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on
1
Intro
2
Outline
3
Microfluidic Technology
4
Point of Care Diagnostic Technology
5
Different Detection Methods of Pathogens
6
Nucleic Acid-based Molecular Detection
7
CRISPR-based Biosensing and its Challenges
8
Operation of Self-contained Microfluidic Diagnostic System
9
Electricity-Free Heating System powered by Hand Warmer
10
Analytical Performance of Self-contained Microfluidic System
11
SARS-CoV-2 Detection in Clinical Samples
12
Optimization of CRISPR Reaction Buffer Systems
13
Enhanced NEXT CRISPR Detection with 5' end-extended crRNA
14
Sensitivity Evaluation of NEXT CRISPR Biosensor
15
Clinical Validation of NEXT CRISPR Biosensor
16
CRISPR-based Electrochemical Biosensing
17
EFE Electrochemical CRISPR Biosensor
18
Fluorescence Detection of EFE CRISPR Biosensor
19
Effect of the Frequency on the CRISPR-based Biosensor
20
Effect of Peak-to-peak Amplitude on CRISPR-based Biosensor
21
Optimization of Electroactive ss-DNA Methylene Blue (MB) Probe
22
Conclusion
Description:
Explore a 34-minute webinar on CRISPR-based microfluidic biosensing systems for molecular diagnostics presented by Dr. Changchun Liu, associate professor at the University of Connecticut. Delve into the integration of CRISPR and microfluidic technologies for detecting pathogens and their potential in point-of-care diagnostics. Learn about self-contained microfluidic diagnostic systems, electricity-free heating methods, and analytical performance in SARS-CoV-2 detection. Discover optimizations in CRISPR reaction buffers, enhanced NEXT CRISPR detection techniques, and CRISPR-based electrochemical biosensing. Gain insights into the latest advancements in nucleic acid-based molecular detection for early diagnosis of infectious diseases and cancer screening. Earn PACE credits by watching the webinar and following the provided instructions.

CRISPR-based Microfluidic Biosensing Systems for Molecular Diagnostics

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