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Lotus Seeds
Ingredient · 4 compounds · 1 conditions
Lotus Seeds 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
Conditions addressed
Comparison
Ingredient → Compounds → Diseases → Biological Processes → Molecular Pathways → Biomarkers
All
Compound
Disease
Biological Process
Molecular Pathway
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)
▸✣ Lipolysis1 pathway
▸▣ Adiponectin Signaling
◆AMPK, Atgl, Hsl, and Adiponectin
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)
▸✣ Lipolysis1 pathway
▸▣ Adiponectin Signaling
◆AMPK, Atgl, Hsl, and Adiponectin
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)
▸✣ Lipolysis1 pathway
▸▣ Adiponectin Signaling
◆AMPK, Atgl, Hsl, and Adiponectin
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)
▸✣ Themrogenesis1 pathway
▸▣ ß-adrenergic receptor/cAMP-Signaling
◆TG, FFA, UCP1