Luxendo LCS SPIM Webinar and Demonstration

The LCS SPIM is a compact light-sheet microscope designed for fast and gentle 3D imaging of large, optically-cleared samples. The LCS SPIM’s compact, robust and vibration-free design provides maximal stability even during long-term high-throughput experiments. The following webinar includes a demonstration of imaging using the LCS SPIM.

 

 

Cell-tracking over four days: Luxendo InVi SPIM

To investigate the formation of breast cancer tumours, researchers from EMBL (Heidelberg, Germany) used the Invi SPIM from Luxendo to perform long-term live cell imaging (up to 4 days). This was possible due to the low phototoxicity and high resolution provided by the Invi SPIM system. The authors reported that only small local clusters of…

Arivis Vision4D Application: StarDist

StarDist is a deep learning-based method for the segmentation of nuclei in 2D and 3D. Compared to traditional image segmentation, StarDist performs much better in the segmentation of small and roundish objects, especially in situations where the objects are very close together or overlapping. Arivis AG has recently published a detailed protocol on performing StarDist…

Huygens: Publication in Nature, March 2021

A recent publication in Nature highlighted the important role of actin and mitochondrial comet tails in symmetric cell division. Spinning disk images of mitochondria and actin (LifeAct) were deconvolved with Huygens software. Moore, A.S., Coscia, S.M., Simpson, C.L. et al. Actin cables and comet tails organize mitochondrial networks in mitosis. Nature 591, 659–664 (2021). Abstract…

Arivis Vision4D: Science Advances Publication

To investigate chromatin localization in the nucleus, researchers at the Weizmann Institute of Science used the scripting capability of Arivis Vision4D to implement a customized python script into their image-processing workflow. They managed to split the nucleus into multiple concentric radial shells in three dimensions (see Figure 1A), allowing them to precisely measure the fluorescence…