Herbs (Global Traditional) · African
Baobab (Adansonia digitata) (Adansonia digitata)
Moderate Evidencebotanical
Hermetica Superfood Encyclopedia
Baobab (Adansonia digitata) is a nutrient-dense African fruit exceptionally high in vitamin C (up to 246 mg/100g) and antioxidant compounds including flavonoids and phenols. These bioactive compounds work through antioxidant pathways to scavenge free radicals and may support immune function.
Baobab (Adansonia digitata) is a large deciduous tree native to mainland Africa and Madagascar, with all parts (fruit pulp, seeds, leaves, roots) traditionally used for food and medicine. The primary commercial forms are dried fruit pulp powder and seed extracts, harvested and processed without complex extraction methods.
No human clinical trials, randomized controlled trials, or meta-analyses specifically on baobab (Adansonia digitata) were identified in the research. Available studies focus solely on phytochemical screening, nutritional composition analysis, and in vitro properties.
No clinically studied dosage ranges have been established for baobab in any form (extract, powder, or standardized preparations). Nutritional analyses report composition values but not therapeutic dosing guidelines. Consult a healthcare provider before starting any new supplement.
Baobab fruit pulp (dry powder) provides a distinctive macronutrient profile: carbohydrates 74-79g/100g (predominantly pectin-rich dietary fiber at 44-54g/100g, making it one of the highest fiber-density fruits known), protein 2.3-3.1g/100g, fat 0.5-1.4g/100g, with a caloric density of approximately 227-250 kcal/100g. Micronutrient profile is exceptional: vitamin C at 239-246mg/100g (dry pulp) — approximately 6x the concentration of fresh orange — though thermal processing and oxidation significantly reduce bioavailability; calcium at 530-586mg/100g with bioavailability estimated at 25-35% due to co-occurring oxalic acid (442mg/100g) which may partially inhibit absorption; iron at 4-6mg/100g (non-heme form, bioavailability enhanced by co-consumption with vitamin C present in the same fruit); potassium at 1240-2310mg/100g; magnesium at 90-147mg/100g; phosphorus at 96-118mg/100g. Bioactive compounds include flavonoids (quercetin, kaempferol, luteolin), procyanidins, epicatechin, phenolic acids (tartaric acid 12-15g/100g, citric acid, malic acid), and the alkaloid 2-ethylacridine identified via GC-MS screening. The high soluble fiber fraction (pectin) supports a low glycemic index response estimated at GI 40-55. Leaves (dried) contain higher protein (~15g/100g) and are a traditional food source in sub-Saharan Africa. Seeds yield oil rich in linoleic (28-36%) and oleic acids (33-38%). Note: most quantitative data derives from pulp powder analysis; fresh pulp values vary significantly by geographic origin, harvest timing, and processing method.
Baobab's high vitamin C content supports collagen synthesis and immune cell function by acting as a cofactor for hydroxylase enzymes. The flavonoids and phenolic compounds, including 2-ethylacridine, demonstrate free radical scavenging activity through electron donation pathways. These antioxidant mechanisms may help reduce oxidative stress markers and support cellular protection.
Current evidence for baobab is limited primarily to nutritional analysis and in vitro studies demonstrating antioxidant activity. No significant human clinical trials have been conducted to validate health benefits beyond basic nutritional content. The vitamin C and mineral content (530-586 mg calcium/100g, 4-6 mg iron/100g) are well-documented through laboratory analysis. Clinical evidence for therapeutic effects remains insufficient and requires human intervention studies.
Baobab fruit pulp is generally recognized as safe when consumed as food with no known serious adverse effects reported. The high vitamin C content may cause digestive upset in sensitive individuals or when consumed in large quantities. No documented drug interactions exist, though the high mineral content could theoretically affect absorption of certain medications. Pregnancy and breastfeeding safety data is limited, though traditional food use suggests general safety.
