Media Summary: A video demonstrating chromosome organization by A new video shows how DNA stays packed up but doesn't get jumbled, which could have implications for cancer research. The human genome is two meters long but fits inside the microscopic nucleus of a cell. How does it do this? Our work suggests ...

Loop Extrusion Waltz - Detailed Analysis & Overview

A video demonstrating chromosome organization by A new video shows how DNA stays packed up but doesn't get jumbled, which could have implications for cancer research. The human genome is two meters long but fits inside the microscopic nucleus of a cell. How does it do this? Our work suggests ... Inside the nucleus, DNA is packed in highly complex structures that help to control which genes are on and off each time. Representative simulation of chromosome compaction by Prophase chromosome compaction and segregation by loop extrusion: 3. Sister chromatid segregation

from Fudenberg, Imakaev et al, Formation of Chromosomal Domains by Professor Alt described the mechanism of cohesin-mediated chromatin For more information see: "A pathway for mitotic chromosome formation", J. Gibcus, K. Samejima and A. Goloborodko et. al., ...

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Loop Extrusion Waltz
Watch the trick our DNA uses to stay organized
How does DNA fold? The loop extrusion model
TU Delft - Condensin Loop Extrusion 5/5
TU Delft - Condensin Loop Extrusion 3/5
TU Delft - Condensin Loop Extrusion 4/5
TU Delft - Condensin Loop Extrusion 1/5
When the Break Is Just around the Loop/ Cell, July 27, 2017 (Vol. 170, Issue 3)
Two Regimes of Chromosome Compaction by Loop Extrusion
Prophase chromosome compaction and segregation by loop extrusion: 3. Sister chromatid segregation
Dynamics of loop extrusion
Fred Alt - The Fundamental Mechanistic Roles of Chromatin Loop Extrusion in Antibody Gene ...
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Loop Extrusion Waltz

Loop Extrusion Waltz

A video demonstrating chromosome organization by

Watch the trick our DNA uses to stay organized

Watch the trick our DNA uses to stay organized

A new video shows how DNA stays packed up but doesn't get jumbled, which could have implications for cancer research.

How does DNA fold? The loop extrusion model

How does DNA fold? The loop extrusion model

The human genome is two meters long but fits inside the microscopic nucleus of a cell. How does it do this? Our work suggests ...

TU Delft - Condensin Loop Extrusion 5/5

TU Delft - Condensin Loop Extrusion 5/5

'Real-time imaging of DNA

TU Delft - Condensin Loop Extrusion 3/5

TU Delft - Condensin Loop Extrusion 3/5

'Real-time imaging of DNA

TU Delft - Condensin Loop Extrusion 4/5

TU Delft - Condensin Loop Extrusion 4/5

'Real-time imaging of DNA

TU Delft - Condensin Loop Extrusion 1/5

TU Delft - Condensin Loop Extrusion 1/5

'Real-time imaging of DNA

When the Break Is Just around the Loop/ Cell, July 27, 2017 (Vol. 170, Issue 3)

When the Break Is Just around the Loop/ Cell, July 27, 2017 (Vol. 170, Issue 3)

Inside the nucleus, DNA is packed in highly complex structures that help to control which genes are on and off each time.

Two Regimes of Chromosome Compaction by Loop Extrusion

Two Regimes of Chromosome Compaction by Loop Extrusion

Representative simulation of chromosome compaction by

Prophase chromosome compaction and segregation by loop extrusion: 3. Sister chromatid segregation

Prophase chromosome compaction and segregation by loop extrusion: 3. Sister chromatid segregation

Prophase chromosome compaction and segregation by loop extrusion: 3. Sister chromatid segregation

Dynamics of loop extrusion

Dynamics of loop extrusion

from Fudenberg, Imakaev et al, Formation of Chromosomal Domains by

Fred Alt - The Fundamental Mechanistic Roles of Chromatin Loop Extrusion in Antibody Gene ...

Fred Alt - The Fundamental Mechanistic Roles of Chromatin Loop Extrusion in Antibody Gene ...

Professor Alt described the mechanism of cohesin-mediated chromatin

A pathway for mitotic chromosome formation

A pathway for mitotic chromosome formation

For more information see: "A pathway for mitotic chromosome formation", J. Gibcus, K. Samejima and A. Goloborodko et. al., ...