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Molecular Interaction Databases

Displaying entries 10251 - 10275 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:Q7Z7A1 uniprot:P10809 Francisella tularensis subsp. tularensis (strain SCHU S4 / Schu 4) Yersinia pestis imex:IM-26653 physical association cross-linking study intact
uniprot:Q7Z7A1 uniprot:P10809 Yersinia pestis Yersinia pestis imex:IM-26653 physical association cross-linking study intact
uniprot:Q7Z6Z7 uniprot:P11277 Homo sapiens Yersinia pestis imex:IM-26653 physical association cross-linking study intact
uniprot:Q7Z7A1 uniprot:P10809 Homo sapiens Yersinia pestis imex:IM-26653 physical association cross-linking study intact
uniprot:Q7Z6Z7-2 uniprot:P27797 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid pooling approach intact
uniprot:Q7Z780 uniprot:P27797 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid pooling approach intact
uniprot:Q7Z7K5 uniprot:P28799 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid pooling approach intact
uniprot:Q86SE9-2 uniprot:P28799 Homo sapiens Yersinia pestis imex:IM-28217 physical association two hybrid pooling approach intact
uniprot:Q7Z6Z7-2 uniprot:P27797 Homo sapiens Yersinia pestis imex:IM-28217 physical association validated two hybrid intact
uniprot:Q7Z780 uniprot:P27797 Homo sapiens Yersinia pestis imex:IM-28217 physical association validated two hybrid intact
uniprot:Q7Z7K5 uniprot:P28799 Homo sapiens Yersinia pestis imex:IM-28217 physical association validated two hybrid intact
uniprot:Q86SE9-2 uniprot:P28799 Homo sapiens Yersinia pestis imex:IM-28217 physical association validated two hybrid intact
uniprot:Q84291 uniprot:P21333 Human papillomavirus type 6a Yersinia pestis doi:10.1016%2Fj.ymeth.2012.07.029 physical association two hybrid pooling approach mint
uniprot:Q84292 uniprot:P16144 Human papillomavirus type 6a Yersinia pestis doi:10.1016%2Fj.ymeth.2012.07.029 physical association two hybrid pooling approach mint
uniprot:Q84292 uniprot:P14618 Human papillomavirus type 6a Yersinia pestis doi:10.1016%2Fj.ymeth.2012.07.029 physical association split luciferase complementation mint
uniprot:Q84292 uniprot:P16144 Human papillomavirus type 6a Yersinia pestis doi:10.1016%2Fj.ymeth.2012.07.029 physical association split luciferase complementation mint
uniprot:Q84291 uniprot:P21333 Homo sapiens Yersinia pestis doi:10.1016%2Fj.ymeth.2012.07.029 physical association two hybrid pooling approach mint
uniprot:Q84292 uniprot:P16144 Homo sapiens Yersinia pestis doi:10.1016%2Fj.ymeth.2012.07.029 physical association two hybrid pooling approach mint
uniprot:Q84292 uniprot:P14618 Homo sapiens Yersinia pestis doi:10.1016%2Fj.ymeth.2012.07.029 physical association split luciferase complementation mint
uniprot:Q84292 uniprot:P16144 Homo sapiens Yersinia pestis doi:10.1016%2Fj.ymeth.2012.07.029 physical association split luciferase complementation mint
uniprot:Q7Z6R9 uniprot:P40692 Homo sapiens Yersinia pestis imex:IM-25472 physical association validated two hybrid intact
uniprot:Q80H93 uniprot:Q86TG7 Severe acute respiratory syndrome coronavirus Yersinia pestis pmc:PPR177217 association anti tag coimmunoprecipitation intact
uniprot:Q80H93 uniprot:Q86TG7 Homo sapiens Yersinia pestis pmc:PPR177217 association anti tag coimmunoprecipitation intact
uniprot:Q7Z6R9 uniprot:P67870 Homo sapiens Yersinia pestis imex:IM-25472 physical association validated two hybrid intact
uniprot:Q84291 uniprot:Q9BRJ6 Human papillomavirus type 6a Yersinia pestis doi:10.1016%2Fj.ymeth.2012.07.029 physical association two hybrid pooling approach mint
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Last updated: December 9, 2024