- ? B/Rel family

The NF- ? B/Rel family. The NF-?B/Rel family. A family of signal-responsive transcription factors rapid response som ikke requires proteinsyntese Involved in proinflammatory response: a first line of defense against infectious diseases and cellular stress

652 views • 54 slides

The NF- ? B/Rel family

The NF- ? B/Rel family. The NF-?B/Rel family. A family of signal-responsive transcription factors rapid response som ikke requires proteinsyntese Involved in proinflammatory response: a first line of defense against infectious diseases and cellular stress

557 views • 54 slides

COPD and heart failure

1.67k views • 34 slides

??? : ??? ??? ??? ??? ???

??? : ??? ??? ??? ??? ???. Background. 1953 Simpson Protein degradation needs ATP 1960 discovery of lysosome 1975 Goldstein discovery of ubiquitin 1977 Goldberg Reticulocyte: protein degradation needs ATP Ecoli : Lon enzyme. 2004 Nobel Prize in chemistry. Aaron Ciechanover Israel

552 views • 30 slides

Cellular protein degradation

Cellular protein degradation. 17-1. Proteolytic pathways in eukaryotes lysosomal degradation of proteins ubiquitin-proteasome dependent protein degradation post-proteasome degradation: Tricorn, TPII membrane protein degradation. Main proteolytic pathways in eukaryotes. 17-2.

317 views • 17 slides

Proteasome/Ubiquitination

Proteasome/Ubiquitination. SIGMA-ALDRICH. Proteasome/Ubiquitination

244 views • 2 slides