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Categories | Non Destructive Testing Equipment |
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Brand Name: | iqualitrol |
Model Number: | LUYOR-3450 |
MOQ: | 1 Set |
Payment Terms: | T/T, Western Union |
Supply Ability: | 10 Sets per Month |
Delivery Time: | 10 Working Days |
Packaging Details: | Plywood Box |
Cell phototoxicity: | suitable for photodynamic and photothermal therapy, and evaluating the cytotoxicity of photosensitive drugs; |
Photoinduced Drug Release: | Use light to control photosensitive drugs to achieve controlled release of drugs |
Light curing: | UV LED light source can be used in light curing resin forming, light curing adhesive, light curing coating, light curing ink and other fields |
Photodeformation: | Development of new photodeformable materials using photochemical and photophysical effects |
Optogenetics: | Using light to control light-sensitive proteins to demonstrate cellular activity |
High-throughput photochemical reaction: | suitable for photocatalyst development and photochemical synthesis reaction conditions screening |
Cell Phototoxicity Irradiator LUYOR-3450
Brief Introduction:
Cell Phototoxicity Irradiator LUYOR-3450 provides light sources for various cell illumination, high-throughput photocatalysis, photodeformation and other experiments.
3T3 NRU type cytotoxic radiation meter LUYOR-3450 is exquisite in design, simple and exquisite in structure.
Following OECD, EU, GB/T standards, it can automatically complete various detection experiments and in vitro identification experiments of potential phototoxic cosmetics and chemical raw materials.
Features:
Compatible with standard 96-well cell culture plates
3T3 NRU Cell Phototoxicity Irradiator LUYOR-3450 Technical Parameters:
1. Power supply: 220 VAC, 50 Hz
2. Capacity: 2 standard 96-well plates
3. Fixed program: UVA intensity 1.69 mW/cm2, time 50 min
4. UVA radiation intensity range: 1.3 mW/cm2~2.2 mW/cm2;
5. UVA: 365nm;
7. Air cooling
Application:
Cell phototoxicity: suitable for photodynamic and photothermal therapy, and evaluating the cytotoxicity of photosensitive drugs;
Photoinduced Drug Release: Use light to control photosensitive drugs to achieve controlled release of drugs;
Light curing: UV LED light source can be used in light curing resin forming, light curing adhesive, light curing coating, light curing ink and other fields;
Photodeformation: Development of new photodeformable materials using photochemical and photophysical effects;
Optogenetics: Using light to control light-sensitive proteins to demonstrate cellular activity;
High-throughput photochemical reaction: suitable for photocatalyst development and photochemical synthesis reaction conditions screening;
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