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Introduction:

HydLoc is a random forest based hydroxylation sites predictor for human proteins. HydLoc is
provided as a Microsoft Windows executable packed up with PyInstaller, which makes it easy to
use. The source code of HydLoc is also uploaded. It is a python script called 'HydLoc.py'. Users
can run it to predict hydroxylation sites too. Because the training dataset of HydLoc comes from
human proteins, it is recommended that HydLoc is only used to seek human hydroxylation sites.

Installation:

Download the package. The size of 'HydLoc.exe' is about 283 MB. It can not be downloaded
directly through 'HydLoc-master.zip'. Please download the complete file in the 'HydLoc.exe' item
on GitHub. Make sure that 'clf1', 'clf2', 'HL.ico' are in the same folder with 'HydLoc.exe', and do not
change the name of them. For the beauty and stability of the interface, the version of Office is better not
earlier than 2016.

Usage:

  • 1.Start HydLoc.exe by double click.

  • 2.Enter or paste the query protein sequences in the text box, or upload a file with the query sequences.

  • 3.Click the 'Submit' button.

Notice:

  • 1.The protein sequence should be given in Fasta format.

  • 2.If there exists amino acids beyond the 20 natural amino acids in the query sequences,
    HydLoc will replace them with canonical amino acids picked up randomly.

  • 3.If the proline/lysine residues appear in the first or the last nine/fourteen in the
    query sequence,they will be regarded as non-hydroxylated sites by HydLoc.

  • 4.If the protein query list was too long, more patience is needed for the result. And if
    the result could not be completely projected on the result canvas, please 'Save as' the result,
    the whole outcome may in the saved file.

Citation:

Please cite the following paper for using HydLoc:
Qixing Huang, Xingyu Chen, Yang Wang, Jinlong Li, Haiyan Liu,Yun Xie, Zong Dai, Xiaoyong Zou* and Zhanchao Li*.
HydLoc: a tool for hydroxyproline and hydroxylysine sites prediction in the human proteome. CHEMOMETR INTELL LAB, 2020.

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