Academy of Military Medical Sciences

Institute of Radiation Medicine, Academy of Military Medical Sciences, Pla.

Beijing Institute of Radiation Medicine

Hainan Yangpu New & Special Medicine Co., Ltd.

Beijing Youan Hospital, Capital Medical University

Shengqi Wang

Rui Xiao

Zhen Rong

Peng Wang

Zhen Li

Lin Wang

Tao Peng

Lu Yan Li

Ling Han

Ning Li

Min Chen

Zongwei Li

Ying Yang

Zhe Zhou

Shouguo Zhang

Jianping Ren

Xiaowei Zhu

Fengsheng Che

Yiguang Jin

Qiujun Lu

Yonghong Zhang

Yang Ke

Xiaoyang He

Xinxiu Deng

Anzhe Shi

Biochip detection apparatus includes a cavity for carrying a test tube vial, the test tube vial being used for accommodating a sample to be detected and a biochip, the cavity having a temperature control function; a liquid storage device for storing liquid; a pumping device for pumping the liquid in the liquid storage device to the test tube vial, the pumping device being in fluid communication with a separation needle for injecting a mixed liquid into the test tube vial; an imaging device for monitoring the chip state in the test tube vial; and a data processing device configured to acquire hybridization results on the basis of information about a biochip state acquired by the imaging device.

Fully automated biochip workstation and detection method using same

A sample rotating rack and a Raman spectrum detector are provided. The sample rotating rack comprises a rotating body and a plurality of sample carriers provided thereon, distributed around the circumference of the rotating body and able to be irradiated by light rays at the periphery of the rotating body. The Raman spectrum detector comprises a laser, a spectrum analyzer, a Raman probe, a rotating table and a sample rotating rack; the sample rotating rack is arranged on the rotating table, the Raman probe is arranged at the periphery of the sample rotating rack, and the Raman probe is electrically connected to the laser and the spectrum analyzer respectively; and the laser is used for emitting excitation light by means of the Raman probe, and the Raman probe can receive Raman scattered light and return same to the spectrum analyzer.

Sample rotating rack and Raman spectrum detector

A method for detecting trace fungi using single-cell sequencing and a fungi detection kit prepared by the method are disclosed. The method includes the steps of obtaining trace fungal cells, extracting fungal protoplasm by breaking the cell walls of fungi, extracting gDNA from trace fungal protoplasm and amplifying the gDNA, constructing trace gDNA library, genome sequencing, bioinformatics analysis and comparison, and determining the species of detected fungi, etc. The method realizes the high-efficiency detection of trace fungi, and can be directly applied to the isolation, detection, identification of trace and difficult-to-identify fungal samples or mixed samples, and in-depth study of genetic information. The fungi detection method and the kit are applicable to industrial production, environmental monitoring, air testing, soil testing, water quality testing, food testing, drug testing, cosmetics testing, health care products testing and medical testing, and other fields.

Method for detecting trace fungi using single-cell sequencing and kit thereof

The present invention relates to C-Glycosylisoflavones having alkylaminoalkoxyl substituent and pharmaceutically acceptable salts thereof, a process for the preparation thereof, pharmaceutical compositions comprising an effective amount of a compound of the formula (I), and to the use of these compounds or compositions for the treatment or prevention of cardio- and cerebrovascular diseases, in particular for the treatment of various cardiocerebral hypoxic-ischemic diseases, for the treatment or prevention of diabetes mellitus and complications thereof, and for the treatment or prevention of chemical poisoning, in particular alcoholism.

C-glycosylisoflavones having alkylaminoalkoxyl substituent, preparation and use of the same

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Beijing, China

Shengqi Wang