Extend discoveries across epigenetic landscapes

Big-omics tools to organize and extract insights from complex data

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Compute and visualize similarity of specific target genes, or explore databases at gene-set or pathway level granularity.

Advanced Experiment Search

Efficiently discover relevant experiments using detailed metadata fields or by specifying differentially expressed genes. Panomics offers advanced search capabilities that empower researchers to filter experiments based on comprehensive metadata—such as organism, tissue type, treatment conditions, and time points. By enabling searches for specific differentially expressed genes, you can focus on studies that align with your research objectives, accelerating data retrieval and facilitating the construction of precise datasets for in-depth analysis.

Visualize Gene Overlaps

Identify shared or unique genes across experiments with interactive visualizations to uncover drug and disease states exhibiting correlated perturbation responses. Panomics provides tools like Venn diagrams and heatmaps that make it easy to detect common or exclusive genes between different datasets. This functionality aids in understanding how various conditions or treatments affect gene expression, facilitating the discovery of potential biomarkers and therapeutic targets.

Analyze Experiment Similarities

Generate similarity matrices to assess relationships between experiments. With Panomics, you can create quantitative comparisons based on gene expression profiles or other omics data. Analyzing these similarity matrices allows you to cluster experiments with analogous biological responses, identify patterns, and detect outliers. This is invaluable for validating results, exploring new associations, and informing future experimental designs.

Explore Gene Modules

Plot and examine co-expressed gene groups across multiple experiments. Panomics enables you to explore gene modules to identify groups of genes that are co-regulated and may participate in the same biological pathways. Examining these modules across various experiments provides insights into underlying biological processes and regulatory networks, potentially leading to the identification of key genes involved in disease mechanisms or responses to treatments.

Identify Similar or Dissimilar Experiments 

Quickly find experiments that are most alike or different to support validation or generate new hypotheses. Panomics allows you to compare experiments to identify those with comparable or contrasting results. Finding similar experiments can help validate your findings, while discovering dissimilar ones can inspire new research directions. This promotes a more comprehensive understanding of your research area and fosters innovative thinking.

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