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Moringa
Ingredient · 7 compounds · 3 conditions
Moringa is profiled across the CytoSolve® knowledge base and mapped to the disease biology it influences — tracing each of its compounds through disease, biological process, molecular pathway and down to individual biomarkers, with source videos and references at each step.
Compounds in this ingredient
⌬4-[(2′-O-acetyl-α-L-rhamnosyloxy)benzyl] isothiocyanate (RBITC)⌬Ergostadienol⌬Isothiocyanate⌬Kaempferol⌬Linoleic acid⌬Phenolic acid⌬Quercetin
Conditions addressed
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Comparison
Ingredient → Compounds → Diseases → Biological Processes → Molecular Pathways → Biomarkers
All
Compound
Disease
Biological Process
Molecular Pathway
⌬Compound · 1 disease(s) · 2 pathway(s)▸
Compound · 1 disease(s) · 2 pathway(s)
⌬Compound · 1 disease(s) · 1 pathway(s)▸
Compound · 1 disease(s) · 1 pathway(s)
⌬Compound · 1 disease(s) · 2 pathway(s)▸
Compound · 1 disease(s) · 2 pathway(s)
❀Disease · 1 process(es) · 2 pathway(s)▸
Disease · 1 process(es) · 2 pathway(s)
⌬Compound · 1 disease(s) · 1 pathway(s)▸
Compound · 1 disease(s) · 1 pathway(s)
❀Disease · 1 process(es) · 1 pathway(s)▸
Disease · 1 process(es) · 1 pathway(s)
▸✣ Cell Proliferation1 pathway
▸▣ DHT/β-catenin Signaling
⌬Compound · 1 disease(s) · 3 pathway(s)▸
Compound · 1 disease(s) · 3 pathway(s)
❀Disease · 3 process(es) · 3 pathway(s)▸
Disease · 3 process(es) · 3 pathway(s)
▸✣ Inflammation1 pathway
▸▣ NF-κB Signaling
▸✣ Cell cycle progression1 pathway
▸▣ CyclinD/CDK4 Signaling
▸✣ Testosterone Degradation1 pathway
▸▣ Testosterone Degradation Signaling
◈ Target5 alpha-reductase
◆5 alpha-reductase
⌬Compound · 1 disease(s) · 2 pathway(s)▸
Compound · 1 disease(s) · 2 pathway(s)
❀Disease · 2 process(es) · 2 pathway(s)▸
Disease · 2 process(es) · 2 pathway(s)
▸✣ Lipid Peroxidation1 pathway
▸▣ ROS Signaling
▸✣ Cell cycle progression1 pathway
▸▣ CyclinD/CDK4 Signaling
⌬Compound · 1 disease(s) · 1 pathway(s)▸
Compound · 1 disease(s) · 1 pathway(s)
❀Disease · 1 process(es) · 1 pathway(s)▸
Disease · 1 process(es) · 1 pathway(s)