Snuhi bheda

Botanical Name: Euphorbia milii Des Moul. 

Family Name: Euphorbiaceae 

Identification No.: SDACH/HG/306

Vernacular Names: 

– Hindi: Snuhi Bheda, Kantalo 

– English: Crown of Thorns, Christ Plant 

– Bengali: Snuhi, Manasa 

– Tamil: (Suraachi) 

– Telugu:  (Paapachethi) 

– Kannada: (Snuhi) 

– Malayalam: (Chulli chedi) 

– Gujarati (Thor) 

Synonyms

स्नुहीभेदः कण्टकारी दुर्लभा तीक्ष्णकण्टका। 

विषपुष्पी च शूलिन्यः सा च स्याद्विषदुर्लभा॥” 

Classification in Classical Texts: 

– Charak: 

 Shothahara (Anti-inflammatory) 

 – Vedanasthapana (Analgesic) 

– Sushruta: 

  – Kshara Karma (Caustic therapy) 

– Bhavaprakash: Classified under Upavisha Varga

Habitat & Distribution: 

– Native to Madagascar 

– Widely cultivated in India as ornamental plant 

– Thrives in dry, rocky soils 

Morphology

– Type: Succulent shrub (up to 1.5m tall) 

– Stem: Fleshy, cylindrical with sharp thorns 

– Leaves: Obovate, green (3-5cm long) 

– Flowers: Small cyathia with bright red bracts 

– Latex: Milky white (toxic) 

Varieties

1. Red-flowered(common variety) 

2. Yellow-flowered (rare variety) 

Phytochemicals: 

– Diterpenes (phorbol esters) 

– Triterpenoids 

– Flavonoids 

– Latex contains euphorbol 

Rasapanchaka: 

– Rasa: Katu (Pungent), Tikta (Bitter) 

– Guna: Laghu (Light), Tikshna (Sharp) 

– Virya: Ushna (Heating) 

– Vipaka: Katu (Pungent) 

– Prabhava: Shothahara (Anti-inflammatory) 

– Dosha Karma: Kapha-Vata shamak, Pitta vardhak 

Therapeutic Uses (Amayika Prayoga): 

External

– Latex (highly diluted) for warts and skin lesions 

– Poultice for joint pain (with caution) 

Internal

– Not recommended without proper detoxification (shodhana) 

Parts Used: Latex (main), stems 

Dose

– External use only in most cases 

– If processed: 30-60mg purified latex 

Formulations (Yoga): 

– Snuhi Kshara 

– Visha Taila (external application) 

IUCN Status: Least concern

Research Updates  

1. 2020: Cytotoxic compounds studied for cancer research 

2. 2021: Antimicrobial activity against skin pathogens 

3. 2023: Latex proteins investigated for bioadhesive properties 

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