LmjF.28.0430

hypothetical protein, conserved
Leishmania major strain Friedlin OG6: OG6_139904 OG7: OG7_0042890 26 interactions (filtered)
Experimental Direct co-fractionation MS evidence Computational Inferred by orthology (OG) transfer ⚠ Ambiguous: multiple orthologs in target organism OG6 / OG7 Ortholog group version used
Source datasets
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Interactions 26 total
Partner Experimental (Co-frac/MS) Computational (OG inference) OG
LmjF.07.1120
proteasome regulatory non-ATP-ase subunit, pu
— Both
LmjF.10.0650
hypothetical protein, unknown function
— OG7
LmjF.19.0960 ⚠
dynein light chain, putative
— OG7
LmjF.28.2130 ⚠
Dynein light chain LC6, flagellar outer arm,
— OG7
LmjF.16.0940 ⚠
dynein light chain, putative
— OG7
LmjF.36.2160 ⚠
dynein light chain, putative
— OG7
LmjF.05.0070 ⚠
dynein light chain, putative
— OG7
LmjF.25.0260 ⚠
Dynein light chain 1, cytoplasmic, putative
— OG7
LmjF.27.0830
hypothetical protein, conserved
— Both
LmjF.21.0760
proteasome regulatory non-ATP-ase subunit 5,
— Both
LmjF.12.0210
proteasome regulatory ATPase subunittcc1l8.3,
— OG6
LmjF.02.0370
proteasome regulatory non-ATPase subunit 6, p
— Both
LmjF.35.1270
hypothetical protein, conserved
— Both
LmjF.32.0230 ⚠
dynein light chain, flagellar outer arm, puta
— Both
LmjF.22.0570
proteasome regulatory ATPase subunit 1, putat
— OG6
LmjF.35.3150
class I transcription factor A, subunit 2, pu
— Both
LmjF.22.0680
hypothetical protein, conserved
— Both
LmjF.22.0620
proteasome regulatory ATPase subunit 5, putat
— OG6
LmjF.19.1120
proteasome regulatory non-ATP-ase subunit 9,
— Both
LmjF.32.1200
proteasome regulatory non-ATP-ase subunit, pu
— Both
LmjF.13.1090
proteasome regulatory ATPase subunit 2, putat
— OG6
LmjF.03.0540
26S protease regulatory subunit, putative
— OG6
LmjF.32.2820
proteasome regulatory non-ATP-ase subunit, pu
— Both
LmjF.34.0650
proteasome regulatory non-ATPase subunit 11,
— Both
LmjF.36.4360
19S proteasome regulatory subunit, Regulatory
— OG6
LmjF.27.0850
hypothetical protein, conserved
— Both
Orthogroup expansion — connections between the query proteins
list 30/60/…
How many partner orthogroups appear in the table below. It does not change the analysis — the counts in the summary line always cover all partners.
degree ≤ N
Drops partners that interact with more than N orthogroups across the whole network. Promiscuous hubs connect to everything and explain nothing: the top partner of this query set by raw degree is a retrotransposon hot spot protein touching 586 orthogroups.
Score
(queries touched + 2 if bridge + 0.5 if other-network) ÷ log2(2 + degree). Rewards partners that connect the query set; penalises promiscuity.
Queries
How many of the query proteins' orthogroups this partner interacts with. 2 or more makes it a shared partner.
bridge
It links query proteins that came from different organisms.
other network
At least one of its links is supported only by a dataset from an organism other than that query protein's own — invisible in the network being searched. This is the discovery signal.
complex N
The partner belongs to conserved complex N (two or more datasets).
hub
Degree above 150 — interpret with care.
Click Analyse to look for partners that link the query proteins through the orthogroup network, including links only visible in another organism's dataset.