Title: Database services
1Database services
2- Contribution to
- WP5 Knowledge database
- Database development at DKFZ
- WP3 Manual curation
- Modelling of apoptosis and autophagy pathways
3iCHIP Plattform
Concept
Collaborations and Partner projects
others....
4Application services
Base2
Spring
Hibernate
DB
impl
Business Layer
Persistence Layer
Data Access Objects
Remote Server Interface
Spring
Xdoclet
api
Remote Client Interface
Domain Object Model
RMI
5Administration Tool
6secretory pathway
7(No Transcript)
8iCHIP projects
- 10 Mio images
- 40 Terra Bytes of data
- 2 whole genome knockout projects
- 30 studies, 10k Microarrays
- 10 research networks (incl. 5 EU partners)
9- Contribution to
- WP3 Manual curation of programmed cell death
ontology
10Programmed cell death pathways
- Programmed cell death is the complex result of
context- dependent (e.g. cancer, viral infection,
ischemia) interactions of apoptotic and
autophagic pathway participants.
11Programmed cell death pathways
- Apoptosis
- Extrinsic (death receptor)
- Intrinsic (mitochondrial)
- Autophagy (dual role)
- Can protect against apoptosis during ischemic
injury) - Can enhance cancer cell death
- Lysosomal (linked to autophagy)
- Release of lysosomal cathepsins
- Sufficient to induce cell death
- Can activate mitochondrial apoptotic PW
12Sub-cellular localization
- E.g., anti-apoptotic Bcl-xL and Bcl-2 function
differently at both mitochondria (Mito) and
endoplasmic reticulum (ER)
Mito
ER
Bcl-xL
FK506 binding protein
RTN-xS Binding protein
Bcl-2
Protects against lethal calcium signaling
Protects against pro-apoptotic Bax, Bak, oxygen
radicals.
(Tagami et al, 2000 A novel protein, RTN-xS,
interacts with both Bcl-xL and Bcl-2 on
endoplasmic reticulum and reduces their
anti-apoptotic activity) (Germain Shore, 2003
Cellular distribution of Bcl-2 family proteins.)
13Zooming into the Apoptosis Network
- Superposition of apoptotic pathways
- CD95 (Fas/APO-1) Receptor
- FADD
- Caspases 8,3
- IAPs
- c-FLIPlong,short
- IKK, I?B?, NF-?B