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DNA Dynamics and Life Strategies
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Europe/Copenhagen
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Description
The school is focusing quantitative aspects of biological regulatory dynamics, ranging from DNA repair, DNA-looping, chromosomal architecture, to the architecture of small regulatory networks and their implementation in space. The participants are expected to gain understanding of regulatory decisions and strategies from cellular to multicellular scale. The school is intended for interested researchers at all levels, especially PhD students.
Support
Participants
Adriaan-Alexander Ludl
Ala Trusina
Alberto Imparato
Alcides Esquivel
Ann-Katrine Vransø West
Aparna Srivastav
Atieh Mirshahvalad
Cecilia Lövkvist
Cilie Hansen
Dan Kofoed
Dino Ott
Erwin Peterman
Filippo Botta
Florian Uekermann
Hanne Nørgaard Christensen
Hiizu Nakanishi
Hongli Zeng
Ilaria Cataudella
Ineke Brouwer
Jacob Bock Axelsen
James Briscoe
Jan Haerter
Jannik Mau Thorup
Jeff Hasty
Jens Tarp
Jeppe Juul
Joachim Mathiesen
Johan Zakrisson
John van Noort
Joshua M. Brickman
Joshua S. Weitz
Julianne Halley
Julie Bonne Koehler
Kamilla Nørregaard
Kim Sneppen
Kirti Prakash
Kristian Bendtsen
Kunihiko Kaneko
Leihan Tang
Lene Oddershede
Ludvig Lizana
Lærke Rebekka Holm
Mara Villa
Martin Ackermann
Matthew Scott
Mette Eriksen
Michaela Reiter-Schad
Mogens Høgh Jensen
Mukund Thattai
Nader Reihani
Namiko Mitarai
Natascha Leijnse
Nicolas Lenner
Ninna Rossen
Pengfei Tian
Pernille Yde
Pia Cordsen
Poul Martin Bendix
Ralf Metzler
Rebecca Ettlinger
Rune Midjord Nielsen
Sabolcs Semsey
Sandeep Krishna
Sanjay Jain
Silja Heilmann
Steen Pedersen
Stefan Bornholdt
Takashi Nozoe
Tetsuhiro Hatakeyama
Tuomas Knowles
Yandong Guo
Younes Farhangi Barooji
Yukihiko Nakata
