Included Properties
Data Type
Project
Lab
Experiment Type
Dataset
Organism
Sample Type
Sample Tier
Sample Category
Sample
Organ/System
Tissue Source
Publication
Modifications
Treatments
Assay Details
Center
Status
Commendations
Warnings
2 Common Properties
Experiment Category
Sequencing
Set Type
Replicate
495 Results
Title
Experiment Type
Biosample
Dataset
Condition
Assay Details
Lab
in situ Hi-C
cerebellar granule neuron - 14 days old
Hi-C on mouse cerebellar granule neurons
14 day old neurons - Ubash3b enh KD
Enzyme
MboI
in situ Hi-C
cerebellar granule neuron - 14 days old
Hi-C on mouse cerebellar granule neurons
14 day old neurons - Etv1 KD with Etv1 variant rescue
Enzyme
MboI
in situ Hi-C
cerebellar granule neuron - 14 days old
Hi-C on mouse cerebellar granule neurons
14 day old neurons - Brd4 KD
Enzyme
MboI
in situ Hi-C
cerebellar granule neuron - 14 days old
Hi-C on mouse cerebellar granule neurons
14 day old neurons - Etv1 KD
Enzyme
MboI
in situ Hi-C
cerebellar granule neuron - 14 days old
Hi-C on mouse cerebellar granule neurons
14 day old neurons - control
Enzyme
MboI
in situ Hi-C
lung
Hi-C in lung tissue
LUAD (GFP+)
Enzyme
Arima - F1, A2, F3, F4
in situ Hi-C
mature cerebellar granule neuron - PND11
Hi-C on mouse cerebellar granule neurons - developmental series
PND11 - mature neurons
Enzyme
MboI
in situ Hi-C
immature cerebellar granule neuron - PND11
Hi-C on mouse cerebellar granule neurons - developmental series
PND11 - immature neurons
Enzyme
MboI
in situ Hi-C
immature cerebellar granule neuron - PND6
Hi-C on mouse cerebellar granule neurons - developmental series
PND6 - immature neuons
Enzyme
MboI
in situ Hi-C
mitotic cerebellar granule neuron precursor - PND6
Hi-C on mouse cerebellar granule neurons - developmental series
PND6 - precursors
Enzyme
MboI
in situ Hi-C
WTC-11 differentiated to cardiac muscle cell
Hi-C on WTC-11 differentiated to cardiac muscle cell
20 day differentiatiation to cardiac cells - TBX5 homozygous (compound heterozygous)
Enzyme
DdeI and DpnII
in situ Hi-C
WTC-11 differentiated to cardiac muscle cell
Hi-C on WTC-11 differentiated to cardiac muscle cell
20 day differentiatiation to cardiac cells - TBX5 heterozygous
Enzyme
DdeI and DpnII
in situ Hi-C
WTC-11 differentiated to cardiac muscle cell
Hi-C on WTC-11 differentiated to cardiac muscle cell
20 day differentiatiation to cardiac cells - WT
Enzyme
DdeI and DpnII
in situ Hi-C
WTC-11 differentiated to cardiac muscle cell
Hi-C on WTC-11 cardiac differention timecourse
ventricular - 23 days
Enzyme
DdeI and DpnII
in situ Hi-C
WTC-11 differentiated to cardiac muscle cell
Hi-C on WTC-11 cardiac differention timecourse
ventricular - 11 days
Enzyme
DdeI and DpnII
in situ Hi-C
WTC-11 differentiated to primitive cardiac myocyte
Hi-C on WTC-11 cardiac differention timecourse
ventricular - 6 days
Enzyme
DdeI and DpnII
in situ Hi-C
WTC-11 differentiated to cardiogenic mesoderm
Hi-C on WTC-11 cardiac differention timecourse
ventricular - 4 days
Enzyme
DdeI and DpnII
in situ Hi-C
WTC-11 differentiated to cardiogenic mesoderm
Hi-C on WTC-11 cardiac differention timecourse
ventricular - 2 days
Enzyme
DdeI and DpnII
in situ Hi-C
WTC-11 differentiated to cardiac muscle cell
Hi-C on WTC-11 cardiac differention timecourse
atrial - 45 days
Enzyme
DdeI and DpnII
in situ Hi-C
WTC-11 differentiated to cardiac muscle cell
Hi-C on WTC-11 cardiac differention timecourse
atrial - 20 days
Enzyme
DdeI and DpnII
in situ Hi-C
WTC-11 differentiated to cardiac muscle cell
Hi-C on WTC-11 cardiac differention timecourse
atrial - 11 days
Enzyme
DdeI and DpnII
in situ Hi-C
WTC-11 differentiated to primitive cardiac myocyte
Hi-C on WTC-11 cardiac differention timecourse
atrial - 6 days
Enzyme
DdeI and DpnII
in situ Hi-C
WTC-11 differentiated to cardiogenic mesoderm
Hi-C on WTC-11 cardiac differention timecourse
atrial - 4 days
Enzyme
DdeI and DpnII
in situ Hi-C
WTC-11 differentiated to cardiogenic mesoderm
Hi-C on WTC-11 cardiac differention timecourse
atrial - 2 days
Enzyme
DdeI and DpnII
in situ Hi-C
WTC-11
Hi-C on WTC-11 cardiac differention timecourse
undifferentiated
Enzyme
DdeI and DpnII