Search Results for: fluorescence microscopes

Fluorescence Microscopy: Multiphoton and Other Techniques
Fluorescence Microscopy: Multiphoton and Other Techniques
Fluorescence Microscopy is a Light Microscopy technique that utilizes fluorescence and phosphorescence to capture images of organic or inorganic structures. It is one of the most common instruments in ...
Microscopy on the Smartphone: Bright-field and Fluorescence
Microscopy on the Smartphone: Bright-field and Fluorescence
In healthcare terminology, diagnostics refers to classifying an illness or condition based on studying the symptoms. The process of diagnostics has been forever changed with technology. Quality medical ...
Mode-Locked Lasers Improved With Graphene Technology
Mode-Locked Lasers Improved With Graphene Technology
Ever since graphene sheets were isolated from bulk graphite in 2004, two-dimensional materials have received an immense amount of interest for their unexpected and novel electronic and optical properties. ...
Ultrafast Amplifiers: a Brighter Future with Great Potential
Ultrafast Amplifiers: a Brighter Future with Great Potential
What are Ultrafast Amplifiers? For scientists and engineers, it is always exciting to have their laser machines empowered, and today a variety of ultrafast amplifiers are built right for this purpose. ...
Goniometer Stages 101: A Comprehensive Guide
Goniometer Stages 101: A Comprehensive Guide
Introduction Goniometer stages, as shown in the example below, are precision instruments that play a pivotal role in the realm of optics. Their primary function is to measure angles or rotate an object ...
STED Microscopy: Turning Molecules Off And On
STED Microscopy: Turning Molecules Off And On
Stimulated emission depletion microscopy (STED) is a popular super-resolution microscopy technique that researchers use to magnify microscopic organic compounds and proteins. This method is superior to ...
Two-Photon Microscopy and Diagnostic Applications
Two-Photon Microscopy and Diagnostic Applications
Two-photon excitation micoscopy (a.k.a. TPEF/ 2PEF) is the most common type of multiphoton fluorescence microscopy. It is a very interesting and useful technique for its ability to lock down on very ...
Light Sheet Microscopy- Principles and Biomed Applications
Light Sheet Microscopy- Principles and Biomed Applications
Light Sheet Microscopy (LSM), a.k.a. single plane illumination microscopy (SPIM), is a technique that allows for high resolution imaging of very small structures. This makes it one of the most popular ...
Cancer Cell Detection Using a Low-Cost Fluorometer
Cancer Cell Detection Using a Low-Cost Fluorometer
For women across all socioeconomic groups, breast cancer poses a large threat. Approximately 1 in every 8 women will be diagnosed with the cancer during her lifetime. Additionally, it is one of the leading ...
Hyperspectral Imaging: Spectral Analysis in 3 Dimensions
Hyperspectral Imaging: Spectral Analysis in 3 Dimensions
What is Hyperspectral Imaging? Imagine an iPhone app that could help you choose the best produce, the ripest fruit, or determine if the vegetables you are about to buy are truly organic. Well, it turns out ...