Science & Technology

Micromonospora shyamaprasadii: New Soil Bacterium Discovered

Micromonospora shyamaprasadii: New Soil Bacterium Discovered
Study next

Convert reading into recall

Read once, then use one quick app action while the topic is fresh. Links open in a new tab.

1 Start True/False practice 2-min recall check Open
Read for
Exam hook Prelims fact Mains angle
Other useful actions
N Save key points Build a revision note S Watch related Shorts Quick visual recap App Open News in Web App Browse related current affairs

Why in news?

Scientists at Raiganj University in West Bengal have isolated a previously unknown species of actinomycete bacterium from the rhizosphere of mulberry plants. They named it Micromonospora shyamaprasadii to honour Syama Prasad Mookerjee, founder of the Bharatiya Jana Sangh, on his 125th birth anniversary. The discovery has been registered with the international SeqCode database.

Background

The genus Micromonospora consists of filamentous bacteria belonging to the phylum Actinobacteria. Members of this group are famous for producing antibiotics, enzymes and other bioactive compounds. Soil around plant roots, known as the rhizosphere, is especially rich in microbial diversity. Syama Prasad Mookerjee (1901‑1953) was an Indian educationist and politician who served as the first Minister for Industry and Supply in independent India. He founded the Bharatiya Jana Sangh in 1951, which later evolved into today’s Bharatiya Janata Party. Naming the new bacterium after him pays tribute to his contributions to the nation.

Key findings

  • Isolation: Researchers collected soil from the roots of mulberry plants in Raiganj. They cultured the microbes and performed genetic sequencing to identify the new species.
  • Unique features: M. shyamaprasadii forms branched filaments and produces single spores (monospores) borne singly on short sporophores. It differs from known species in its cell wall composition and metabolic profile.
  • Potential applications: Members of Micromonospora are known to produce antibiotics and enzymes. The new species could lead to novel compounds after further study.

Conclusion

The discovery of Micromonospora shyamaprasadii highlights the hidden diversity of microbes in our soils. Exploring such species can uncover new drugs and industrial enzymes. Naming the bacterium after a national leader reminds us that science and history often intersect in unexpected ways.

Sources

TOI

Finished reading?

Do one recall action now

Practice first while the topic is fresh. Save the key points or use Shorts when you want a quick recap.

1 Start True/False practice 2-min recall check N Save key points Build a revision note S Watch related Shorts Quick visual recap App Open News in Web App Browse related current affairs
Home Current Affairs 📰 Daily News 🎬 Watch Shorts 📊 Economic Survey 2025-26 Subjects 📚 All Subjects ⚖️ Indian Polity 💹 Economy 🌍 Geography 🌿 Environment 📜 History Exam Info 📋 Syllabus 2026 📝 Prelims Syllabus ✍️ Mains Syllabus ✅ Eligibility Resources 📖 Booklist 📊 Exam Pattern 📄 Previous Year Papers ▶️ YouTube Channel
Sign In / Open Web App