Display a LINK module step by step

0. Download all files in this tutorial.

Download LINK.zip and click *.html file(in LINK.zip) to open this demo in local browser!.

1. Input data.

    Example file: LINK01.txt

    Data structure

    Users should prepare the input data in the following format (separated by tabs).

    #name   g1chr   g1start g1end   g1name  g2chr   g2start g2end   g2name
    FGFR3--TACC3    4       1795662 1808986 FGFR3   4       1723217 1746905 TACC3
    CCDC6--RET      10      43595894        43623714        RET     10      61552678        61666182        TACC3
    ETV6--NTRK3     12      11905384        12043977        ETV6    15      88420169        88799384        NTRK3
    EGFR--SEPT14    7       55086971        55273307        EGFR    7       55861237        55930482        SEPT14
    EML4--ALK       2       42472644        42557344        EML4    2       29416093        30143525        ALK
    ABL1--BCR       9       133589707       133761067       ABL1    22      23523148        23657706        BCR
    

    Following fields are required:

    • The 1 column(name) is the name of the link.

    • The 2 column(g1chr) is the chromosome of gene 1.

    • The 3 column(g1start) is the start of gene 1.

    • The 4 column(g1end) is the end of gene 1.

    • The 5 column(g1name) is the name of gene 1.

    • The 6 column(g2chr) is the chromosome of gene 2.

    • The 7 column(g2start) is the start of gene 2.

    • The 8 column(g2end) is the end of gene 2.

    • The 9 column(g2name) is the name of gene 2.

2. Prepare module through python script.

3. Including LINK data

4. Initialize NG-Circos with LINK data

5. Source code

6. Visualization of LINK data using NG-Circos

Download svg