Strategic Objectives
• Master the kinetics behind LAMP, RPA, and NASBA for superior assay design.
• Understand enzyme selection and buffer optimization for robust reagent development.
• Identify the chemical triggers that drive primer-template interaction at fixed temperatures.
• Overcome common inhibitory hurdles in complex biological samples.
The Core Challenge
Traditional PCR is tethered to expensive hardware and complex thermal cycling, limiting rapid diagnostic innovation and field-based molecular testing.
01
Beyond the Thermal Cycle
02
The Architecture of LAMP
03
RPA Dynamics
04
RNA-Targeted Amplification
05
Strand Displacement Principles
06
The Engine of Replication
07
Driving the Reaction
08
Transcription-Mediated Methods
09
The Role of Helicases
10
Signal Amplification
11
Chemical Buffering and pH
12
Energy Requirements
13
Cofactors and Catalysts
14
Primer Design Strategy
15
Nicking Enzyme Engineering
16
Overcoming Inhibitors
17
RNA-DNA Hybridization
18
Colorimetric and Turbidimetric Detection
19
Fluorescence and Intercalating Dyes
20
Lyophilization and Stability
21
The Future of Molecular Synthesis
Explore Research Ecosystem
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