Skip to main content
Features
Assistant
AI grounded in research
Search
Full-text citation search
Collections
Organize and monitor papers
All Features →
Integrations
MCP
Connect AI agents to Scite
API
Programmatic data access
Holdings
Full-text via your library
Zotero Plugin
Citation data in Zotero
Browser Extension
Citation badges anywhere
All Integrations →
Data
Rankings
Pricing
Log In
Start Free Trial
Features
Assistant
AI grounded in research
Search
Full-text citation search
Collections
Organize and monitor papers
All Features →
Integrations
MCP
Connect AI agents to Scite
API
Programmatic data access
Holdings
Full-text via your library
Zotero Plugin
Citation data in Zotero
Browser Extension
Citation badges anywhere
All Integrations →
Data
Rankings
Pricing
Log In
Start Free Trial
Sebastian Deeg
Sign up to set email alerts
12
Publications
103
Citation Statements Received
436
Citation Statements Given
How they've been cited
157
5
95
3
How they cite others
327
41
393
2
Affiliations
University of Göttingen
,
Nanoscale Microscopy and Molecular Physiology of the Brain Cluster of Excellence 171 — DFG Research Center 103
Publications
Order By: Most citations
BAG1 modulates huntingtin toxicity, aggregation, degradation, and subcellular distribution
Sroka
1
,
Voigt
2
,
Deeg
3
et al.
2009
Journal of Neurochemistry
Abstract
Show
40
1
33
1
Get access via publisher
Add to collection
Cite
Parkin interacts with the proteasome subunit α4
Dächsel
1
,
Lücking
2
,
Deeg
3
et al.
2005
FEBS Letters
Abstract
Show
50
1
28
1
Get access via publisher
Add to collection
Cite
BAG1 restores formation of functional DJ-1 L166P dimers and DJ-1 chaperone activity
Deeg
1
,
Gralle
2
,
Sroka
3
et al.
2010
Abstract
Show
41
3
18
1
Get access via publisher
Add to collection
Cite
CDK
5 protects from caspase‐induced Ataxin‐3 cleavage and neurodegeneration
Liman
1
,
Deeg
2
,
Voigt
3
et al.
2014
Journal of Neurochemistry
Abstract
Show
21
0
16
0
Get access via publisher
Add to collection
Cite
Modulation of Huntingtin Toxicity by BAG1 is Dependent on an Intact BAG Domain
Liman
1
,
Sroka
2
,
Dohm
3
et al.
2010
Molecules
Abstract
Show
5
0
0
0
Get access via publisher
Add to collection
Cite
BAG1 stellt die Bildung funktionaler DJ-1-L166P-Dimere und deren Chaperon-Aktivität wieder her
Deeg
1
0
0
0
0
Get access via publisher
Add to collection
Cite
BAG1 restores DJ-1 chaperone function and dimerisation
Deeg
1
,
Sroka
2
,
Gralle
3
et al.
2008
Akt Neurol
0
0
0
0
Get access via publisher
Add to collection
Cite
1