Spectral imaging is of visualization, high precision, and high sensitivity, and suitable for analyzing the spatial distribution of complex materials. While providing rich and detailed information, it makes higher demands on feature extraction and information mining of high-dimensional data. For the convenience of further utilization, our research team has developed a python framework for the multi-component synchronous analysis of spectral imaging based on characteristic band method and fast-NNLS algorithm, helping to handle spectrum data from complex samples and gaining semi-quantitative information of the sample on the scale of pixel based on target components. With the help of the easy-to-use framework, users are leading to choose suitable pretreatment methods for image and spectrum, extract spatial information of tissues/structures account of multi-space, and conduct analysis on target components in an intuitive and timesaving way. The sophisticated functional architecture also makes the framework expedite to add algorithms and supported data format.
This article was published in the following journal.
Name: Analytical chemistry
ISSN: 1520-6882
Pages:
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Food Analysis
Measurement and evaluation of the components of substances to be taken as FOOD.
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Root Cause Analysis
Multi-step systematic review process used for improving safety by investigation of incidents to find what happened, why it happened, and to determine what can be done to prevent it from happening again.
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Meta-analysis of randomized trials in which estimates of comparative treatment effects are visualized and interpreted from a network of interventions that may or may not have been evaluated directly against each other. Common considerations in network meta-analysis include conceptual and statistical heterogeneity and incoherence.
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