PSICQUIC

Molecular Interaction Databases

Displaying entries 11676 - 11700 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:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:25728767 direct interaction affinity chromatography technology biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:25728767 association affinity chromatography technology biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:25728767 physical association affinity chromatography technology biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:25728767 direct interaction two hybrid biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:25728767 association two hybrid biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:25728767 physical association two hybrid biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:18484708 direct interaction cross-linking study biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:25728767 direct interaction cross-linking study biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:18484708 association cross-linking study biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:25728767 association cross-linking study biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:18484708 physical association cross-linking study biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:25728767 physical association cross-linking study biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:18484708 direct interaction fluorescent resonance energy transfer biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:25728767 direct interaction fluorescent resonance energy transfer biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:18484708 association fluorescent resonance energy transfer biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:25728767 association fluorescent resonance energy transfer biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:18484708 physical association fluorescent resonance energy transfer biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:25728767 physical association fluorescent resonance energy transfer biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:18484708 direct interaction pull down biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:18484708 association pull down biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:18484708 physical association pull down biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:18484708 direct interaction unspecified method biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:18484708 association unspecified method biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Homo sapiens Bacillus anthracis pubmed:18484708 physical association unspecified method biogrid
uniprot:P03372 uniprot:Q9Y6Q9 Mus musculus Bacillus anthracis pubmed:26487511 direct interaction affinity chromatography technology biogrid

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