Enhance research and medical testing capabilities! Jilin University Sino Japanese Friendship Hospital purchases ultrasonic disruptor

The purchase of Lanende ultrasonic disruptor by Jilin University Sino Japanese Friendship Hospital is an important measure to enhance scientific research and medical testing capabilities. The following analysis is conducted from the perspectives of device functionality, scientific research applications, improvement of medical testing capabilities, and overall hospital development:

1、The functional characteristics of the Lanende ultrasonic disruptor

The Lanende ultrasonic disruptor is a high-performance scientific research equipment with the following core functions:

Efficient crushing capability: By utilizing the cavitation effect of ultrasound, cells, tissues, and microbial samples can be quickly and efficiently crushed, suitable for crushing animal and plant tissues, bacteria, spore forming bacteria, and other microorganisms.

Multi functional applications: In addition to crushing function, it can also be used for emulsification, separation, dispersion, homogenization, extraction, degassing, cleaning, and accelerating chemical reactions, meeting various experimental needs.

Precise control: The equipment is equipped with a large LCD display and a central microcomputer control system, which can accurately set parameters such as ultrasonic output, gap time, ultrasonic power, and monitor sample temperature in real time.

Safe and reliable: It has functions such as automatic frequency tracking and automatic fault alarm, ensuring the safety and stability of the experimental process.

2、The application value in the field of scientific research

Biomedical research:

In fields such as cell biology and molecular biology, ultrasonic disruptors can be used to extract biomolecules such as proteins and nucleic acids from cells, providing high-quality samples for subsequent gene sequencing and proteomics research.

In drug development, it can be used to study the interaction between drugs and cells, evaluate the targeting and effectiveness of drugs.

Materials Science Research:

In the preparation of nanomaterials, ultrasonic disruptors can be used to disperse nanoparticles, prepare uniform nanosuspensions, and promote the development of new materials.

Interdisciplinary Collaboration:

This device can provide technical support for cooperation between hospitals, universities, and research institutions, promote interdisciplinary research, and enhance the research influence of hospitals.

3、Enhancement of medical testing capabilities

Sample pre-processing optimization:

In clinical testing, ultrasonic disruptors can be used to crush blood, tissue, and other samples, releasing target substances (such as pathogens, tumor markers, etc.) to improve the sensitivity and accuracy of detection.

For example, in infectious disease detection, virus particles can be quickly broken down, virus nucleic acids can be released, and detection time can be shortened.

New technology development:

Hospitals can use this equipment to develop new detection methods, such as liquid biopsy based on ultrasound technology, extracellular vesicle analysis, etc., to improve diagnostic capabilities.

Quality control:

The high-precision control function of the equipment can ensure the consistency of sample pre-processing, reduce experimental errors, and improve the reliability of detection results.

4、Promoting the overall development of the hospital

Improvement of scientific research strength:

The introduction of the Lanende ultrasonic disruptor will enhance the hospital's research hardware conditions, attract more high-level scientific research talents, and promote the application of scientific research projects and the transformation of achievements.

Optimization of medical services:

By enhancing detection capabilities, hospitals can provide patients with faster and more accurate diagnostic services, shorten the diagnosis and treatment cycle, and improve patient satisfaction.

Expanding academic influence:

The breakthroughs of hospitals in scientific research and testing will enhance their visibility in the academic community both domestically and internationally, and promote international cooperation and exchange.

5、Suggestions and Prospects

Personnel training:

Hospitals should organize relevant technical personnel to participate in equipment operation training to ensure the efficient use of equipment.

Application Expansion:

Encourage researchers to explore the application of ultrasonic disruptors in more fields, such as regenerative medicine, precision medicine, etc.

Equipment maintenance:

Establish a comprehensive equipment maintenance mechanism, conduct regular maintenance and calibration, and ensure the long-term stable operation of the equipment.