Mc ds qi2 mono digital camera

Manufactured by Nikon

The Mc DS-Qi2 Mono Digital Camera is a high-resolution digital camera designed for laboratory applications. It features a monochrome sensor with a resolution of 2.8 megapixels. The camera can capture images at a maximum frame rate of 23 frames per second. It is equipped with a C-mount lens adapter and is compatible with a variety of microscope systems.

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Lab products found in correlation

Nis element ar software, by Nikon (2 mentions)

2 protocols using mc ds qi2 mono digital camera

Organoid Development and Glucotoxicity

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Organoid growth and the effect of glucotoxicity on organoid development were analyzed by collecting brightfield images of control (17.5 mM glucose) and high glucose (35 mM glucose) treated organoids, respectively, with inverted fluorescence microscopy TI-E (Nikon, Amsterdam, Netherlands, Europe) using a Mc DS-Qi2 Mono Digital Camera as previously reported [43 (link)]. The length of organoids, lumen-cell length ratio, number of buds, and crypt and villus domains were measured using Nis Element AR Software (Nikon).

Filippello A., Di Mauro S., Scamporrino A., Malaguarnera R., Torrisi S.A., Leggio G.M., Di Pino A., Scicali R., Purrello F, & Piro S. (2021). High Glucose Exposure Impairs L-Cell Differentiation in Intestinal Organoids: Molecular Mechanisms and Clinical Implications. International Journal of Molecular Sciences, 22(13), 6660.

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Analyzing Organoid Lipotoxicity via Microscopy

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Organoid growth and lipotoxicity effect on the development of organoids were analyzed by collecting brightfield images of controls and palmitate-exposed (0.5 mM palmitate) organoids, respectively, with inverted fluorescence microscopy TI-E (Nikon, Amsterdam, The Netherlands, Europe) using a Mc DS-Qi2 Mono Digital Camera as previously reported [16 (link)]. The Nis Element AR Software (Nikon) was used to measure the following organoid parameters: the ratio between the lumen and cell length, number of buds, and crypt and villus domains. These experiments were performed by using organoids isolated from six mice.

Filippello A., Di Mauro S., Scamporrino A., Torrisi S.A., Leggio G.M., Di Pino A., Scicali R., Di Marco M., Malaguarnera R., Purrello F, & Piro S. (2022). Molecular Effects of Chronic Exposure to Palmitate in Intestinal Organoids: A New Model to Study Obesity and Diabetes. International Journal of Molecular Sciences, 23(14), 7751.

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