Acta Neuropathologica: Ultra-sensitive and specific ultra-sensitive RT-QuIC analysis for Louis-associated synaptic nucleoprotein disease.
Time of Update: 2020-07-28
Clinically synaptic nucleosis shows highly variable performance in response to treatment and speed of progress. As a result, the prognosis of these diseases is very variable. Louis osmosis () is the most common synaptic nucleosis including and most
Guo Dongsheng research group of Nankai University: highly sensitive, specific detection and highly effective adsorption of perfluorinated pollutants
Time of Update: 2020-01-30
Based on this, a high sensitive supramolecular sensing and high efficient adsorption system was constructed to detect and adsorb PFOS and PFOA in wastewater.
Professor Li Juan and Professor Yang huanghao of Fuzhou University have made important progress
Time of Update: 2019-02-03
To solve these problems, Professor Li Juan and Professor Yang huanghao designed a proximity induced HCR strategy to amplify glycosylation of specific proteins on the surface of living cells by combining DNA proximity hybridization and hybridization chain reaction (HCR).
Professor Xie Yongshu from East China University of science and technology made new progress in the research of porphyrin dye-sensitized solar cells
Time of Update: 2019-01-22
The relevant research results are entitled "efficient solar cells sensitized by a promising new type of porphyrins: Dye aggregation suppressed by double strapping" Published in Chemical Science (DOI: 10.1039 / c8sc04969f), a famous international chemical journal.
Cai Lintao research group of Shenzhen Advanced Institute of Chinese Academy of Sciences has made
Time of Update: 2019-01-20
Recently, Cai Lintao, Shenzhen Institute of advanced technology, Chinese Academy of Sciences, has assembled a series of new metalloporphyrin complexes, and constructed a nano complex acoustic sensitizer by using albumin recombination technology.
Liu Huwei / Baiyu research group of Peking University has made important progress in ultra-high
Time of Update: 2019-01-11
SOC.) for in-situ detection and MS imaging analysis of glycans, our team designed a dual energy lcmp probe based on lectin recognition and three kinds of PEG small molecule MS signal molecules labeled separately (Fig. 2).
Research group of Professor Peng Hailin and researcher Liu Kaihui of Peking University have made
Time of Update: 2018-08-22
In the past century, infrared detection has become an important means for people to observe nature, and the application based on infrared detection has penetrated into all aspects
ACS Nano: Li Qilin research group of Shanghai Silicate Institute has made important progress
Time of Update: 2018-05-01
The application of large-scale energy storage device represented by smart grid puts forward higher requirements for cycle life, power density, cost and safety of energy storage
Adv. mater.: the team of Guo Shaohua, He Ping and Zhou Haoshen from Nanjing University made
Time of Update: 2018-02-25
Recently, the team of Guo Shaohua, He Ping and Zhou Haoshen from the school of modern engineering and Applied Sciences of Nanjing University combined in-situ Raman experiment
in the field of "calixarene super sensitive and specific fluorescence detection of cancer markers"
Time of Update: 2018-02-24
Recently, the research group has successfully applied the new guanidine calixarene designed to the field of biosensor, and realized the super sensitive and specific detection of lysophosphatidic acid (LPA), a serum marker of ovarian cancer (Fig. 1).
Scientists have made progress in the quantitative study of the sensitivity of tumor cells to pro apoptotic proteins
Time of Update: 2017-11-01
Recently, Dai Haiming, a researcher at the center of medical physics and technology, Hefei Institute of material science, Chinese Academy of Sciences, established a new method for quantitative measurement of tumor cell tolerance to proteins containing only BH3 domain.