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Shanghai Hengguang Zhiying Medical Technology Co., Ltd
High resolution live animal microscope
NegotiableUpdate on 05/06
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Overview
MARS-NANO is an advanced full spectrum live imaging microscope with a wavelength range of 400-1700nm, specifically optimized for the near-infrared second region. The system adopts a modular design, integrating confocal, two-photon, and hyperspectral modules, suitable for the in vivo imaging needs of various animal models. Its characteristics include deep penetration, high speed, and good compatibility, making it suitable for fields such as microangiography, tumor imaging, cell staining, and pathological section analysis.
Product Details
MARS-NANO is the latest full spectrum live imaging microscope with wavelengths covering 400-1700nm.
Optimizing and designing the optical path for the near-infrared second zone can help users obtain deep level microscopic imaging capabilities in the presence of live small animals. Compared to other microscopy systems, the MARS Nano system is a newly designed modular system with confocal module, two-photon module, and hyperspectral module. The design of upright microscopes can more conveniently meet the in vivo imaging needs of various animal models. The system has the characteristics of deep penetration, fast speed, and good compatibility. It can be used in various fields such as microangiography, tumor local imaging, cell staining experiments, pathological section analysis, etc.
Case 1:
Unlike most other imaging systems focused on cell imaging applications such as confocal microscopy and super-resolution microscopy, MARS Nano is more suitable for meeting the growing demand for in vivo microscopy imaging
-Neuroscience research: observing dynamic information of synapses, neurons, neural networks, etc
-Tumor Biology Research: Observing Tumor Growth, Metastasis, and Response to Treatment
-Cardiovascular research: real-time monitoring of blood flow dynamics and vascular wall changes, stroke treatment, vascular inflammation, atherosclerosis, etc
-Drug development: Evaluating the distribution, targeting, and efficacy of drugs in the body
-Drug development: Evaluating the distribution, targeting, and efficacy of drugs in the body
Case 2:
Intestinal frozen section, lung frozen section, heart frozen section, kidney frozen section
Full spectrum imaging cases of different tissue slices, including:
Red: ICG probe staining (excitation at 808 nm, fluorescence collection at 1050 nm LP);
Green: DAPI (excitation at 400 nm, collection at 435-485 nm)
Case 3:
Case 4:
