Following Newton's Footsteps: Entering the Cell Transfection Experiment at Wuhan University's School of Life Sciences

Newtonian Optics

Intelligent Imaging, One-Step Solution!

Wuhan University, College of Life Sciences

01College Introduction

Wuhan University, College of Life Sciences (College of life sciences at WuHan University), can be traced back to1922year when the Department of Biology was established,1978year when the Department of Virology was established,1992year when the Department of Biology, the Department of Virology and the Center for Biological Engineering merged to form the College of Life Sciences. Through the efforts of generations of teachers, students and staff, the college has become a research-oriented college with a full range of disciplines, strong comprehensive strength, and significant influence both domestically and internationally.2005year, with the approval of the Ministry of Education, Wuhan University's biology experimental teaching center became one of the first national-level experimental teaching demonstration centers.

02Experimental Background

Cell transfection refers to the technology of introducing exogenous molecules such asDNA、RNAetc. into eukaryotic cells. It is widely used in gene function research, drug development, cell therapy and other fields. Its methods are diverse, including physical methods such as electroporation, which uses short, high-voltage electrical pulses to create small pores in the cell membrane, allowing exogenous molecules to Enter the cell; chemical methods such as liposome transfection, which uses liposomes to fuse with the cell membrane to bring exogenous substances into the cell; and biological methods such as virus-mediated transfection, which uses the infection mechanism of viruses to introduce target genes into cells.

High-efficiency and Precise Cell Analysis Solution

In the context of cell transfection experiments,Newtonian OpticsTugerFluorescence Cell Analyzerplays an important role. Before transfection, it can accurately determine the cell concentration, helping experimental personnel adjust the cell density to a suitable state, ensuring that the cells are in a good growth state and in appropriate numbers during transfection to improve transfection efficiency. After transfection, the fluorescence analyzer can detect cell number and activity changes to evaluate the toxic effects of transfection reagents and exogenous molecules on cells, and can also be combined with other detection methods to analyze cell proliferation, apoptosis, etc. after transfection, providing important basis for judging the transfection effect and subsequent experiments.

Newton Optics is honored to contribute to the scientific research of Wuhan University's College of Life Sciences. Newton Optics aims to provide broader scientific researchers with higher quality and more convenient experimental solutions!

Product Overview

Tugeris an integrated, fully automated fluorescence cell analyzer launched by Newton Optics. Based on image detection, it collects cell information from images; combined with dual fluorescence channels, it can analyzeAOPIdye-stained cells.TugerOrganically combines cell image analysis with fluorescence analysis. Thus achieving precise cell counting and analysis.

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Guangzhou Newton Optics Research Institute Co., Ltd.Located in Tianhe, Guangzhou, is an innovative enterprise focusing on the application of intelligent imaging technology in the field of life sciences. The company focuses on the field of cell analysis and has established a complete R&D, production, and sales system.

Newton Optics adheres to the values of integrity, responsibility, and excellence, and is committed to bringing innovative and cutting-edge scientific tools to customers in the global life sciences field.

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