Multiphoton microscopy is a general term for a variety of fluorescence and non-fluorescence microscopy techniques that rely on multiple photons interacting with either individual molecules or ...

Thus, as with image- scanning microscopy technologies, the Airyscan detection concept can be leveraged with multiphoton excitation to increase the imaging depth beyond that of traditional confocal ...

Discover how different light sources, including LEDs, arc lamps, and lasers, impact optical microscopy techniques like ...

Each of Bliq's solutions is designed with the client's specific needsd in mind. Our technologies improve resolution, enable volumetric imaging and can be installed on any new or existing wde-field ...

Accompanied by high S/N-ratio imaging and dedicated Evident multiphoton objectives, efficient detection of scattered fluorescence photons is also ensured. Optimized for reaching greater imaging ...

Our confocal systems are built on both upright and inverted microscope platforms allowing for different sample preparations. All of our systems include motorized XY stages for large image stitching as ...

We assigned each bright pixel in the multiphoton microscope images to a single CdSe-QD. Thus, the number of bright pixels inside the cell gives us a value of the minimum number of intracellular QDs.

From the Multiphoton Microscope suitable for zebrafish, through MicroPET CT located at Cardiff, to the 3 Tesla MRI at TBRC, the platform enables research scientists to develop and test new treatments ...

In recent years, innovations in microscopy techniques like confocal microscopy, multiphoton microscopy, and super-resolution microscopy have transformed the landscape of live cell imaging, enabling ...