6/8/2023 0 Comments Imagej forum![]() Overall, these data are the first one to establish a timeline for axonal regeneration and synapse formation after injury in the olfactory system. Luckily, I prepared a list of the Steps I used previously, but now one of those Steps seems to be out of date. In the olfactory bulb, we characterized the recovery of synaptic markers TH and synaptophysin after axons reached the olfactory bulb, where olfactory sensory neuron axons make synaptic contacts with dendrites of projection neurons. imagej rarnold (Richard Arnold) April 21, 2017, 4:54pm 1 I used ImageJ about a year or so ago to quantify voids in x-ray images of solder joints. Data shows that after regeneration, neurons coexpress both markers 11 days after lesion. Extensible ImageJ offers robust extensibility, harnessing the power of hundreds of plugins to assist with your imaging needs. Göttingen ImageJ astronomical resourceswith additions we find useful. ImageJ facilitates image analysis techniques including image processing, colocalization, deconvolution, registration, segmentation, tracking, visualization, and more. User-written plugins make it possible to solve almost any image processingoranalysisproblem. ImageJ Forum, or ImageJ Wiki, where you can showcase your work, get feedback, or contribute to the ImageJ community. Customacquisition,analysisandprocessingpluginscanbedevelopedusingImageJ’sbuiltin editor and Java compiler. ImageJ is a powerful tool for image processing and analysis. Analysis of maturation was done in the olfactory epithelium by studying the colocalization of the protein OMP and GFP. AstroImageJ is ImageJwith astronomy plugins and macros installed. ImageJ was designed with an open architecture that provides extensibility via Java plugins. Using immunohistochemistry in combination with ImageJ software analysis, we are able to pinpoint the colocalization of markers of new olfactory sensory neurons (green fluorescent protein (GFP)) with markers of neuron maturation (olfactory marker protein (OMP)) and synapse formation (tyrosine hydroxylase (TH) and synaptophysin). By using a fate mapping technique involving Cre-ERT2 mice, we are able to track the regeneration of these sensory neurons after a methimazole induced injury. Overview Chart Forecast MC Insights MC Technicals Price & Volume News Forum Research Deals Insider Corp Action Financials Shareholding Peers. Earlier studies have proven that the introduction of methimazole will effectively damage the olfactory sensory neurons while keeping the neural stem cells intact. While the olfactory bulb has neurons that regenerate as well, we are interested in the regeneration that occurs in the olfactory epithelium after being injured because it possesses a source of neural stem cells – something unique to the rest of the body. Processing of smell begins in the olfactory epithelium where sensory neurons are present and the olfactory bulb is the first stop in processing odor information in the central nervous system. The olfactory system is a great model to ask questions related to neuronal regeneration, axon guidance and synapse formation. ![]()
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