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(Presentation
+ Q&A time (minutes)) November
11
16:00-19:00 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スRegistration
17:00-鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スMixer and Lite Bites
18:30鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スOpening
Remarks
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス -21:45鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Session
1 [Biological targets of the CSN action]
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス chaired
by Daniel Chamovitz
(20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Daniel Chamovitz鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス (Tel Aviv University) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス STRUCTURE / FUNCTION IMPLICATIONS OF CSN7
(20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Michael Naumann (Otto
von Guericke University)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス COP9 SIGNALOSOME CONTROLS NF-kB ACTIVITY (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Giovanna Serino (Università 鬯ゥ蛹�スス�ッ�ス�ス�ス�カ鬮ッ譎���ス�ス�ス�ーa Sapienza鬯ゥ蛹�スス�ッ�ス�ス�ス�カ�ス�ス�ス�ス�ス�ス�ス�ス)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス REGULATION BY THE COP9 SIGNALOSOME OF
AtPIC2, AN F-box PROTEIN FROM ARABIDOPSIS THALIANA (30)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スCoffee
break鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Jun-ya Kato (Nara Institute of Science and
Technology) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Role
of CSN5 in mammalian cell proliferation and maintenance (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Ruggero Pardi (San Raffaele University Medical School) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス CONTEXT-DEPENDENT ROLES OF THE COP9
SIGNALOSOME IN CELL PROLIFERATION AND SURVIVAL, AS DETERMINED BY TISSUE-SPECIFIC
CONDITIONAL TARGETING OF ITS CATALYTIC SUBUNIT CSN5. (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Claus
Schwechheimer
(Technical University Munich) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス The
Arabidopsis COP9 signalosome is essential for G2 phase progression and genomic
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スstability
November
12
9:00-19:00
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Registration
9:00-11:25鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スSession 2 [Mechanism of SCF and the
ubiquitin/proteasome system]
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス chaired by Kazuhiro Iwai鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Kazuhiro Iwai (Osaka University)
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スTHE COP9/SIGNALOSOME INCREASES THE
EFFICIENCY OF pVHL-CONTAINING UBIQUITIN 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スLIGASE–MEDIATED HIF-a 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スUBIQUITINATION
(20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Yue Xiong (University of North Carolina at Chapel
Hill) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スThe Cullin-ROC
family of E3 Ubiquitin Ligases
(20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Keiichi
Nakayama (Kyushu
University)
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スTWO F-BOX PROTEINS SKP2 AND FBW7 CONTROL
CELL CYCLE EXIT AND RE-ENTRY
(20)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スCoffee break鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス chaired by Qi Xie鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Qi Xie (Institute of Genetics and Developmental
Biology) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スUbiquitination
in plant stress signaling鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス
(20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Li-Jia Qu (Peking Univ) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 'The role
of protein degradation in Arabidopsis gametogenesis'
(20)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Coffee break鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 11:45-13:00鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Session 3 [Interactions between eIF3,
CSN and proteasome] 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス chaired by John W. B. Hershey (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス John W. B. Hershey (University of California,
Davis)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スTHE STRUCTURE AND REGULATION OF HUMAN eIF3
(20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Carol Robinson (University of Cambridge)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スSubunit
architecture of the eukaryotic initiation factor 3 Insights from mass
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スspectrometry of intact complexes
(20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Kisselev Alexei (Dartmouth Medical School) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スA
novel SuperZOME: a supercomplex of proteasomes, ribosomes and IF3
13:00-鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Lunch 14:15-15:35鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Session 4 [Targets of SUMO
modification] 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス chaired by Hisato Saitoh (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Hisato Saitoh (Kumamoto University)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス The SUMO Signaling in the Regulation of
Epigenome and Nuclear Functions: SUMO2/3 as a Signal for Protein 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スDegradation?.
(20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スAmir Oryan (The Rappaport Faculty of Medicine
Technion-Israel Institute of Technology)
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スDegringolade
encodes a SUMO targeted E3 ubiquitin ligase required for Notch-鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スmediated HES
family repression
(12+3)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Yuta Ikarashi (Niigata University) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス STUDY FOR CELLULAR LOCALIZATION OF RICE SUMO1
AND SUMO2. (12+3)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Yusuke Takamura (Kwansei Gakuin Univ) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス SUMO GENE FAMILY IN ARABIDOPSIS THALIANA 15:35-16:35鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Poster Presentation 16:40-18:10鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Session 5 [Proteasome auxiliary
factors and regulation of the proteasome activity-1] 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス chaired by Stephan Nickell
(20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Stephan Nickell (MPI of Biochemistry)
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス New
insights into the molecular architecture of the 26S proteasome
(20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Shigeo Murata (The University of Tokyo)
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス PRODUCTION OF POSITIVELY SELECTING
PEPTIDES BY THYMUS-SPECIFIC PROTEASOMES (16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Victoria Menéndez-Benito (The Netherlands Cancer Institute
(NKI))鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス STABILITY OF THE 20S PROTEASOME (16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Daniel Kornitzer (Technion–Israel Institute of Technology)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スA
role for the Hul5 ubiquitin ligase in proteasomal processivity
18:10-
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Dinner 19:30-21:40鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Session 6 [Proteasome auxiliary
factors and regulation of the proteasome activity-2] 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス chaired by Michael H. Glickman (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Michael H. Glickman (Technion–Israel Institute of Technology) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Mapping
interactions with - and within - the 19S Regulatory Particle of the Proteasome (16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Paula da Fonseca (The Institute of Cancer
Research) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス STRUCTURE OF THE HUMAN 26S PROTEASOME:
SUBUNIT RADIAL DISPLACEMENTS OPEN THE GATE INTO THE PROTEOLYTIC CORE. (20)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Coffee
break鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス
(20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Junji Yamaguchi (Hokkaido University) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス REGULATION OF LEAF ORGAN SIZE BY THE
ARABIDOPSIS 19S PROTEASOME SUBUNIT (16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Elke Krüger (Charité -
Universitätsmedizin Berlin) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Immunoproteasomes
protect cells against interferon-induced accumulation of ubiquitin-conjugates
and oxidative stress (16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Emer S. Ferro (UNIVERSITY OF SAO PAULO) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス INTRACELLULAR PEPTIDES AS NATURAL
REGULATORS OF CELL SIGNALING November
13
9:00-18:00 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Registration
9:30-10:45
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Session 7 [Structure and function
of the Zomes components] 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス chaired by Hidehito Tochio (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Hidehito Tochio (Kyoto University) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス CRYSTAL STRUCTURE AND BIOCHEMICAL
CHARACTERIZATION OF THE UBA DOMAIN OF P62 (SEQUESTOSOME 1) (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Michal Sharon (Weizmann Institute of Science) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス MODULARITY OF THE HUMAN SIGNALOSOME
COMPLEX REVEALED BY MASS SPECTROMETRY (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Tsunehiro Mizushima (Nagoya City University) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス CRYSTAL STRUCTURE OF THE DMP1-DMP2 THAT
PROMOTES THE ASSEMBLY OF 20S PROTEASOMES (20)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Coffee
break鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 11:05-12:30鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Session 8 [ Role of the
ubiquitin/proteasome system in vivo-1]鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス chaired by Yoko Nishizawa (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Yoko Nishizawa (National Institute of Agrobiological
Sciences) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス RICE EL5, AN UNSTABLE RING-H2 TYPE E3,
PROTECTS CELLS FROM NITRATE-RELATED STRESS (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Masaaki Umeda (Nara Institute of Science and
Technology) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス CDK DEGRADATION AND INDUCTION OF
ENDOREDUPLICATION IN RESPONSE TO GENOTOXIC STRESS IN ARABIDOPSIS (16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Erika Isono (Technical University Munich) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス AtAMSH IS ESSENTIAL FOR ORGANELLE
DEVELOPMENT (12+3)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス So Maezawa (Tokyo Univ. of Sci.) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス BPOZ2 is a human counterpart of yeast Btb3p
and promotes the degradation of TDT 12:30-鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Lunch 14:00-15:00鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Session 9 [ Role of the
ubiquitin/proteasome system in vivo-2]鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス chaired by Tomoki Chiba (16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Tomoki Chiba (University of Tsukuba) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス A
novel ubiquitin ligase involved in p57Kip2 proteolysis regulates osteoblast
cell differentiation. (16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Kenneth Wu (Mount Sinai School of Medicine) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス PRIMING AND ELONGATING, TWO E2S WORK WITH SCF FOR
POLYUBIQUITINATION
(16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Hirotaka Takahashi (Ehime University) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス HIGH-THROUGHPUT ANALYSIS OF UBIQUITINATION
AND POLYUBIQUITINATION BASED ON WHEAT CELL-FREE PROTEIN PRODUCTION SYSTEM AND
LUMINESCENT DETECTION 15:00-鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Free time, Sightseeing, and Poster
viewing
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス(http://www.sankeien.or.jp/pdf/guidemap_english.pdf)
November
14
9:00-14:00 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Registration
9:00-11:35鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Session 10 [Functions of mammalian
CSN and role of CSN in human disease] 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス chaired by Ning Wei (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Ning Wei (Yale University) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス ROLE OF THE COP9 SIGNALOSOME IN CELL CYCLE
AND GENE EXPRESSION (16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Lionel Pintard (Institut Jacques Monod) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス The
Interaction network of the mammalian Cop9/Signalosome (16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Elisabetta Bianchi (Institut Pasteur) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス THE HUMAN COP9 SIGNALOSOME REGULATES THE
STABILITY OF THE UBC3/CDC34 UBIQUITIN CONJUGATING ENZYME. (20)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Coffee
break鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス chaired by Ning Wei
(16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Regina Groisman (Université Paris Sud) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Regulation
of Cop9/CSN by ATM-dependent phosphorylation (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Noriko Yoneda-Kato (Nara Institute of Science
and Technology) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Deregulation
of the MLF1/CSN/COP1 pathway in leukemogenesis (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Wolfgang Dubiel (Charité –
Universitätsmedizin Berlin) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス FUNCTIONS OF THE HUMAN COP9 SIGNALOSOME (20)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Coffee
break鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 11:55-13:15鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Session 11 [Functions and
interactions of CAND1 and CSN] 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス chaired by Dieter Wolf (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Dieter Wolf (Burnham Institute for Medical Research) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Control of Cullin-RING Ubiquitin Ligases
by the CSN and CAND1 (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Gerhard Braus (Georg August University Göttingen) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス CAND1 and the COP9 signalosome are
essential for the development of filamentous fungi (12+3)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Nadine Sela (Technion–Israel
Institute of Technology) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス ROLE FOR CDC34 C-TERMINAL DOMAIN IN
SUPPRESSION OF CAND1 INHIBITION OF SCF (12+3)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Edyta Siergiejuk (ETHZ - Eidgenössische
Technische Hochschule Zürich) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス LAG2
AS A NOVEL S.CEREVISIAE鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス CAND1 HOMOLOGUE 13:15-鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Lunch 14:30-16:30鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Session 12 [DeNeddylation enzymes and
targets of Nedd8/Rub1 modification] 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス chaired by Colin Gordon (20+5)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Colin Gordon (MRC Human Genetics Unit) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス CHARACTERISATION OF THE NEDD8 CONJUGATION
PATHWAY IN FISSION YEAST (16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス June-Tai Wu (National Taiwan University Hospital) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス A CRITICAL ROLE OF CSN DENEDDYLATING
COMPLEX IN EXTABLISHING THE HEDGEHOG SIGNALING GRADIENT (20)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Coffee break鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス
(16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Elah Pick (Haifa University) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス DENEDDYLATION ACTIVITY OF PURIFIED
PROTEASOME IS ATRIBUTED TO ASSOCIATION WITH CSN (12+3)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Yu Ohki (University of Tsukuba) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス The mechanism of the poly-NEDD8 chain
formation (16+4)鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Dimitris Xirodimas (University of Dundee) 鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス REGULATION OF THE MDM2-P53 PATHWAY THROUGH
NEDDYLATION OF RIBOSOMAL PROTEINS 16:30
-鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス Closing Remarks
鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�ス鬯ゥ謳セ�ス�オ�ス�ス�ス�イ�ス�ス�ス�ス�ス�ス�ス�スTop
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