NASA OSDR Multi-Omics Spaceflight Discovery Studio
Comprehensive multi-omics ingestion engine for the NASA Open Science Data Repository (OSDR). Integrates transcriptomics (RNA-Seq/Microarrays) and proteomics (TMT mass-spectrometry) from the International Space Station to quantify organellar bioenergetics, mitochondrial stress sentinels (AOX1a), and post-transcriptional buffering under microgravity.
Have Your Own Spaceflight or Terrestrial Omics Data?
Paste or upload your CSV/TSV/JSON differential expression tables into the new Project Your Data Studio. Map your log2 fold-changes and p-values directly onto all 10 plant organellar pathway maps with automatic WCAG AAA contrast and export publication-ready vector SVGs.
Spaceflight Roots vs Shoots Transcriptome
Global RNA-seq profiling of Arabidopsis roots and shoots grown in microgravity on the ISS. Reveals severe root mitochondrial stress, AOX1a induction, and photorespiration downregulation.
Seedling Microgravity Global Transcriptomics
Arabidopsis seedlings germinated and grown in spaceflight microgravity canisters. Captures early cellular division stress, plastid development arrest (GLK1 repression), and cell wall remodeling.
Spaceflight Proteome vs Transcriptome Concordance
Paired TMT isobaric mass-spectrometry proteomics and RNA-seq profiling. Quantifies post-transcriptional buffering in mitochondrial electron transport complexes versus selective degradation of chloroplast photosynthetic assemblies.
Pure Microgravity vs 1g Onboard Centrifuge Control
Utilizes onboard 1g centrifuge in orbital flight to decouple true gravitational mechanotransduction from spaceflight spacecraft environment, gas convection, and radiation variables.
Orbital Phototropism & Organellar Reorientation
Blue- and red-light induced phototropism in microgravity vs 1g centrifuge, identifying organelle-cytoskeleton tethering and calcium wave initiation.
Ionizing Radiation & Cosmic Ray Particle Simulator
Simulated galactic cosmic ray (HZE Fe/Si ions and protons) exposure evaluating organellar Fe-S cluster stability, mitochondrial DNA repair (RecA1), and systemic oxidative wave launch.
Interactive Multi-Omics Volcano Plot
Visualizes statistical significance (-log10 p-value) versus fold-change (log2FC). Points are color-coded by subcellular organelle double.
Transcriptome vs. Proteome Concordance & Buffering (OSD-427)
Paired spaceflight profiling directly contrasting mRNA fold-change against TMT mass-spectrometry protein abundance. Identifies post-transcriptionally buffered mitochondrial respiration versus selectively degraded photosynthetic complexes.
Live NASA OSDR REST API Query Demonstrator
Demonstrates how Plant MitoCarta queries the official NASA Open Science Data Repository REST API endpoints without synthetic data or mock proxies.
Master Multi-Omics Spaceflight Table
Multi-scale experimental values across all curated organellar loci.
| Locus | Symbol | Organelle | Subcompartment | OSD-120 Root | OSD-120 Shoot | OSD-37 | OSD-427 Prot | OSD-782 | OSD-8 | Biological Role |
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