Applications
Natural science | Application | Fluorescence filter set |
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Anatomy | • Monitoring of capillary flow | • GFP 1, GFP 2 |
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Biology | • Gene expression in chicken embryos, fruit flies, | • GFP 1, GFP 2 |
| threadworms and zebra fish |
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| • Fish otoliths marked with alizarine red | • Green |
| • Genetic expression through viruses and bacteria | • GFP 2 |
| which infect plants and animals |
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Biomedicine | • Humatic seals on pacemakers | • Blue, green |
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Genetics | • Cellular detection and protein expression | • GFP 1, GFP 2 |
| • Sorting and dissection |
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| • Monitoring developmental processes |
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Neurology | • Gap junctions on muscles and nerves | • GFP 1, violet |
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Ophthalmology | • Cell development in rats' eyes | • GFP 1, GFP 2 |
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Pharmacy | • Drugs | • GFP 1, GFP 2 |
| • ELI spotting in cell structures | • Green |
| • Monitoring of capillary flow with FITC | • GFP 2 |
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Plants and seeds | • Plants, genetic expression, transgenetics | • GFP 1, GFP 2 |
| • Bacteria detection |
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Botany | • Plant cells, plant surfaces, soil samples | • GFP 3 |
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Hydrology | • Water quality (bacterial and other pollutants) | • UV |
| • Filtered water | • GFP 1 |
| • Cell structures in and on the filter membrane | • GFP 1 |
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Parasitology | • Detection of bacteria on ticks | • GFP 1, GFP 2 |
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Forestry | • Development of | • GFP 1 |
| (investigation of viruses on pests) |
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