Vidur Sabharwal
@vidursa.bsky.social
Learning the intricacies of life || systems neuro postdoc @Karolinska deciphering locomotion in zebrafish🐟 || past PhD @TIFR studying axonal transport in 🪱 || neurobiologist in the making, tinkerer at heart
Reposted by Vidur Sabharwal
The most used and often misapplied or overdone image adjustment for publication figures is contrast.
The 5D Contrast Optimizer prevents introduction of perceptually misleading artifacts and adjusts multidimensional fluorescence images while retaining 100% optical comparability in a few clicks!
The 5D Contrast Optimizer prevents introduction of perceptually misleading artifacts and adjusts multidimensional fluorescence images while retaining 100% optical comparability in a few clicks!
November 18, 2024 at 7:25 AM
The most used and often misapplied or overdone image adjustment for publication figures is contrast.
The 5D Contrast Optimizer prevents introduction of perceptually misleading artifacts and adjusts multidimensional fluorescence images while retaining 100% optical comparability in a few clicks!
The 5D Contrast Optimizer prevents introduction of perceptually misleading artifacts and adjusts multidimensional fluorescence images while retaining 100% optical comparability in a few clicks!
Reposted by Vidur Sabharwal
As a result, GECIs have an impressive contrast and large fold-changes in intensity. This enables in vivo imaging in complex tissue. ⬇️ This is one of my favourite examples - imaging neuronal activity in a Zebrafish brain
Source: doi.org/10.1038/nmet...
Source: doi.org/10.1038/nmet...
November 8, 2024 at 10:44 AM
As a result, GECIs have an impressive contrast and large fold-changes in intensity. This enables in vivo imaging in complex tissue. ⬇️ This is one of my favourite examples - imaging neuronal activity in a Zebrafish brain
Source: doi.org/10.1038/nmet...
Source: doi.org/10.1038/nmet...