news

Structural biology of UPS enzymes.

UbiQ news: structural biology of UPS enzymes with activity-based probes

 

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Jun 27, 2016
 

structural biology of UPS enzymes

with activity-based probes

Recently three new structures of ubiquitin related enzymes have been successfully elucidated in complex with an activity-based probe: 

Activity-based probes have proven to be efficient tools for structural biology. Over the years a wide range of deubiquitinating and ubiquitinating enzymes have been elucidated using these probes. Here we give you an (in-comprehensive) overview of the most recent crystallizations.
 
 
enzyme family
probe:
E2
probe:
MINDY
UCH
UCH
UCH
probe:
USP
probe:
UCH
UCH
USP
enzyme name
Ub-Dha
UBE2D3
Ub-PA
MINDY-1
UCH-L5
USP4
CCHF
di-Ub-PA
SARS PLpro
Ub-VME
UCHL1
UCHL3
MCMV M48
accession number
 
5IFR1
 
5JKN5JQS
4UEL4UF6
2Y6E
3ZNH
 
5E6J
 
3KW5
1XD32WDT
2J7Q
year of publication
 
2016
 
2016
2015
2014
2013
 
2016
 
2010
2005, 2009
2007
 

download our documentation

crystallization overview
DUB probes factsheet
E1/E2/E3 probes factsheet
 

catalogue

E1-E2-E3 enzyme probe
UbiQ-101 : Ub-Dha

UbiQ-105 : Nedd8-Dha

1st generation DUB probes: to target the S1 pocket
UbiQ-057 : Ub-PA

UbiQ-005 : Ub-VME

UbiQ-108 : Ub-VS

2nd generation DUB probes: to target the S1 and S1′ pockets
UbiQ-081 : K6 diUb-VME
UbiQ-082 : K11 diUb-VME
UbiQ-083 : K27 diUb-VME
UbiQ-084 : K29 diUb-VME
UbiQ-085 : K33 diUb-VME
UbiQ-086 : K48 diUb-VME
UbiQ-087 : K63 diUb-VME

3rd generation DUB probes: to target the S1 and S2 pockets
UbiQ-114 : K63 diUb-PA

tags and labels:  please see our full catalogue to view the various tags and labels we have available for our probes.

view catalogue
tailor made
A series of proprietary techniques give use structural control on all aspects of our reagents, enabling us to construct reagents that are beyond the reach of any currently available alternative approaches.
customized probes