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Bruker highlights challenges with using fluorescence microscopy for image acquisition of plants.

Multiphoton microscopy (2P) overcomes many of the limitations that conventional microscopy faces by being able to image deeply, quickly, and in 3D — providing compelling and useful data in a variety of disciplines. A combination of ultra-fast pulsed lasers, lenses with high numerical apertures, and highly sensitive detectors provide fast Z imaging and makes Bruker’s 2P technology a go-to technique for revealing dynamic biological processes deep within living tissues. Here, Bruker summarizes...

Here, Bruker investigates the role of microglial cells in tuning neuronal activity using multiphoton microscopy

Explore the capabilities of Bruker’s scratch test system and evaluation of a metallic nanofilm on a polymer substrate

Explore combining the bright field and fluorescence-based object identification algorithms for cell based assays

Explore how live cell imaging allows the study of the dynamics of fluorescently-tagged repair proteins in real time

In this application note, Gyros Protein Technologies presents the Gyrolab 2G Generic PK Kit.

Explore the capability of real-time label-free cell counting of various cell lines with the Spark Cyto multimode reader

Practice Note- Third Circuit Adopts 5:00 PM Filing Deadline- Effective July 1, 2023, the Third Circuit amended its local rules to require all filings, with the exception...

In this application note, ZEISS explores the application of machine learning (ML) and image analysis techniques in segmenting metallic inclusions in additive manufactured high-temperature aluminum alloys. The study demonstrates the use of correlative microscopy, combining light and electron microscopy, to train a robust ML system for inclusion characterization. By leveraging ML-based segmentation, inclusions generated during the additive manufacturing process can be accurately identif