Poster presentations
P01Seiichi Hirano (The University of Tokyo)
STRUCTURAL BASIS FOR THE PROMISCUOUS PAM RECOGNITION BY C. DIPHTHERIAE CAS9P02
Hiroshi Nishimasu (The University of Tokyo)
STRUCTURE-BASED ENGINEERING OF CRISPR-CAS9P03
Nahye Kim (Yonsei University College of Medicine)
SPCAS9 ACTIVITY PREDICTION BY DEEPSPCAS9, A DEEP LEARNING-BASED MODEL WITH HIGH
GENERALIZATION PERFORMANCE
P04
Ryoya Nakagawa (The University of Tokyo)
BIOCHEMICAL CHARACTERIZATION AND MOLECULAR ENGINEERING OF THE MINIMAL CAS9FROM C.JEJUNIP05
Hui Kwon Kim (Yonsei University College of Medicine)
HIGH-THROUGHPUT COMPARATIVE ANALYSIS OF xCas9, SpCas9-NG, AND SpCas9 ACTIVITIES IN
HUMAN CELLS
P06
Hideto Mori (The University of Tokyo)
SPADE FOR EXPLORING PERIODIC SEQUENCE REPEATS AS POTENTIAL GENOME EDITINGMODULES
P07
Keishi Osakabe (Tokushima University)
GENOME EDITING IN PLANTS BY USING A NOVEL GENOME EDITING TOOL, TID
P08
Nina Kurihara (The University of Tokyo)
BIOCHEMICAL ANALYSIS OF CAS12C
P09
Kazuto Yoshimi (Osaka University)
CHARACTERIZATION OF CRISPR-CAS3-MEDIATED GENOME EDITING IN MAMMALIAN CELLSP10Naoyuki Miyashita (KINDAI University)
MOLECULAR DYNAMICS SIMULATION STUDY FOR THE DIFFERENCES BETWEEN THE DYNAMICS
OF CRISPR CAS3 WITH AND WITHOUT SHORT SINGLE-STRAND DNA

P11Satoru Takeda (The University of Tokyo)
THE FUNCTIONAL AND STRUCTURAL ANALYSIS OF MINIATURE CRISPR-Cas14a
P12
Lapatrada Taemaitree (University of Oxford)
Split-and-Click sgRNAs
P13
Atsushi Kunii (Hiroshima University)
POWERFULGENE

ACTIVATIONVIACRISPR-BASEDHIERARCHICAL

ACCUMULATIONOF

EFFECTOR DOMAINSP14
Ha rim Shin (University of Ulsan College of Medicine)
INHIBITION OF HISTONE DEACETYLATION IMPROVE CRISPR-MEDIATED ADENINE BASE EDITINGEFFICIENCY
P15
Jonathan Strecker (Broad Institute of MIT and Harvard)
RNA-guided DNA insertion with CRISPR-associated transposases
P16
Takahiro Otabe (The University of Tokyo)
SPLIT-CPF1 SYSTEM AS AN INDUCIBLE GENOME EDITING AND EFFICIENT GENE ACTIVATION
P17
Ji-Eun See (University of Ulsan College of Medicine)
Reporter-based drug screening to improve CRISPR-mediated adenine base editing efficiency
P18
Niels R. Weisbach (ETH Zurich)
MULTIPLEXED GENOME ENGINEERING BY CAS12A AND CRISPR ARRAYS ENCODED ON SINGLE
TRANSCRIPTS
P19
Hiroyuki Konishi (Aichi Medical University School of Medicine)
TANDEM PAIRED NICKING USING CAS9 NICKASES PERMITS TARGETED KNOCK-IN WITHOUTSIGNIFICANT INHIBITION BY P53
P20
Yanpeng Wang (Chinese Academy of Sciences)CYTOSINE, BUT NOT ADENINE, BASE EDITORS INDUCE GENOME-WIDE OFF-TARGET MUTATIONSIN RICEP21
You Kyeong Joeong (Hanyang University)
Adenine base editors catalyze cytosine conversions in human cells
P22
Changyang Zhou (Chinese Academy of Sciences)
OFF-TARGET RNA MUTATION INDUCED BY DNA BASE EDITING AND ITS ELIMINATION BY
MUTAGENESISP23
Ju-Chan Park (Seoul National University)Safe Scarless Cassette-free Selection of Genome-edited Human Pluripotent Stem Cells Using Temporary
Drug Resistance
P24John Yu (Chang Gung Memorial Hospital)
B3GALT5 GENOMIC KNOCKOUT ALTERS GLYCOSPHINGOLIPID PROFILE AND FACILITATESTRANSITION TO HUMAN NAÏVE PLURIPOTENCY
P25
Marco Jost (University of California)
CRISPR-BASED GENETIC SCREENS IN PRIMARY HUMAN DENDRITIC CELLS TO DECIPHERMECHANISMS OF HOST-MICROBIOTA INTERACTIONS
P26
Yan Zhou (Wellcome Sanger Institute)
MEASURING GERMLINE VARIATION OF HUMAN GENE ESSENTIALITY BY GENOME-WIDECRISPR/CAS9 SCREENING IN INDUCED PLURIPOTENT STEM CELLSP27
Gue-ho Hwang (Hanyang University)
WEB TOOLS FOR CRISPR: RGENOME.NETP28
Jun Teramoto (Kobe University)
A COMPUTATIONAL TOOL TO DESIGN UNIQUE GUIDE RNAS FOR GENOME-WIDE BASE EDITING BY
TARGET-AID
P29
Ko Ishihara (Epigeneron, Inc.)A NOVEL SCREENING METHOD FOR GENOME-EDITED CELLS BY OLIGORIBONUCLEOTIDEINTERFERENCE-PCR (ORNi-PCR)P30
Xiaomin

Si (University of Chinese Academy of Sciences)

GENOME EDITING OF UPSTREAM OPEN READING FRAMES ENABLES TRANSLATIONAL CONTROLIN PLANTSP31
Yuriko Osakabe (Tokushima University)
DEVELOPMENT OF IN PLANTA-REGENERATION SYSTEM FOR PLANT GENOME EDITINGP32
Rui Zhang (Chinese Academy of Sciences, Beijing)
GENERATION OF HERBICIDE TOLERANCE TRAITS IN RICE BY BASE-EDITING
P33
Ayako Okuzaki (Tamagawa University)
CRISPR/Cas9 mediated genome editing of the SP11 gene in Broccoli
P34
Tomoko Miyaji (Tokushima University)
GENOME EDITING OF THE MODEL STRAWBERRY ‘FRAGARIA VESCA’ USING PLANT-OPTIMIZEDCRISPR/CAS9 SYSTEM
P35
Takuya Tsubota (National Agriculture and Food Research Organization)
DEVELOPMENT OF GENOME EDITING TECHNOLOGIES IN THE SILKWORM
P36
Takaya Abe (RIKEN)
Harnessing the CRISPR/Cas9 System in Mouse Genome Engineering @ LARGE, RIKEN BDR
P37
Naoki Wada (Tokushima University)
Development of a novel genome editing tool, TiD system, for mammalian genome engineering
P38
Shinya Ayabe (RIKEN)
MUTANT MOUSE CREATION IN RIKEN BRC FOR THE INTERNATIONAL MOUSE PHENOTYPINGCONSORTIUM
P39
Shuji Takada (National Research Institute for Child Health and Development)
SCREENING OF THE RESPONSIBLE SEQUENCES FOR DISORDERS OF SEX DEVELOPMENT BY
GENERATION OF A 70 KB DUPLICATION AND FINE MAPPING USING MOUSE AS A MODELP40
Ramu Gopalappa (Yonsei University College of Medicine)
ENBLOCANDSEGMENTAL

DELETIONSOF

HUMAN

XISTREVEALXCHROMOSOME

INACTIVATION-INVOLVING RNA ELEMENTSP41
Gyeong-Min Gim (Seoul National University)
GERMLINE TRANSMISSION OF CAS9-TRANSGENIC CATTLE AND ITS APPLICATION
P42
Eugene Chung (Institute for Basic Science, Seoul, Republic of Korea)
GENERATION OF CANINE DYSTROPHINOPATHY MODEL BY NUCLEAR TRANSFER USINGCRISPR/CAS9-MEDIATED SOMATIC CELLSP43
Yoshiki Miyasaka (Osaka Univ.)
EFFICIENT AND SIMPLE KNOCK-IN METHODS EXPAND THE POTENTIAL OF ANIMAL MODELS.
P44
Choongil Lee (Seoul National University)
CRISPR-PASS: GENE RESCUE OF NONSENSE MUTATIONS USING ADENINE BASE EDITORS.
P45
Suvd Byambaa (Jichi Medical University)
PHENOTYPICAL CORRECTION OF X-SCID MICE AFTER CRISPR/CAS9-MEDIATED UNIVERSALGENOME-EDITING THERAPY OF HEMATOPOIETIC STEM CELLS
P46
Sung-ah Hong (Hanyang University)
COL7A1 GENE EDITING IN PATIENT-DERIVED FIBROBLASTS FOR RECESSIVE DYSTROPHICEPIDERMOLYSIS BULLOSA (RDEB) RESCUE USING NG PAM TARGETABLE ADENINE BASE EDITOR
P47
Takafumi Hiramoto (Jichi Medical University)
THERAPEUTIC GENE CORRECTION OF HUMAN HEMOPHILIA B IPSCS BY BASE-EDITINGAPPROACH BASED ON AN ENGINEERED CAS9 WITH BROAD PAM FLEXIBILITY
P48
Christopher J. Vavricka (Kobe University)
GENOME-SCALE

PREDICTIONOFGENEONTOLOGYFROMYEASTKNOCKOUTFINGERPRINTS
P49
Hiromasa Hara (Jichi Medical University)
ESTABLISHMENT OF SIMULTANEOUS TRIPLE-REPORTER SYSTEM FOR HDR/NEHJ/DSBMASS