Application of surface plasmon coupled emission to study of muscle

Keyphrases

• Actin 100%
• Coverslip 100%
• Rotational Motion 100%
• Surface Plasmon-coupled Emission 100%
• Cross-bridge 100%
• Fluorophore 50%
• Transition Dipole 50%
• Strong Dependence 50%
• Fluorescently Labeled 50%
• Surface Plasmon 50%
• Evanescent Wave 50%
• Single Cross 50%
• Surface Plasmon Resonance Angle 50%
• Mechanochemical Cycle 50%
• Molecular Crowding 50%
• Lateral Dimension 50%
• Noble Metals 50%
• Evanescent Wave Excitation 50%
• High Refractive Index 50%
• Plasmon Coupling 50%
• Laser Beams 50%
• Distance Dependence 50%
• Metal Interfaces 50%
• Metal Layer 50%
• Attoliter 50%
• Muscle Contraction 50%
• Detection Volume 50%
• High numerical Aperture Objective 50%
• Field Factor 50%
• Temporal Measurements 50%
• Millisecond Interval 50%
• Myosin Cross-bridges 50%
• Timing Behavior 50%
• Near-field 50%

Engineering

• Surface Plasmon 100%
• Evanescent 50%
• Rotational Motion 50%
• Fluorophore 25%
• Numerical Aperture 25%
• Refractive Index 25%
• Thin Layer 25%
• Millisecond 25%
• Field Factor 25%
• Collect Data 25%
• Metal Layer 25%
• Laser Beams 25%
• Refractivity 25%