Authentic Bengali Murgh Rezala (Royal White Chicken Curry with Poppy Seeds & Kewra)
A regal Awadhi-Bengali curry featuring bone-in chicken braised in a luxurious white gravy of strained yogurt, cashew paste, ground poppy seeds, and aromatic kewra.
History & Origins
Nawabi Heritage of Metiabruz and Kolkata
Brought to Bengal by the exiled Nawab of Awadh Wajid Ali Shah in 1856, Rezala evolved into a crown jewel of Kolkata Mughlai gastronomy, celebrated for its pristine pale color and fragrant royal essences.
Ingredients
Marinated Chicken & Fragrant Velouté Base
- •2 lbs Bone-in chicken thighs and drumsticks, skinless
- •1 cup Plain whole milk curd (dahi), whisked until smooth
- •3 tbsp White poppy seed (posto) paste, soaked and ground
- •2 tbsp Cashew nut paste
- •3 tbsp Pure cow ghee
- •2 tbsp Ginger-garlic paste
Finishing, Garnishes & Chef’s Additions
- •6 whole Dried Kashmiri red chilies, stems intact
- •1 tsp Kewra water (pandanus extract) and 2 drops meetha matar
- •1/2 tsp Freshly ground green cardamom and mace (javitri) powder
Step-by-Step Instructions
PREPARATION & METHOD
Toss chicken thighs with whisked curd, ginger-garlic paste, white pepper, and salt. Allow to tenderize for at least 30 minutes at cool room temperature.
Heat cow ghee in a deep pan. Bloom green cardamom, cloves, cinnamon, and whole dried red chilies until fragrant without scorching.
Add marinated chicken and cook over gentle heat. Whisk in poppy seed and cashew nut pastes, cover, and braise on low for 25 minutes until chicken is fork-tender.
Stir in kewra water and mace powder. Cover with a tight lid off heat for 5 minutes to trap the royal floral aromas before serving with roomali roti.
Beverage Pairing
Gewürztraminer / Cardamom Sweet Lassi
An aromatic, floral dry Gewürztraminer mirrors the delicate kewra and mace aromas while cutting through lush cashew-curd richness.
Culinary Science Insight
Lipid Emulsification & Curd Stability
Introducing finely pureed poppy seeds and cashew paste coats curd proteins, stabilizing dairy emulsions against thermal splitting.