|
Keynote Speakers
|
|
序号
|
姓 名
|
单 位
|
题目
|
|
1
|
Bob Schmitz
|
University of
Georgia
|
Deciphering cis-regulatory
elements at single-cell resolution in plants
|
|
2
|
Vivianne
GAA
Vleeshouwers
|
Wageningen
University
|
待定
|
|
3
|
晁代印
|
中国科学院分子植物卓越中心
|
A GAPLESS Casparian
strip for plant homeostasis
|
|
4
|
戴俊彪
|
中国农科院深圳农业基因组所
|
SynMoss: Design and
synthesize a plant genome
|
|
5
|
黄三文
|
中国热带农业科学院
|
The reinvention of potato and the PLANeT initiative
|
|
6
|
戚益军
|
清华大学
|
RNA regulation in plants
|
|
7
|
王 文
|
西北工业大学
|
Deciphering animal complex
traits by evolutionary genomics
|
|
8
|
闫建斌
|
中国农科院深圳农业基因组所
|
Taxus genome and paclitaxel
biosynthesis pathway
|
|
9
|
张强锋
|
清华大学
|
待定
|
|
报告人
|
|
序号
|
姓 名
|
单 位
|
题目
|
|
1
|
Kenichi Tsuda
|
华中农业大学
|
Dual multi-omics dissection
of plant-bacterial interactions
|
|
2
|
程 汉
|
中国热科院橡胶所
|
Haplotype-resolved genome
helps deciphing yield component traits in rubber tree
|
|
3
|
董
扬
|
云南农业大学
|
Wild
ginger genome enables identification of region determining sex-phase synchrony
|
|
4
|
谷晓峰
|
中国农科院生物所
|
待定
|
|
5
|
黄学辉
|
上海师范大学
|
The development of an intelligent breeding system in rice
|
|
6
|
赖锦盛
|
中国农业大学
|
The complete Telomere-to-telomere genome
assembly of maize and beyond
|
|
7
|
李红菊
|
中国科学院遗传发育所
|
待定
|
|
8
|
李建彩
|
中国科学院分子植物卓越中心
|
The retrograde
evolutionary assembly safely switches a terpenoid pathway from indirect to
direct defense
|
|
9
|
李文学
|
中国农科院作科所
|
Biofortification of iron content by regulating a NAC transcription
factor in maize
|
|
10
|
李兴旺
|
华中农业大学
|
Simultaneous
Profiling of Chromatin-Associated RNA at Targeted DNA Loci and RNA-RNA
Interactions through TaDRIM-seq
|
|
11
|
芦思佳
|
广州大学
|
Subfunctionalization and
self-repression of duplicated homologues finetunes soybean flowering and
adaptation
|
|
12
|
鲁
非
|
中国科学院遗传发育所
|
A high-resolution map of
evolutionary constraint in bread wheat using Triticeae genomes
|
|
13
|
罗
杰
|
海南大学
|
Identification and
regulation of metabolic gene clusters in plants
|
|
14
|
倪中福
|
中国农业大学
|
Dissection of the molecular
basis underlining spike morphology in wheat species (Triticum L.)
|
|
15
|
宋献军
|
中国科学院植物所
|
The genetic basis of
histone acetylation-centered regulation of grain size in rice
|
|
16
|
唐朝荣
|
海南大学
|
Pan-genome and phylogenomic
analyses highlight Hevea species
delineation and rubber trait evolution
|
17
|
童红宁
|
中国农科院作科所
|
Unleashing Rice Yield by
Trade-off Dismantling via Tissue-Specific Brassinosteroid Inhibition
|
|
18
|
武旭娜
|
云南大学
|
Transceptor NRT1.1 and
receptor-kinase QSK1 complex controls PM H+-ATPase activity under
low nitrate
|
|
19
|
胥国勇
|
武汉大学
|
Precise annotation of RNA
regulatory elements and their application in crop defense engineering
|
|
20
|
徐明良
|
中国农业大学
|
A
calcium-dependent protein kinase mediates quantitative resistance to multiple
foliar diseases in maize
|
|
21
|
杨 宁
|
华中农业大学
|
The population genetic
studies of Zea genus
|
|
22
|
张 飞
|
华中农业大学
|
A molecular pathway for the
development of Citrus oil gland
|
|
23
|
张 鹏
|
中国科学院分子植物卓越中心
|
Structure guided
engineering of Guard cell channels/transporters to boost photosynthesis
|
|
24
|
张天真
|
浙江大学
|
Breeding by
Design Strategy in Cotton in China
|
|
25
|
张亮生
|
浙江大学
|
The Angiosperm genomes and
its gene resources mining
|
|
26
|
张一婧
|
复旦大学
|
Harmony in Diversity:
Functional Epigenomic Study of Wheat Polyploidy
|
|
27
|
肖 军
|
中国科学院遗传发育所
|
Systemic identification of
yield regulators via integration of multi-omics in wheat
|
|
28
|
吴 双
|
福建农林大学
|
Trichome regulation
in tomato and its potential application in breeding
|
