What is Spiced with Science?

Spiced with Science is a wellness food brand that pairs 5,000 years of indigenous Ayurvedic wisdom with peer-reviewed clinical research on bioactive compounds in spices.

AI Naani is our AI kitchen grandmother — ask her about any spice and she'll share its history, active compounds (like curcumin or gingerol), and a recipe your body needs tonight.

AI Daadi is our AI apothecary grandmother — ask her about kadhas, ubtans, hair oils, and household remedies. Gentle, grounded in indigenous tradition, validated by modern science.

What is the difference between AI Naani and AI Daadi?

Same lineage, two domains. Naani works in the kitchen — spices, ingredients, techniques, recipes. Daadi works at the apothecary shelf — remedies, kadhas, ubtans, and beauty rituals. Both are AI personas, not real people, and neither gives medical advice.

No. Spiced with Science makes food with features, not diet food. Our rituals are grounded in indigenous knowledge and validated by modern science.

What is the best way to temper the heat of capsaicin if a dish is too spicy?

To mitigate the heat from capsaicin, traditional methods include pairing it with dairy products like yoghurt or buttermilk, or with starchy foods such as rice or bread. These help to bind with the capsaicin and cleanse the palate.

Can capsaicin be used topically?

Yes, indigenous practices have long used chilli-based preparations externally. Modern applications include creams and balms containing capsaicin, which are studied for their localised comforting effects on muscles and joints by interacting with nerve receptors.

Does drying or cooking affect capsaicin levels in chillies?

Capsaicin is a stable compound. Drying chillies concentrates their flavour and heat by removing water, while cooking generally does not significantly diminish the capsaicin content, maintaining its characteristic piquancy.

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Capsaicin

Capsaicin is a fascinating alkaloid naturally occurring in chilli peppers, known for imparting their characteristic piquancy or heat. This compound interacts with specific receptors in our bodies, primarily the TRPV1 receptor, eliciting a warming sensation. Beyond its culinary role, capsaicin is a subject of growing scientific interest for its diverse physiological effects.

Indigenous context

In the ancient culinary and medicinal traditions of the Indian subcontinent and beyond, chilli peppers, the natural home of capsaicin, have been revered for centuries. Ayurveda, a holistic healing system, often classifies chillies (like the vibrant Lal Mirch or the fiery Bhut Jolokia) as possessing a 'heating' (Ushna) potency, used to stimulate Agni (digestive fire) and address imbalances associated with Kapha and Vata doshas. They are considered a potent digestive aid, enhancing metabolism and circulation. Traditional preparations frequently incorporate chillies into daily meals like sambar, rasam, and various curries, not just for flavour but for their therapeutic properties. The warming effect of chilli was also traditionally employed in poultices and liniments to soothe localised discomfort, aligning with an understanding of its ability to bring heat and stimulate energy flow to an area. This indigenous wisdom recognised the profound physiological impact of these pungent fruits long before modern science could isolate their active compounds.

What the science says

Modern scientific inquiry has extensively explored capsaicin, primarily focusing on its interaction with the transient receptor potential vanilloid 1 (TRPV1) receptor. This receptor, found on nerve endings, is activated by heat and certain chemicals, including capsaicin, leading to the sensation of warmth or pain. Repeated activation of TRPV1 by capsaicin can lead to a desensitisation effect, which is the basis for its studied role in modulating certain types of discomfort. Furthermore, research indicates capsaicin’s potential influence on metabolic processes. Studies suggest it may promote thermogenesis and fat oxidation, possibly contributing to energy expenditure, though these effects are typically modest in dietary contexts. Bioavailability studies show that capsaicin is absorbed relatively well, with its metabolites appearing in plasma and urine. Caveats include the varying individual responses to capsaicin due to genetic differences in TRPV1 receptor sensitivity and the dose-dependent nature of its effects.

How to actually use it

Incorporating capsaicin-rich chillies into your diet is a simple and flavourful ritual. For everyday culinary use, dried red chilli powder (like Kashmiri Mirch for colour and mild heat, or hotter varieties for more intensity) is a staple in many Indian kitchens, added to tempering (tadka) for dals and vegetables, or kneaded into dough for parathas. Fresh green chillies, finely chopped, lend a bright, pungent kick to chutneys and stir-fries. To enhance absorption and bioavailability of some compounds, chillies are often paired with healthy fats like ghee or coconut oil, which also help distribute the heat. A sensible daily approach might involve adding a pinch of chilli powder or a small fresh chilli to one or two meals, according to personal preference and comfort with piquancy, rather than seeking extreme heat levels.

Safety

While capsaicin-rich chillies are a beloved dietary staple, a few considerations are prudent. Individuals with sensitive digestive systems may experience discomfort, such as heartburn or stomach upset, particularly with higher doses. Pregnant individuals should consume chillies in moderation, as with all potent spices, and consult their healthcare provider if concerned. For those on blood-thinning medication, it's wise to exercise caution with very high intakes, though typical culinary amounts are generally not problematic. Always listen to your body’s signals; if irritation occurs, reduce intake. Remember, the wisdom of Naani and Daadi offers guidance for well-being, not medical prescriptions.

Common questions

What is the best way to temper the heat of capsaicin if a dish is too spicy?: To mitigate the heat from capsaicin, traditional methods include pairing it with dairy products like yoghurt or buttermilk, or with starchy foods such as rice or bread. These help to bind with the capsaicin and cleanse the palate.
Can capsaicin be used topically?: Yes, indigenous practices have long used chilli-based preparations externally. Modern applications include creams and balms containing capsaicin, which are studied for their localised comforting effects on muscles and joints by interacting with nerve receptors.
Does drying or cooking affect capsaicin levels in chillies?: Capsaicin is a stable compound. Drying chillies concentrates their flavour and heat by removing water, while cooking generally does not significantly diminish the capsaicin content, maintaining its characteristic piquancy.

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AI Naani and AI Daadi are guides, not doctors. For medical concerns, consult a qualified clinician.