PSICQUIC

Molecular Interaction Databases

Displaying entries 12626 - 12650 of 9691968 in total
ID molecule A ID molecule B Species of molecule A Species of molecule B ▼ Evidence (Publication) Interaction Type Interaction Detection Method Source
uniprot:Q9Y3C5 uniprot:Q8NEZ2 Bacillus anthracis Yersinia pestis imex:IM-28217 physical association validated two hybrid intact
uniprot:Q9Y3C5 uniprot:Q8NEZ2 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid array intact
uniprot:Q9Y3C5 uniprot:Q8WUW1 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid array intact
uniprot:Q9Y3C5 uniprot:Q8NEZ2 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid pooling approach intact
uniprot:Q9Y3C5 uniprot:Q8NEZ2 Homo sapiens Yersinia pestis imex:IM-28217 physical association validated two hybrid intact
uniprot:Q9Y3C5 uniprot:Q8WUW1 Bacillus anthracis Yersinia pestis imex:IM-28217 physical association validated two hybrid intact
uniprot:Q9Y3C5 uniprot:Q8WUW1 Homo sapiens Yersinia pestis imex:IM-28217 physical association validated two hybrid intact
uniprot:Q9Y3C5 uniprot:Q8WUW1 Bacillus anthracis Yersinia pestis imex:IM-28217 physical association two hybrid pooling approach intact
uniprot:Q9Y3C5 uniprot:Q8WUW1 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid pooling approach intact
uniprot:Q9Y3Q8 uniprot:P28799 Saccharomyces cerevisiae (strain ATCC 204508 / S288c) Yersinia pestis imex:IM-28217 physical association two hybrid pooling approach intact
uniprot:Q9Y3Q8 uniprot:P28799 Saccharomyces cerevisiae (strain ATCC 204508 / S288c) Yersinia pestis imex:IM-28217 physical association validated two hybrid intact
uniprot:Q9Y3Q8 uniprot:P28799 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid pooling approach intact
uniprot:Q9Y3Q8 uniprot:P28799 Homo sapiens Yersinia pestis imex:IM-28217 physical association validated two hybrid intact
uniprot:Q9Y4E6 uniprot:P23246 Homo sapiens Yersinia pestis imex:IM-26653 physical association cross-linking study intact
uniprot:Q9Y4H4 uniprot:P28799 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid pooling approach intact
uniprot:Q9Y3Y4 uniprot:P27797 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid pooling approach intact
uniprot:Q9Y4H4 uniprot:P28799 Homo sapiens Yersinia pestis imex:IM-28217 physical association validated two hybrid intact
uniprot:Q9Y3Y4 uniprot:P27797 Homo sapiens Yersinia pestis imex:IM-28217 physical association validated two hybrid intact
uniprot:Q9Y575-3 uniprot:P28799 Homo sapiens Yersinia pestis imex:IM-28217 physical association validated two hybrid intact
uniprot:Q9Y575-3 uniprot:P28799 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid pooling approach intact
uniprot:Q9Y4H4 uniprot:Q01658 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid array intact
uniprot:Q9Y4H4 uniprot:Q01658 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid pooling approach intact
uniprot:Q9Y3Y4 uniprot:P61769 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid pooling approach intact
uniprot:Q9Y4H4 uniprot:Q01658 Homo sapiens Yersinia pestis imex:IM-28217 physical association validated two hybrid intact
uniprot:Q9Y3Y4 uniprot:P61769 Homo sapiens Yersinia pestis imex:IM-28217 physical association validated two hybrid intact

About Release Notes Help Feedback

Click here to visit the beta site.


International Collaboration

GlyCosmos is a member of the GlySpace Alliance together with GlyGen and Glycomics@ExPASy.

Acknowledgements

Supported by JST NBDC Grant Number JPMJND2204

Partly supported by NIH Common Fund Grant #1U01GM125267-01


Logo License Policies Site Map

Contact: support@glycosmos.org

This work is licensed under Creative Commons Attribution 4.0 International


GlyCosmos Portal v4.1.0

Last updated: December 9, 2024