| P01 |
Telomerase Activity in Adult Stem Cells is Adapted to an Immortal Life
History in an Asexual Highly Regenerative Context
A. Aziz Aboobaker (Univ. of Nottingham)
|
| P02 |
A Novel Transmembrane Protein is Required for Organ Regeneration in Planaria
Carolyn E. Adler (Stowers Inst. for Medical Research, HHMI)
|
| P03 |
Dishevelled is Essential for Planar Cell Polarity and Neural Connectivity
in Planarians
María Almuedo-Castillo (Univ. of Barcelona)
|
| P04 |
De novo Assembly of Dugesia japonica Planarian Draft Genome
Yang An (Kyoto Univ.)
|
| P05 |
Molecular Mechanisms Underlying Cell Proliferation and Formation of Positional
Information during Insect Leg Regeneration
Tetsuya Bando (The Univ. of Tokushima)
|
| P06 |
Exploring the Downstream Target Genes and Pathways of Smed-egfr-3: Characterization of Smed-egr-1, an Early Growth Response Homologue, during Planarian Regeneration
Sara Barberán (Univ. of Barcelona)
|
| P07 |
MEK-ERK Signaling in Adult Newt Retina Regeneration
Chikafumi Chiba (Univ. of Tsukuba)
|
| P08 |
Meiotic Competent Human Germ Cell-like Cells Derived from Human Embryonic
Stem Cells Induced by Extrinsic Signaling Factors and OCT4/Surface Marker
Selection
Ching-Yu Chuang (Academia Sinica)
|
| P09 |
Dynamic Expression of wnts and sFRPs Reveals Key Events in Complex Regenerative Responses of the Planarian Schmidtea mediterranea
Sarah A. Elliott (Stowers Inst. for Medical Research)
|
| P10 |
Tale Homeobox Genes in Planarian Regeneration
Daniel A. Felix (Univ. of Nottingham)
|
| P11 |
The role of the EGFR signalling pathway during planarian regeneration:
functional characterization of Smed-egfr-3 through Digital Gene Expression analyses
Susanna Fraguas (Univ. of Barcelona)
|
| P12 |
Planarian Sox Gene and Stem Cell System
Junsuke Fujii (Kyoto Univ.)
|
| P13 |
Functional Characterization of I-Smads in the Planarian Schmidtea mediterranea
Alejandro González Sastre (Univ. de Barcelona)
|
| P14 |
Role of mTOR Signalling in Regeneration and Stem Cell Regulation: New Insights
from Planarians
Cristina González-Estévez (Univ. of Nottingham)
|
| P15 |
Evolution of the DM Domain Gene Family in Schmidtea mediterranea
Longhua Guo (Stowers Inst. for Medical Research)
|
| P16 |
Epigenetic Regulation of Leg Regeneration in the Cricket, Gryllus bimaculatus
Yoshimasa Hamada (The Univ. of Tokushima)
|
| P17 |
A Mechanism that Controls Blastema Cell Proliferation and Survival during
Fin Fold Regeneration
Tomoya Hasegawa (Tokyo Inst. of Technology)
|
| P18 |
A LIM-homeobox Gene is Required for Differentiation of Wnt-expressing Cells
at the Posterior End of the Planarian Body
Tetsutaro Hayashi (RIKEN CDB)
|
| P19 |
Stem Cell Regulatory Mechanisms Directed by piwiB and piRNA in Planarians
Makoto Kashima (Kyoto Univ.)
|
| P20 |
Towards Understanding Tissue Regeneration and Homeostasis Mechanism using
Fish Regeneration Models
Atsushi Kawakami (Tokyo Inst. of Technology)
|
| P21 |
Developmental Analysis of Limb development after Temporal Blocking of Hedgehog Signaling
Eun-Jung Kim (Yonsei Univ. College of Dentistry)
|
| P22 |
Stem/Progenitor Cell Property of the Ependymal Cells in the Adult Rodent Spinal Cord
Masaaki Kitada (Tohoku Univ.)
|
| P23 |
Dopaminergic Neuron Differentiation during Planarian Brain Regeneration
Martin März (Max Planck Inst. for Molecular Biomedicine)
|
| P24 |
Histological and Molecular Analysis of Brain Regeneration in Newt
Chiaki Michibayashi (Kyoto Univ.)
|
| P25 |
JAK/STAT Signaling is Involved in Insect Leg Regeneration
Taro Mito (The Univ. of Tokushima)
|
| P26 |
Retinal Regeneration of Xenopus tropicalis at the Post-metamorphotic Stage
Ayumi Miyake (Nara Women's Univ.)
|
| P27 |
The Novel Function of Oct3/4 in Mouse Tooth Development
Eizo Nakagawa (Yonsei Univ.)
|
| P28 |
Analysis of the Mechanisms that Determine Tail Regenerative Ability in
Xenopus laevis Tadpoles
Yuko Naora (The Univ. of Tokyo)
|
| P29 |
Acute Alteration in Host Brain Environment Accelerates the Maturation and
Differentiation of Grafted iPSC-derived Dopaminergic Neurons
Kaneyasu Nishimura (Kyoto Univ.)
|
| P30 |
Molecular Determinants of Pluripotency are Deeply Conserved between Mammalian
and Planarian Stem Cells
Pinar Oenal (Max-Delbrueck Center for Molecular Medicine)
|
| P31 |
Involvement of eyes absent and sine oculis in Eye Development and Regeneration of the Cricket Gryllus bimaculatus
Hideyo Ohuchi (The Univ. of Tokushima)
|
| P32 |
Smed-Btc, a Planarian Bicarbonate Transporter Homologue, is Required for Correct Brain Regeneration and Functional Recovery
Suthira Owlarn (Max Planck Inst. for Molecular Biomedicine)
|
| P33 |
The Role of the Integrator Complex During Planarian Regeneration
Hanna Reuter (Max Planck Inst. for Molecular Biomedicine)
|
| P34 |
EGFR Signaling Controls the Maintenance and Regeneration of the Planarian
Excretory System
Jochen C. Rink (Max Planck Inst. of Molecular Cell Biology and Genetics)
|
| P35 |
Cellular Mechanisms Underlying Spinal Cord Regeneration in Ambystoma mexicanum
Aida Rodrigo-Albors (Center for Regenerative Therapies Dresden)
|
| P36 |
The Engraftment of Fetal Skeletal Muscle Progenitors into Muscular Dystrophy
Models
Hiroshi Sakai (Kyoto Univ.)
|
| P37 |
Early Regulations in Axolotl ALM Limb Regeneration
Akira Satoh (Okayama Univ.)
|
| P38 |
Dual Deep Transcriptomic Profiling of Planarian Stem Cells by smed-histone-2B RNAi and Irradiation
Jordi Solana (Max-Delbrück-Center for Molecular Medicine)
|
| P39 |
Study in-depth of the Wnt Ligands Function and Approach to the Frizzled
Receptors in the A-P Axis Specification of the Planarian Schmidtea mediterranea
Miquel Sureda-Gómez (Univ. de Barcelona)
|
| P40 |
Transcriptional Networks Driving Bastema Differentiation during Planarian
Regeneration
Yoko Suzuki (Max Planck Inst. for Molecular Biomedicine)
|
| P41 |
Molecular Analysis of Spinal Cord Regeneration in Axolotl
Akira Tazaki (Center for Regenerative Therapies Dresden)
|
| P42 |
Epigenetics in Planarian Regeneration: The Roles of SmedHDAC
Belén Tejada Romero (Univ. of Nottingham)
|
| P43 |
Analysis of ERK Signaling during Lens Regeneration in Newts
Rio Tsutsumi (Kyoto Univ.)
|
| P44 |
TORC1 is Required to Balance Cell Proliferation and Cell Death in Planarians
Kimberly C. Tu (HHMI, Stowers Inst. for Medical Research)
|
| P45 |
A Complete Retinal Regeneration in Adult Xenopus laevis
Yoko Ueda (Nara Women's Univ.)
|
| P46 |
Planarian Head Regeneration
Matthias C. Vogg (Max Planck Inst. for Molecular Biomedicine)
|
| P47 |
EGFR Signaling Controls the Maintenance and Regeneration of the Planarian
Excretory System
Hanh Thi-Kim Vu (Stowers Inst. for Medical Research, HHMI)
|
| P48 |
Orderly Organization of Organ Shape during Caudal Fin Regeneration
Tohru Yano (Tohoku Univ.)
|
| P49 |
What Molecule Triggers Re-proliferation of Cardiomyocytes during Newt Heart
Regeneration?
Naoki Yokotani (Tottori Univ.)
|
| P50 |
Models of Cell-division Stoppage Based on Dachsous/Fat Heterodimer System
Hiroshi Yoshida (Kyushu Univ.) |
Thursday, November 24 (Day 1)