Most of the nuclear proteins (57%) were predicted to function in the chromatin or the nucleolus. LocNuclei also distinguished between traveler and non-traveler proteins. This method suggested only about one third of all nuclear proteins to also function outside the nucleus.
Apr 23, 2019
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Apr 23, 2019 · Results: Here, we present a new method (LocNuclei) that predicts nuclear substructures from sequence alone. LocNuclei used a string-based ...
Odds ratio of protein-protein interactions (PPIs) in the human nuclear proteome. The heatmap shows the odds ratio of PPIs within and between 13 sub-nuclear ...
A new method (LocNuclei) is presented that predicts nuclear substructures from sequence alone and predicts subnuclear compartments and traveler proteins ...
Apr 2, 2019 · Using this approach, the performance reached AUC = 0.70–0.74 and Q13 = 59–65%. Travelling proteins (nucleus and other) were identified at Q2 = ...
Following publication of the original article [1], the author reported that an incorrect figure has been published as Figure 2.
Detailed prediction of protein sub-nuclear localization. BMC Bioinformatics. 2019;20:205. https://doi.org/10.1186/s12859-019-2790-9. © The Author(s). 2019 ...
This method predicts protein localization for 10 different sub-nuclear locations sequentially by combining presence or absence of unique Pfam domain and amino ...
Addressing protein localization within the nucleus | The EMBO Journal
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The results using PSORT to correctly predict nuclear localization, for proteins in subnuclear compartments, using the k‐nearest neighbour method (Nakai and ...
This method predicts protein localization for 10 different sub-nuclear locations sequentially by combining presence or absence of unique Pfam domain and amino ...