Do you know the Queensland government has invested in advanced or new-age lab equipment for schools and universities? In 2022, the government spent $11.6 million on cutting-edge science and technology equipment to support aspiring students.
dvanced microscopes are one of the most evolved lab equipment that has elevated the microscopic imaging systems. These tools consist of both super-resolution and high-resolution imaging techniques to track molecules in real time with ease. It can also help visualise molecular bioscience‘s dynamic behaviours and discover more about cell biography.
Here is a complete guide to help you know everything about next-gen microscopes and its key benefits to make things easy for you:
Different Types of Advanced Microscopes
Renowned schools in Brisbane, QLD, have the following types of microscopes for science students:
1. Super-Resolution Microscopes
These advanced tools leverage the STED (Stimulated Emission Depletion) and Single-molecule Localisation Microscopy techniques to produce resolutions that are beyond the diffraction limit of light.
It allows you to visualise the smallest structures in living cells in a 3D resolution. It develops views on the structural layer of cells and molecular resolution.
2. 3D Imaging Microscopes
As the name suggests, the 3D microscope comes with three-dimensional image capture, quantification capabilities and image stitching to collect details and generate images that are difficult to get from a traditional optical microscope.
This tool can scan an object via different focal planes and collect data into 3D images.
However, it is good to keep do’s and don’ts in mind when investing in school lab equipment, such as microscopes and new-age technologies.
3. Live-Cell Imaging Microscopes
These are the most powerful microscopes that can image living cells and enable scientists to research dynamic techniques, such as migration and division of cells.
The live-cell imaging microscope uses fluorescence microscopy and phase contrast microscopy to collect the best quality images of cells that are alive.
You can easily find this new-age equipment in top-rated universities of Queensland and other regions of Australia.
4. Correlative Microscopes
This particular equipment merges two or more microscopy techniques (such as an optical microscope and fluorescence microscope) to generate a more detailed understanding of a sample cell.
The sample is imaged with the help of an electron beam and an optical light path to help achieve the desired results.
5. Automated Microscopes
These have gained a lot of popularity in the science and technology sector across Australia. A microscope with automated features will make things easy for researchers, aspiring students and scientists.
Some of the common features include:
- Image analysis software
- Automated movement of a stage.
This can be great scientific equipment for schools and universities in QLD for science and technology students.
What are the Key Benefits of Next-Gen Microscopes?
There is no denying that advanced and automated microscopes have revolutionised the field of cell biology. However, it is important to understand the key advantages of knowing things better:
1. HD Imaging Quality
Traditional microscopes lack of high-resolution images. This can sometimes create obstacles during the research process.
On the other hand, advanced microscopes have in-built optics and imaging technologies to improve the quality of images and can collect three-dimensional images of living cells.
2. Top-notch Imaging Techniques
Super-resolution and three-dimensional microscopes come with a huge range of imaging techniques that can elevate the overall experience.
These techniques are confocal microscopy, fluorescence microscopy, and much more. With these advanced imaging technologies, researchers and scientists can visualise the specimen clearly, track dynamic procedures in real-time and attain 3D imaging reconstructions.
3. Enhanced Speed and Sensitivity
Next-gen microscopy tools are designed with higher sensitivity and enhanced speed. This enables researchers to detect faint signals with ease.
Plus, you can easily scan and image living cells in a matter of a few minutes. It also supports dynamic biological processes and collects HD images more effectively and efficiently.
4. Advanced-Data Analytics
The new-age microscopes offer multifunctional and reliable software for precise image visualisation and analysis. These tools support the extraction of data from images and cover them into reproducible results for scientists and students working on cell biology projects.
The new-age science laboratory equipment also offers automated technologies, such as machine learning and AI, to drive data without a hint of stress.
There are tones of benefits when it comes to using new-age microscopic technologies. They come with super-resolution, three-dimensional, live cell, automated and other key features to help students easily learn the concept of cell biology.