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Bin Xie
Knuten till universitetet
Docent
,
Tillämpad biokemi
Telefon
+46462228261, +46707686216
E-postadress
bin.xie
tbiokem.lth
se
Översikt
Fingeravtryck
Nätverk
Forskningsoutput
(63)
Projekt
(3)
Aktiviteter
(13)
Liknande profiler
(5)
Fingeravtryck
Utforska forskningsämnen där Bin Xie är aktiv. Dessa ämnesetiketter kommer från personens arbeten. Tillsammans bildar de ett unikt fingeravtryck.
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Vikt
Alfabetisk ordning
Chemistry
Procedure
61%
Sensor
54%
Assay
51%
Concentration
40%
Chemical Reaction
30%
Ferrocene
26%
Glucose Oxidase
24%
Antimicrobial Agent
24%
Analytical Method
21%
Reaction Temperature
19%
Electrochemistry
17%
Beta Lactam Antibiotic Agent
17%
Carbon
15%
Biocatalyst
14%
Analytes
14%
Lactate
12%
Electron Transport
12%
Antimicrobial Resistance
11%
Amperometric
11%
Liquid Film
10%
Silicon
10%
Optimization
10%
Working Electrode
10%
NADH
10%
Electron Transfer
8%
Catalase
8%
Metabolite
8%
2,4-D
8%
Platinum
8%
Catechol
8%
Hydrogen Peroxide
8%
Antimicrobial Resistance Diagnostics
8%
Hydrolysis
8%
Calorimetry
8%
Chemical Oxygen Demand
8%
Monolayer
8%
Self Assembled Monolayer
8%
Plasma Concentration
8%
Catalysis
7%
Dioxygen
7%
Redox Reactions
7%
Bioactivity
7%
Electrochemical Reaction
7%
Buffer Solution
7%
Engineering Process
6%
Flow Kinetics
5%
Sample Treatment
5%
Engineering
Biosensor
100%
Columns (Structural)
46%
Development
36%
Injection System
21%
Linear Range
21%
Blood Sample
16%
Biochemicals
14%
Sensor
12%
Substrates
11%
Reactor
11%
Reduction
11%
Glucose Concentration
10%
Thermal Sensor
10%
Instrumentation
10%
Mols
9%
Monolayer
9%
Biosensing
9%
Flow Rate
9%
Support Material
8%
Calibration
8%
Flow Injection Analysis
8%
Wavelength
8%
Detection Limit
8%
Glycerol
8%
Optimization
8%
Detection System
8%
Emitting Light
8%
Chemical Oxygen Demand
8%
Recirculation
8%
Enhancement
8%
Glucose Sensor
8%
Recycling
8%
Low Cost
8%
Future Trend
8%
Analyzer
7%
Temperature Change
6%
Flow System
6%
Microchannel
5%
Single Channel
5%
Biochemistry, Genetics and Molecular Biology
Glucose
25%
Protein
22%
Microarrays
17%
Enzyme
16%
Classification
10%
Amino Acids
9%
Laccase
8%
Peptide
8%
Pleurotus ostreatus
8%
Transfer RNA
8%
Biodegradation
8%
Trametes Versicolor
8%
Serum (Blood)
8%
Mediator
8%
Hybrid
8%
Protein Characterization
8%
Transfer RNA
8%
DNA Mutation
8%
Dehydrogenase
8%
Principle of Enzymes
8%
Organic Solvents
8%
Metabolite
8%
Binding Competition
8%
Energy
8%
Immobilization
6%
Surface Property
5%
Fluorescence
5%
