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Guo ZhanBao

Chinese Academy of Agricultural Sciences

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Xu ShuFa

Shanghai Jiao Tong University

Ting Zhou

Zhengzhou University

Jiandong An

Chinese Academy of Agricultural Sciences

Abebe Jenberie Wubie

International Centre of Insect Physiology and Ecology

Wenjun Peng

Institute of Apiculture Research

Yazhou Zhao

Institute of Apiculture Research

Li YuShi

Hu ChangAn

Lingyu Gao

Institute of Apiculture Research

Jilian Li

Institute of Apiculture Research

Cooperative Institutions

Chinese Academy of Agricultural Sciences

Institute of Apiculture Research

Ministry of Agriculture and Rural Affairs

Fujian Agriculture and Forestry University

Tsinghua University

Zhengzhou University

Institute of Plant Protection

Shandong Academy of Agricultural Sciences

Ministère de l'Agriculture et de la Souveraineté alimentaire

Sichuan University

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Optimization of ethanol extraction technology from propolis by response surface methodology.

Journal of Agricultural Science and Technology (2012)

Yazhou Zhao Tian Wen-li Guo ZhanBao Lingyu Gao Wenjun Peng

Propolis has always been utilized as functional food for its superior health effect.In order to improve the quality and production efficiency of propolis products,on the basis of fully simulating the actual production conditions,we analyzed the influencing factors(extracting time,ethanol concentration,solid-liquid ratio,distilling frequency and distilled temperature) to extraction ratio and general flavonoids content of propolis by response surface methodology(RSM).The results showed that extraction ratio and general flavoniods content predicted by regression model for the propolis samples were 38.324 6% and 199.776 mg/g,respectively in this study.The optimal ethanolic extraction conditions of propolis were as fallowing: extracting time was 24 h,ethanol concentration was 95%,solid-liquid ratio was 10 ∶ 1,extracting frequency was twice,and extracting temperature was room temperature.In order to reach the objective of guiding the production,this experiment conclusion should be inspected by the actual production workshop.

Propolis

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Microsatellite DNA polymorphism of the Italian honeybee, Apis mellifera ligustica, in China.

Acta Entomologica Sinica (2010)

Zhao YaZhou Wenjun Peng Jiandong An Hu ChangAn Guo ZhanBao

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Cloning, tissue expression profiling and prokaryotic expression of a sensory neuron membrane protein gene from Apis cerana cerana (Hymenoptera: Apidae).

Acta Entomologica Sinica (2013)

Yingying Hu Xu ShuFa Wei Li Abebe Jenberie Wubie Guo ZhanBao

Apis cerana

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Sequence analysis and mRNA expression of mab-21 gene in the Chinese honeybee, Apis cerana cerana (Hymenoptera: Apidae).

Acta Entomologica Sinica (2015)

Fei Xue Pengjie Wu Li YuShi Xiuhong Wang Guo ZhanBao

Apis cerana

Bumblebee

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Molecular characterization and prokaryotic expression of VP1 gene from Beijing isolates of Chinese sacbrood virus.

Acta Entomologica Sinica (2014)

Li Wei Huang JiaXing Abebe Jenberie Wubie Fei X Guo ZhanBao

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Research Advances of Formation of Honeybee Colony Swarming Fever and Control Methods

Journal of Bee (2008)

This paper reviewed Swarming fever of honeybee colony and analyzed the formation of Swarming fever from three aspects, circumstances effect, honeybee genetic characters and behaviors. Furtherly, the management of Swarming fever of honeybee colony are summarized and the control methods are prospected.

Swarming (honey bee)

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Morphological characters and bionomics of Plodia interpunctella, a pest in Bombus lucorum colonies breeding in captivity

Kunchong Zhishi (2007)

Jiandong An Guo ZhanBao Jilian Li Luo Qi-hua Wu Jie

明亮熊蜂Bombus lucorum L.是一种重要的温室果菜传粉昆虫,印度谷斑螟Plodia interpunctella(Hubner)是危害明亮熊蜂繁育的主要害虫之一.2年的研究结果表明,印度谷斑螟的形态特征与危害蜜蜂巢房的大蜡螟Gallerue mellonella L.和小蜡螟Achroia grisella Fabricius明显不同.印度谷斑螟以饲喂熊蜂的花粉为载体传播进熊蜂繁育室,在熊蜂繁育室内可以连续繁殖,1年发生6～8代,且世代重叠.印度谷斑螟幼虫主要以蜂群内的剩花粉为食,当花粉不足时,就开始取食巢房和蜂蛹,对熊蜂的规模化繁育危害较大,每年的5～8月、11～2月为危害高峰期.印度谷斑螟的发育受环境和食物的影响很大,在温度为28℃、相对湿度为60%熊蜂繁育室内,印度谷斑螟的卵期为4 d,幼虫期为19～23 d,蛹期为11d,成虫期为4～20d.成虫羽化后3～4 h即可进行交配,雌蛾交配后当天就开始产卵,产卵期4～10 d不等,平均产卵量107.8粒.在熊蜂繁育室消毒期间,食物短缺,印度谷斑螟幼虫进入休眠状态,各龄幼虫均可发生休眠现象.印度谷斑螟不危害蜜蜂,在蜜蜂巢房中不能存活.

Bionomics

Captivity

Plodia interpunctella

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