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Newton's Footprint: Visiting Southwest Medical University to Support Vascular Endothelial Cell Research!

Release time:

2025-07-24

Source:

Newtonian optics

Newton Optics Tunin assists Southwest Medical University in cell analysis

Southwest Medical University

01 School Introduction

Southwest Medical University （ Southwest Medical University ） is a full-time ordinary higher medical college under the Sichuan Provincial Government ，established in 1951 year, formerly known as Luzhou Medical College, 2015 year renamed Southwest Medical University. The school is located in Luzhou City, Sichuan Province, with two campuses, Zhongshan and Chengbei, covering an area of approximately 2000 mu.

The school mainly focuses on medicine, covering multiple disciplines such as science, engineering, and management, with 20 colleges (departments), offering 33 undergraduate programs, and boasts advantageous disciplines such as clinical medicine, pharmacy, and integrated Chinese and Western medicine. It has a multi-level education system encompassing doctoral, master's, and undergraduate programs, with its clinical medicine discipline entering ESI global ranking in the top 1% .

Southwest Medical University Science and Technology Building

02 Experimental Background

The sample shown is endothelial cells ( Endothelial Cells ) are single-layer flat epithelial cells that constitute the inner wall of blood vessels, covering the entire body's blood vessels, lymphatic vessels, and the inner surface of the heart, forming the vascular endothelial system. As an important barrier between blood vessels and blood, endothelial cells have various physiological functions:

1) Barrier and Material Exchange

Selective permeability, regulating the transport of substances between blood and tissues;

2) Vascular Tone Regulation

Secretes nitric oxide ( 'NO' ), prostacyclin, and other active substances to regulate vascular tone;

3) Antithrombotic and Procoagulant Balance

Maintains blood homeostasis by expressing thrombomodulin and releasing tissue plasminogen activator ( t-PA ) etc;

4) Immune and Inflammatory Regulation

Participates in leukocyte adhesion, migration, and inflammatory response;

5) Angiogenesis ( Angiogenesis ）

Secretes nitric oxide ( 'NO' ), prostacyclin, and other active substances to regulate vascular tone; mediates new blood vessel formation in tissue repair, tumor growth, etc.

Endothelial dysfunction is closely related to various diseases such as hypertension, atherosclerosis, and diabetic complications, and is a key target for cardiovascular research.

Example image of endothelial cells, image source from the internet, please contact us for deletion if there is any infringement

03 Customer Pain Points

When using a hemocytometer for manual counting, the process is not only time-consuming but also prone to large counting errors.

High-efficiency and Accurate Cell Analysis Solution

Recently, the Southwest Medical University Science and Technology Building welcomed a " new member "—— Newton Optics Tuger Fully Automated Fluorescence Cell Analyzer Newton Optics, as a " High-efficiency and Accurate Cell Analysis Solution ” mainstream brand, assists in cell culture analysis.

Tuger When analyzing multiple types of cells with a fully automated fluorescence cell analyzer, it can identify and distinguish individual cells and cell clusters through high-precision imaging counting and excellent algorithms. Compared with the hemocytometer, which requires 4 to 6 minutes to complete the analysis of a single sample, Tuger it only takes less than 8 seconds to easily complete the analysis of 1 samples, significantly improving experimental efficiency 。

Newton Optics Tuger Bright Field Mode Analysis Results

Newton Optics is honored to contribute to the scientific research of Southwest Medical University. Newton Optics aims to provide broader scientific researchers with better and more convenient experimental solutions!

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Newton's Optics Boosts Research Efficiency: The HT-1080 cell research at South China University of Technology sees a significant increase in efficiency thanks to Newton's optics.

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Newton's Optics Boosts Research Efficiency: The HT-1080 cell research at South China University of Technology sees a significant increase in efficiency thanks to Newton's optics.