LpyrH10_04_6810

60S acidic ribosomal protein P2, putative (LIP2)
Leptomonas pyrrhocoris H10 OG6: OG6_100883 OG7: OG7_0005051 33 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 33 total
Partner Experimental (Co-frac/MS) Computational (OG inference) OG
LpyrH10_34_0580 ⚠
60s acidic ribosomal protein P2, putative, pu
— +1 more Both
LpyrH10_34_0570 ⚠
60s acidic ribosomal protein P2, putative, pu
— +1 more Both
LpyrH10_38_0550 ⚠
60S acidic ribosomal protein, putative
— OG7
LpyrH10_38_0540 ⚠
60S acidic ribosomal protein, putative
— OG7
LpyrH10_30_0810 ⚠
60s ribosomal protein L7a, putative
— Both
LpyrH10_01_3500 ⚠
60S ribosomal protein L26, putative
— Both
LpyrH10_30_0800 ⚠
60s ribosomal protein L7a, putative
— Both
LpyrH10_26_0580 ⚠
60S acidic ribosomal protein P2, putative mit
— +1 more Both
LpyrH10_26_0570 ⚠
60S acidic ribosomal protein P2, putative mit
— +1 more Both
LpyrH10_01_1520 ⚠
60S ribosomal protein L14, putative
— Both
LpyrH10_01_1560 ⚠
60S ribosomal protein L14, putative
— Both
LpyrH10_04_2610 ⚠
hypothetical protein unique for Leptomonas py
— OG7
LpyrH10_28_0870 ⚠
ribosomal protein L2, putative, putative mito
— OG7
LpyrH10_19_1120 ⚠
60s ribosomal protein L6, putative, putative
— OG7
LpyrH10_13_0320 ⚠
60S ribosomal protein L7, putative
— +2 more OG7
LpyrH10_04_6800 ⚠
60S acidic ribosomal protein P2, putative (LI
— OG7
LpyrH10_26_0690 ⚠
60s ribosomal protein L6, putative, putative
— OG7
LpyrH10_01_8040 ⚠
60S ribosomal protein L7, putative
— +4 more Both
LpyrH10_11_2390 ⚠
60S ribosomal protein L26, putative
— Both
LpyrH10_08_1370 ⚠
ribosomal protein L1a, putative
— Both
LpyrH10_08_1360 ⚠
ribosomal protein L1a, putative
— Both
LpyrH10_08_1380 ⚠
ribosomal protein L1a, putative
— Both
LpyrH10_08_1340 ⚠
ribosomal protein L1a, putative
— Both
LpyrH10_08_1390 ⚠
ribosomal protein L1a, putative
— Both
LpyrH10_08_1350 ⚠
ribosomal protein L1a, putative
— Both
LpyrH10_05_3090 ⚠
Ribosomal protein l3, putative
— Both
LpyrH10_05_3100 ⚠
Ribosomal protein l3, putative
— Both
LpyrH10_01_3230 ⚠
60S ribosomal protein L2, putative,60S riboso
— Both
LpyrH10_01_5630 ⚠
60s ribosomal subunit protein L31, putative
— Both
LpyrH10_02_4360 ⚠
60S ribosomal protein L2, putative,60S riboso
— Both
LpyrH10_01_5640 ⚠
60s ribosomal subunit protein L31, putative
— Both
LpyrH10_02_3630 ⚠
Ribosomal protein l3, putative
— Both
LpyrH10_01_8030 ⚠
60S ribosomal protein L7, putative
— +4 more 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.