Akhil S

In a gloomy night,where the fragrance of Alstonia spread around, slowly, step by step, I walked through the field where the leaves of the bushes were sharp as awls. My feet followed the path of a narrow road that ended in a forest silent for so long. My lips murmured softly in the quiet air as I stepped beside the darkest woods. My eyes searched for a face in the dark that carried a faint glitter through the night. I found her standing still within a lonely yard, her face clouded deeply like a restless sea. That old, lean face felt strangely familiar— those blue round eyes and long, flowing hair. I tried to recognise her, yet failed somehow, while forgotten memories struck me for a while. All of a sudden, I realised who she was; my heart beat louder and my breath stood still. It was like a reflection in a shining mirror through which I began to discover myself. I could see my face within her sparkling eyes reflecting the secrets of my hidden soul. It was my true self I longed to explore, the self concealed beneath the world around me. — Akhil S.

One of the most fascinating moments in microbiology begins after incubation—when the plate starts revealing a diversity of microbial colonies. Each colony tells a small story. Differences in shape, size, color, elevation, and margin make the plate look like a landscape of microbial diversity. Carefully observing these characteristics and selecting distinct colonies for pure culture isolation is both a technical step and a moment of scientific curiosity. A circular colony with smooth margins, a pigmented one with irregular edges, or a slightly raised colony with a different texture—each variation raises questions about the organisms behind them. This process reminds me that microbiology is not only about techniques but also about observation and curiosity. The excitement lies in identifying those subtle differences, picking a single colony, and moving one step closer to understanding the microorganisms we work with. It is always rewarding to see how careful observation and patience transform a mixed microbial population into well-defined pure cultures.

After mushrooms are harvested, the leftover material that includes the partially decomposed paddy straw, sawdust and other agricultural wastes together called as Spent Mushroom Substrate (SMS). This might look like simple waste. But it’s actually full of life. This material contains millions of helpful microbes (tiny living organisms) that work quietly in the soil. They help break down nutrients, make them easier for plants to absorb, and even protect plants from harmful diseases. This includes bacteria that helps in phosphorus solubilization (PSB), IAA ( Indole-3- acetic acid) production and sources of other plant growth factors. These bacterial populations can be explored for understanding beneficial microorganisms and for encouraging sustainable agriculture. If we think SMS as a natural booster for soil: • It enriches the soil with nutrients • Supports healthier and stronger plant growth • Reduces the need for chemical fertilizers • Promotes eco-friendly farming Instead of throwing it away, this “waste” can be reused to improve soil health and grow better crops naturally.