Recently, a domestic Chinese pharmaceutical research company officially purchased nine MSHOT MIX60 inverted microscopes in bulk for daily cell observation and recording work in its cell laboratory. This not only reflects high recognition of the stable performance of MSHOT products, but also demonstrates the reliable application value of MIX60 in frontline experimental scenarios of drug research and development.
The company is a new R&D platform fully established by its parent company on September 23, 2024, with a registered capital of 100 million RMB, focusing on high-end scientific research service fields such as pharmaceutical research and experimental development.
As a leading enterprise in China’s pharmaceutical internationalization, its parent company not only owns over 40 subsidiaries and a large-scale R&D system, but also has demonstrated significant influence in the international market.
As an extension of the parent company’s R&D capabilities, this company can both inherit the group’s years of accumulated experience in innovative drug research and development and leverage the advantages of flexible and efficient scientific research responses. Although it was established not long ago, it has quickly engaged in key R&D links such as drug structure optimization, quality control, and cell experiments. In particular, it has established stable and precise technical processes in aspects like cell model construction, drug efficacy and toxicity evaluation, and monitoring of cell culture status.
1.The importance of inverted microscopes
In the process of new drug screening and development, cell culture is a fundamental yet crucial task. Whether evaluating the cytotoxicity of drug candidates or monitoring the impact of drugs on cell morphology and function, continuous observation of living cell status is indispensable.
And this is precisely the key scenario where inverted microscopes play their role:
- Compatibility with cell culture dishes/flasks: With the lens positioned below, it facilitates direct observation of cells adhering and growing on the bottom of the dish;
- Visualization of cell status: Clearly presenting indicators such as cell density, morphology, and adherence;
- Need for high-frequency observation: In cell labs, a densely packed experimental area, the operational convenience and imaging stability of the instrument are particularly critical.
Therefore, an inverted microscope that is both stable, durable, and equipped with high-quality imaging has become a “must-have” for research institutions.
2.MIX60: Empowering Cell Observation and Culture
MSHOT MIX60 inverted microscope is a cost-effective solution designed for cell experiments and drug research and development. Its bulk purchase by this company once again confirms the product’s comprehensive strength in scientific research scenarios.
Its core advantages include:
- High-definition imaging: Boasts a premium infinite optical system for sharp details and a flat, distortion-free field.
- Flexible container compatibility: Universal sample holder fits multi-well plates, flasks, etc.; reversible design accommodates extra-large containers.
- Versatile observation: Supports brightfield and phase contrast; upgradable for fluorescence to meet diverse needs.
- Ergonomic design: Tailored for frequent cell lab use, boosting comfort and efficiency.
- Smart, user-friendly features: Built-in OLED screen shows objective magnification and light intensity; includes ECO auto-shutdown and voice prompts.
- The clear imaging quality and thoughtful design provide more solid data support for research teams.
As a high-tech enterprise focusing on innovative drug research and development, the company has always adhered to the dual standards of “performance + efficiency” in equipment selection. The centralized purchase of MSHOT MIX60 this time is not only a direct recognition of product performance, but also a trust in the stable quality and service capabilities of domestic brands in the field of scientific research equipment.
In the future, MSHOT will continue to focus on scientific research needs in cell biology, drug research and development, etc., and launch more high-performance domestic microscopic solutions, helping more research institutions achieve the experimental goal of “both efficiency and precision”.