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Stormy Cheung

Professor
Department of Life Science
Northeast Normal University
China

Biography

 In 1975 into the Northeast Normal University Department of Biology, 1978 was admitted to the zoology graduate, in 1981 by the Northeast Normal University Master of Science degree, stay in school so far.   Over the years has been engaged in zoology, entomology, insect physiology and biotechnology teaching and research work. Has won the Northeast Normal University outstanding teaching award, in 1992 by the title of outstanding teachers in Jilin Province. In 1987, he was appointed teacher of the Central Electrification Education Center, and lectured and recorded 66 episodes of TV drama "Zoology" (on), many times in the Central Television Education Channel for the national broadcast. Has participated in the national six five scientific and technological projects "environmental background value of the investigation", "the second Songhua River and Mudanjiang upstream large benthic animal background value research" sub-project host, finishing identification of aquatic insects and macrobenthic More than 150 kinds, and in Changbai Mountain Tianchi (two Songjiang source) 372 meters deep for the first time to find planets and a Coleoptera larvae. Since 1994, he has been engaged in the innovation of the basic theory of insect brain biology and related experimental techniques and methods. 1998 invented the CP embedding agent (in 2003 by the Chinese invention patent ZL98125709.7), 1999 related research results published in the Chinese Science Bulletin (SCI); to 2003, the success of the CP embedding technology applied to the insect brain system Immunocytochemistry research; continued research, the invention of the electric thermostat embedding pen, the creation of the experimental model of directional slicing and production technology, to achieve the insect brain structure of the three-dimensional observation (2008 by the national authorized utility model patent ZL200720093621. 4); in 2006, the first discovery of insect brain presence of tryptophan hydroxylase TPH, the paper published in the world famous magazine Brain Research; the creation of in situ PCR slide liquid sealing technology, and CP embedding technology applied to the original Hybridization and liquid phase in situ RT-PCR and other molecular biology technology; developed and developed an immunohistochemical synchronization plate, adjacent slices of the film, the establishment and improvement of the insect brain cells associated with material co-localization technology, to verify our The proposed intracellular closely related substances can be corroborated by the scientific concept; to 2010, and in Cell and Tissue Research international famous magazine published research papers 2, our innovative technology, innovative experimental methods, innovative scientific research ideas and research The results have been recognized by scientists in the field of neurobiology, and published papers have been cited by the American Academy of Sciences (PNAS) and Neuron, the world's leading neuroscience journal. The first discovery and confirmation of the presence of 5-HT neurohormone systems , And the tph gene is differentiated at least until the arthropod appears. Series of innovative technologies and methods so that we in the brain of brain anatomy, immunocytochemistry and in situ molecular neurobiology research in the forefront of the world, has formed a certain characteristics and advantages. In 2012, the conference was held at the first international symposium on invertebrate neurobiology held in the world famous American cold spring port biological laboratory (7 people won the Ruier Prize). Now with five well-known laboratories at home and abroad have business dealings, part of the exchange of results has attracted domestic and foreign counterparts experts attention. The current research interest mainly focused on the effect of monoamine neurotransmitter synthesis rate limiting enzyme inhibitor on the development of monoamineergic neurons in Drosophila melanogaster, which directly induced the changes of intracellularly related target molecules in functional cells and led to fruit fly behavior Mutated neurobehavioral mechanism and other scientific problems, and try to construct the model of Drosophila melanogaster, which is related to the pathogenesis of Parkinson's disease and Alzheimer's disease, to provide an animal model for the experimental operation.

Research Interest

Insect brain neurobiology

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