G4 signal Track Settings
 
G4 signal   (All R-loopBase Data tracks)

Maximum display mode:       Reset to defaults   
Select data type (Help):
Coverage ▾       Peak ▾      
Select subtracks by cell line and technology:
 All
Cell Line
93T449
A549
AG14980
Ast
CNCC
ESC
H1944
H1975
HACAT
HCCLM3
HCT116
HEK293
HEK293T
HeLa-S3
HepG2
HFFC
HT29
iPSC
K562
LnCaP
MCF7
MDA-MB-231-LM2
NCM460
NSC
PEO1
PEO4
Raji
Ramos
SW1271
SW620
U2OS
Cell Line
All 
Technology






























Technology
1H6ChIP   1H6ChIP
BG4ChIP   BG4ChIP
BG4CUTTag   BG4CUTTag
ChemMap   ChemMap
G4access   G4access
G4PChIP   G4PChIP
G4PCUTTag   G4PCUTTag
HepG4-seq   HepG4-seq
LiveG4ID-seq   LiveG4ID-seq
SG4ChIP   SG4ChIP
SG4CUTTag   SG4CUTTag
ssG4-seq   ssG4-seq
Select subtracks further by: (select multiple categories and items - help)
Replicate:
 Condition:

List subtracks: only selected/visible    all    ()
  Cell Line↓1 Technology↓2 Replicate↓3   Track Name↓4  
    

Description

We integrates multiple G4 sequencing datasets and uploaded them to G4-ChIP. Because R-loop formation displaces the non-template DNA strand as single-stranded DNA and R-loop regions frequently exhibit positive GC skew, the exposed guanine-rich single strand is prone to fold into G-quadruplex (G4) structures. Consequently, R-loops and G4s show a certain degree of colocalization. This track serves as one of the genomic features for assessing the reliability of R-loop formation.