Evolution to Fluorescent Research
AnMo Electronics proudly introduces two new fluorescence models, the Dino-Lite Premier AM4113T-GFBW and AM4113T-YFGW, which both excels in performance and yet are cost effective academic and pharmaceutical research tools.Research on the zebrafish for example, has been proven promising and it is believed that the new Dino-Lite fluorescence models may significantly reduce the cost and barriers of research.
These two microscopes were designed to observe its particular range of fluorescence wavelength which both adopts specific excitation lighting and emission filters.The AM4113T-GFBW uses blue LED’s for excitation and has a 510nm emission filter that is designed to observe green fluorescence including but not limited to GFP (green fluorescent protein). Similarly, the AM4113T-YFGW utilizes green LED’s for its excitation light source but has a 570nm emission filter that is suitable for observing orange to red fluorescence including most OFP (orange fluorescence protein) and RFP (red fluorescence protein).In difference to traditional fluorescence microscope’s band-pass type of emission filters, the Dino-Lite’s high-pass type of emission filter provides visibility and sensitivity over a larger range of the fluorescence wavelength.
The AM4113T-GFBW and AM4113T-YFGW can capture or record at 1.3 megapixel resolutions, and can magnify up to 200x magnifications depending of working distance. The included DinoCapture 2.0 software has the capability of switching the light source between the excitation lights and white light which provides the convenience of locating and focusing on the specimen.The DinoCapture 2.0 software also has the capability of manual exposure adjustment, which may ease the observation of different fluorescence luminance.Like most of the other Dino-Lite series, the AM4113T-GFBW and AM4113T-YFGW can be found with excellence providing high quality imaging, ease-of-use, portability, and valuable software features.
