Developing Drosophila melanogaster Models for Imaging and Optogenetic Control of Cardiac Function

Keyphrases

• Cardiac Function 100%
• Heart Function 100%
• Melanogaster 100%
• Optical Coherence Tomography 100%
• Optogenetics 100%
• Optogenetic Control 100%
• Drosophila Melanogaster Model 100%
• Drosophilidae 50%
• Biological Tissue 50%
• Transgenic 50%
• Cardiac Arrest 50%
• Imaging Data 50%
• Drosophila Melanogaster 50%
• Heart Disease 50%
• Invasive Procedures 50%
• Genetic System 50%
• Channelrhodopsin-2 (ChR2) 50%
• Bradycardia 50%
• Developmental Stages 50%
• Optogenetic Stimulation 50%
• Stimulation Mechanism 50%
• Biological Sciences 50%
• Behavioral Studies 50%
• Cellular Organization 50%
• Opsin 50%
• Visual Presentation 50%
• Gal4 50%
• Light Sensitive 50%
• Halorhodopsin 50%
• Integrated Optical 50%
• Optical Activation 50%
• Red Light 50%
• Optogenetic Tools 50%
• Genomic Investigation 50%
• Drosophila Heart 50%
• Modeling Human Diseases 50%
• Heart Pacing 50%
• Quantitative Characteristics 50%

Biochemistry, Genetics and Molecular Biology

• Drosophila Melanogaster 100%
• Heart Function 100%
• Optogenetics 100%
• Optics 60%
• Genetics 20%
• Transgenics 20%
• Opsin 20%
• Drosophila 20%
• Diptera 20%
• Channelrhodopsin 20%
• Developmental Stage 20%
• Cardiac Arrest 20%
• Red Light 20%
• Heart Pacing 20%
• Halorhodopsin 20%

Agricultural and Biological Sciences

• Drosophila Melanogaster 100%
• Optogenetics 100%
• Melanogaster 40%
• Tomography 40%
• Biological Sciences 20%
• Opsin 20%
• Instar 20%
• Developmental Stage 20%
• Diptera 20%
• Fruit Fly 20%
• Halorhodopsin 20%