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Professor Wu Cai'e, Nanjing Forestry University: Effect of metal ions on the color and mechanism of blackberry wine
Time of Update: 2023-02-02
Recently, the team of Professor Wu Cai'e of the School of Light Industry and Food of Nanjing Forestry University published a research paper entitled "Metal-induced color change in blackberry wine" in LWT-Food Science and Technology (IF=6.
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Two metal ion-dependent enzymes as potential antiviral targets for human herpesviruses
Time of Update: 2022-02-17
SummaryMost drug development efforts targeting herpes viruses have focused on nucleoside analogs targeting viral DNA polymerases that have been associated with dose-limiting toxicity and/or narrow-spectrum activity .
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has made new progress in detection and analysis of heavy metal ions
Time of Update: 2019-01-28
Heavy metal pollution is harmful to human health, so it is of great scientific significance to study the detection and mechanism of heavy metal ions Recently, Xiong Shiquan research group of Institute
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-stage variable speed molecular rotor controlled by acid, alkali and metal ions
Time of Update: 2018-05-30
It is always a scientific problem to control the speed of the rotating device on the molecular level In particular, the problem of how to control the rotating speed of the rotor step by step (multi po
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Interaction mechanism between heavy metal ions and ternary intercalated nanomaterials revealed by Hefei materials
Time of Update: 2017-05-21
Recently, Huang Xingjiu, a researcher of the Institute of intelligent machinery, Hefei Institute of material science, Chinese Academy of Sciences, combined with XPS technology, has studied in detail t
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Metal silver ion disinfectant
Time of Update: 2022-01-03
By loading silver salt (antibacterial agent) on nanoparticles (antibacterial carrier) or simply superfine and nanometer antibacterial agents, the physical and chemical characteristics and optical characteristics of the obtained nano-silver disinfectants have undergone tremendous changes, and the antibacterial properties have been improved.
The results showed that 5 kinds of silver-loaded inorganic antibacterial agents at 100g/L are slightly toxic to mouse fibroblasts.
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Application of Chitin and Chitosan in the Recovery of Heavy Metal Ions
Time of Update: 2021-11-04
①Application example 1The ternary composite adsorbent made of fiber powder, chitosan hydrochloric acid aqueous solution and powdered activated carbon in a fixed ratio has a Pb 2+ removal rate of more than 90% .
As a flocculant or adsorbent, chitosan can effectively separate these heavy metal ions in industrial wastewater .
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Ligand Libraries for the Extraction of Metal Ions: Dynamic Combinatorial and High-Throughput Screening Methods
Time of Update: 2021-02-24
Metal ion coordination complexes have been central to the development of dynamic combinatorial methods as well.
Such metal ion complexes are used in dynamic combinatorial libraries for the purpose of designing compounds with unusual shapes or recognition properties ( 12 , 13 ).
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Fluorescent DNAzyme Biosensors for Metal Ions Based on Catalytic Molecular Beacons
Time of Update: 2020-11-29
Using a typical DNAzyme called the “8-17” DNAzyme as an example, the design of highly sensitive and selective Pb 2+ sensors is described in detail.
Although this sensor is highly sensitive and selective at 4�C, high background fluorescence is observed at higher temperatures.
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Peptide-Based Phosphoproteomics With Immobilized Metal Ion Chromatography
Time of Update: 2020-11-14
The identification of protein phosphorylation sites has always been a challenging task, traditionally involving large amounts of radioactive phosphorus and high-performance liquid chromatography separation and Edman sequencing of phosphopeptides.
IMAC has been useful to identify several in vivo phosphorylation sites of individual proteins, but is easier to apply to complex mixtures.
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Ji Xiaobo team of Central South University has made new progress in the field of anode materials for binary transition metal oxide lithium ion batteries
Time of Update: 2020-01-10
Recently, the research group of Professor Ji Xiaobo of Central South University has made new progress in improving the cycle stability, activating its reversible conversion and optimizing its lithium