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Key Laboratory of Economic Plants and Biotechnology
Dietrich Schmidt vogt's Group
GONG Xun's Group
HU Hong's Group
HUANG Junchao's Group
LI Airong's Group
WANG Yuehu's Group
WU Jianqiang's Group
XU Jianchu's Group
LIU Aizhong's Group
LIU Li's Group
Location: Home > Key Laboratory of Economic Plants and Biotechnology > WU Jianqiang's Group > Professor Wu Jianqiang
Professor WU Jianqiang











Jianqiang Wu, Professor of Botany at the Kunming Institute of Botany, Chinese Academy of Sciences (KIB, CAS).

Email: wujianqiang@mail.kib.ac.cn  

Research Area

1.    Mechanism underlying plant resistance to insect herbivores.

Plants have co-evolved with insect herbivores for hundreds of millions of years and have elaborate defense systems against the attack from herbivores. Moreover, insects also cause large economical loss each year in crop production and environmental-friendly pest control is one of the important aspects of modern agriculture.  

Using several model plant species, such as soybean (Glycine max), wild tobacco Nicotiana attenuata, cultivated tobacco N. tabacum, and Arabidopsis thaliana, and chewing and sucking insects, we intend to answer the following research questions:

1) How do plants sense the attack of insects;

2) Which genes are involved in herbivory-induced signal transduction, and how do they execute their functions?

3) Which plant secondary metabolites are induced by herbivore feeding and have anti-herbivore functions? Which genes encode their biosynthetic enzymes?

Research objective: To understand the molecular mechanisms by which plants modulate their resistance to herbivores, and to develop novel insect control strategies using non-toxic plant-derived chemicals and genetically engineering or breeding.

2.    Host-parasitic plant interaction.

One percent of the angiosperm plants are parasitic. Compared with other autotrophic plants, heterotrophic parasitic plants have interesting distinct physiology, ecology, and evolutionary history. Many parasitic plants infect crop plants and this leads to decreased or even complete loss of yield. These parasites are also hard to control due to their intrinsic connection with the hosts.

Using dodders (Cuscuta spp.), which are holoparasitc plants, as the model, we are interested in:

1) Elucidating the mechanism of dodder foraging;

2) Identifying the important dodder-specific genes which control the development, especially those mediate the development of haustoria;

3) The molecular mechanisms of dodder transport of host nutrients, secondary metabolites and macromolecules;

4) Identifying genes that are important for host defense against parasitization.

Research objective: To understand the physiology, ecology, and evolutionary history of dodder and develop dodder bio-control methods.




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