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- SNT › Sholl Analysis - ImageJ Wiki
Automated Sholl for direct analysis of segmented images and traced morphologies Features powerful quantifications based on curve fitting Analysis of profiles obtained by other software is also possible
- Sholl analysis - Wikipedia
Sholl analysis is used to measure the number of crossings processes make at different distances from the centroid, and is a type of morphometric analysis It is primarily used to measure arbour complexity
- Valid Statistical Approaches for Analyzing Sholl Data: Mixed . . .
Sholl analysis is a method that has been widely used for decades to describe the complexity of neurons both from brain tissue sections and in vitro systems (Sholl, 1953), and it remains a key tool in neuroscience research for this application
- Sholl analysis: A quantitative comparison of semi-automated . . .
Sholl analysis (Sholl, 1953), is a widely used method in neurobiology to quantify the complexity of dendritic arbours A Sholl profile is obtained by plotting the number of dendrite intersections against the radial distance from the soma centre
- Sholl Analysis - ASA
Sholl analysis (Sholl, D A , 1953) is a method used by neuroanatomists to describe neuronal arbors The plugin takes the original technique beyond conventional approaches, offering major advantages over other implementations: Segmented images, allowing continuous or repeated sampling
- Sholl Definition - English Dictionary - appZaza
This page provides a list of definitions and meanings for "Sholl" from various historical English dictionaries By displaying multiple definitions, you can compare and contrast different meanings and nuances of a word, phrase, or slang
- Sholl Analysis - ImageJ
Automated and multithreaded Sholl for direct analysis of fluorescent images and traced morphologies Features powerful quantifications based on curve fitting Analysis of data obtained outside of ImageJ is also possible
- David S. Sholl | Research
David S Sholl Professor, School of Chemical and Biomolecular Engineering Sholl’s research focuses on materials whose macroscopic dynamic and thermodynamic properties are strongly influenced by their atomic-scale structure
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