Figs

While the Quran directly elevates the fig, traditions regarding its medicinal properties are recorded across classical Hadith literature, collections of Prophetic medicine (Tibb an-Nabawi), and historical commentaries.

A. The Narration on the Fruit of Paradise, Gout, and Piles

Narrated Abu ad-Darda' (may Allah be pleased with him): "A basket/dish of figs was presented as a gift to the Prophet (ﷺ). He ate from it and offered it to his Companions, saying: 'Eat from it.' Then he said: 'If I were to say that a fruit descended from Paradise, I would say it is this, for the fruit of Paradise has no pit. So eat from it, for it eliminates piles (hemorrhoids / Al-Bawasir) and helps with gout (joint pain / Al-Niqris).'"*

Primary Sources & Compilations:

Ibn as-Sunni in At-Tibb al-Nabawi

Abu Nu'aym al-Isfahani in Khitab At-Tibb al-Nabawi

Cited extensively by Ibn Qayyim al-Jawziyya in Zad al-Ma'ad (Vol. 4) and Al-Dhahabi in At-Tibb an-Nabawi.

Hadith Grading & Scholarly Analysis:

Grading: Weak (Da'if) in its formal chain of transmission (Isnad).

Scholarly Usage: Hadith scholars (such as Ibn Hajar al-Asqalani and Al-Sakhawi) note that while the chain contains weak narrators, classical physicians and scholars cited this narration extensively because its therapeutic claims directly align with medical observations regarding the fig's ability to dissolve uric acid crystals (gout) and soften stools to prevent hemorrhoidal bleeding.

B. Regional Availability & Context in Medina

Classical commentators explain why direct, verified narrations about figs are fewer in number compared to dates or honey:

Geographic Distribution: Date palms (Nakheel) were the primary native crop of Medina, whereas fig trees (Teen) thrived predominantly in the cooler, Mediterranean climates of Syria (Al-Sham), Palestine, and Jordan.

Historical Recognition: Although figs were not grown as abundantly in Medina, dried figs were imported via trade caravans from Al-Sham. The Prophet (ﷺ) and his Companions recognized their exceptional nutritional density and long shelf-life.

The biochemical and nutritional profile of Figs (Ficus carica / At-Teen) makes them a unique functional food. Across classical medicine and modern nutritional science, figs provide a dense matrix of active enzymes, soluble fibers, trace minerals, and broad-spectrum antioxidants.

1. The Ficin Enzyme Matrix (Proteolytic Action)

The most distinctive biochemical feature of the fig plant (both the fruit and its milky sap) is its high concentration of specialized enzymes:

Ficin: A powerful proteolytic enzyme (protein-digesting enzyme) that breaks down complex protein structures.

Digestive Synergy: In the human digestive tract, ficin acts as a natural aid to facilitate the breakdown of heavy proteins, reduce gastric heaviness, and support overall gastrointestinal efficiency.

1. High-Density Dietary Fiber (Mucilage & Pectin)

Figs rank among the highest plant sources of dietary fiber, combining both soluble and insoluble fractions:

Soluble Pectin: Absorbs water in the gastrointestinal tract to form a soothing, gel-like mucilage. This mucilage coats the intestinal lining, eases bowel transit, and prevents friction—validating the traditional use of figs for easing hemorrhoids (bawasir).

Prebiotic Inulin & Oligofructose: Feeds beneficial gut microbiota (probiotics), enhancing microbiome diversity and short-chain fatty acid production.

1. Mineral & Electrolyte Matrix

Figs are exceptionally rich in bone-building and circulatory minerals, particularly when consumed in their dried form:

Calcium: Figs contain one of the highest plant-based concentrations of calcium among common fruits, supporting bone matrix density and structural integrity.

Potassium: Regulates intracellular fluid balance, blunts the effects of dietary sodium, and supports vascular relaxation and healthy blood pressure.

Magnesium & Iron: Magnesium acts as a cofactor for over 300 enzymatic reactions (including muscle relaxation), while iron supports red blood cell production and cellular oxygenation.

1. Bioactive Polyphenols & Antioxidants

The skin and deep flesh of figs contain high concentrations of protective plant compounds:

Anthocyanins & Cyanidin: Concentrated heavily in dark-skinned varieties, these potent flavonoid antioxidants neutralize free radicals and protect cellular membranes from oxidative stress.

Quercetin, Luteolin, & Rutin: Anti-inflammatory polyphenols that support vascular health, protect endothelial tissue, and help mitigate systemic inflammation.

Chlorogenic Acid: Helps regulate glucose metabolism and slow down carbohydrate absorption in the bloodstream.

1. Natural Sugars & Quick Bioavailable Energy

Glucose and Fructose: Provide a rapid, natural energy boost. Because they are bound within a dense matrix of fiber and minerals, they are absorbed more steadily than refined sugars, preventing sharp metabolic crashes.

Soaked Dried Figs (Gut & Liver Tonic): Soaking 2–3 dried figs in warm water or milk overnight and consuming them on an empty stomach in the morning is a classic Tibb remedy for chronic constipation, sluggish liver, and general weakness.

Fig & Olive Oil Infusion: Submerging dried figs in raw extra-virgin olive oil for several days combines the two plants sworn by in Surah At-Teen, creating a restorative compound for bone density, skin vitality, and joint health.

Boiled Decoction for Coughs: Simmering dried figs in water yields a soothing mucilaginous tea that calms sore throats and helps clear stubborn chest phlegm.

The Fig (At-Teen) holds a unique and prestigious status in the Quran, being one of the few plants by which Allah swears an oath in His divine revelation.

A. The Oath of Surah At-Teen

text{Surah At-Teen (95:1--3)}

وَالتِّينِ وَالزَّيْتُونِ ۞ وَطُورِ سِينِينَ ۞ وَهَٰذَا الْبَلَدِ الْأَمِينِ "By the Fig (At-Teen) and the Olive (Az-Zaytoon), and [by] Mount Sinai, and [by] this secure city [Makkah]..."

B. Classical Exegesis (Tafsir) Insights

Divine Elevation through Oaths (Iqsam): In Quranic linguistics, when Allah swears by a creation, it highlights its immense nobility, physical benefit, and spiritual significance. Classical exegetes like Ibn Kathir, Al-Qurtubi, and Al-Baghawi explain that pairing the Fig with the Olive points to their unique roles as complete foods, natural medicines, and symbols of the blessed lands of the Prophets (Al-Sham and Jerusalem).

The Pure, Pitless Fruit: Scholarly commentators note a physical marvel of the fig emphasized in classical Tafsir: unlike most fruits (such as dates, olives, or peaches) which contain inedible seeds or hard inner pits (Nawa), the fig is entirely edible from skin to core. It provides maximum nourishment with zero waste or digestive strain.

Modern nutritional biochemistry validates the classical elevation of the fig as a comprehensive functional food:

Ficin (A Proteolytic Enzyme): A specialized enzyme found in figs that breaks down proteins, aids digestive processing, and acts as a natural digestive enzyme.

Soluble & Insoluble Fiber (Pectin): Dense in soluble dietary fiber (pectin) which absorbs water, forms a soothing mucilage in the gut, promotes smooth bowel transit, and feeds healthy gut microbiota.

Potassium & Calcium Matrix: Contains high levels of Potassium (supports healthy blood pressure and fluid balance) and Calcium (supports bone matrix density).

Polyphenols & Flavonoids (Quercetin, Luteolin, Anthocyanins): High concentration of antioxidants in both fresh flesh and skin, which combat oxidative stress and lower systemic inflammation.

Natural Sugars (Fructose & Glucose): Provides quick, easily absorbed energy without heavy metabolic strain.