A pattern in the imaging data: mere artefact of spatio-temporal resolution
Swayamshree Patra (IIT Kanpur), Swagata Dey (TIFR Mumbai), Krishanu, Ray (TIFR Mumbai), Debashish Chowdhury (IIT Kanpur)

TL;DR
This paper demonstrates that certain patterns observed in optical imaging data, specifically in axonal transport studies, are artifacts caused by the limitations of spatial and temporal resolution, cautioning against misinterpretation.
Contribution
The study reveals that observed patterns in imaging data can be artifacts of resolution limits, emphasizing the need for critical analysis to avoid false biological interpretations.
Findings
Patterns are artifacts of imaging resolution limits.
Misinterpretation of such patterns can lead to false biological conclusions.
Universal occurrence of these artifacts in classical object tracking experiments.
Abstract
{\it ' Seeing is believing '} \cite{north06}- is the fundamental philosophy of optical imaging based on light microscopy \cite{ntziachristos10}. Since the pioneering works of Antonie van Leeuwenhoek and Robert Hooke in the 17th century, optical microscopy has served as one of the most important tools in biological sciences \cite{thorn16}. But interpreting visual observations with preconceived notions can potentially mislead one to erroneous conclusions.Here we report one such case where, at first sight, the interesting pattern extracted from the images of axonal transport may appear to reveal some hitherto unknown features of cargo transport driven by cytoskeletal motors \cite{ross16}. It may even be tempting to theorize about the possible molecular mechanisms that could give rise the observed pattern. But, as we conclusively demonstrate here, these patterns are mere artifacts of the…
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Taxonomy
TopicsMicrotubule and mitosis dynamics · Advanced Fluorescence Microscopy Techniques · Cell Image Analysis Techniques
