Suyash Gupta’s journey from a young girl captivated by science programs on the radio to a microbiologist unraveling the mysteries of sulfur-oxidizing bacteria is a testament to curiosity and perseverance. Her parents, recognizing her passion early on, affectionately dubbed her “Madam Curie”. Though she is not quite the dual Nobel prize winner yet, Suyash has earned her well-deserved doctor’s title now.
The people behind the science, and the science behind the people.
“I was always interested in how living things work,” Suyash recalls. “As a child, I quickly read through all the books in the local children’s library, but I was hungry for more knowledge.” This insatiable appetite for understanding led her to pursue studies in molecular biology and genetics, eventually specializing in microbiology.
Suyash’s path led her to Wetsus, where she found the perfect blend of fundamental research and practical application. Her focus: the complex microbial ecosystems within Paqell’s sulfur bioreactors. These tiny biological factory components are used in various industries to “Little was known about the bacterial interactions and contents of these reactors,” she explains. Understanding this is crucial for seeding new reactors and identifying which bacteria play active roles.
Describing her research, Suyash paints a vivid picture. The reactor is like a complex city, but one cannot go door to door to do a population survey. Instead, we scanned the genetic material – the bacterial ID cards. This innovative approach allowed her team to not only discover which bacteria were present but also identify the active ones. “The more identifying and active genetic material you can find, the more you know they are present,” she adds.
One of the most exciting outcomes of her research was the discovery of an unusual bacterium. “It might not be a completely new species, but it’s a specialist strain that thrives in these unique conditions,” Suyash says with enthusiasm.
A second puzzle Suyash tackled was determining which bacteria were actively contributing to the sulfur transformation process. Her published papers detail this complex investigation, revealing an intricate map of bacterial interactions that could potentially improve reactor designs.
“My ultimate goal is to make something beautiful,” Suyash says. “What is beautiful lasts forever.” This philosophy has driven her throughout her PhD journey, pushing her to contribute new knowledge that might help the world.
Her research has practical implications for the biodesulfurization industry. “Now that we understand these bacteria better, we can treat them more effectively,” Suyash explains. “If they feel better, they can do a better job.” And ultimately, she dreams of a touching aspiration too: “I would be honored to see people work on the bacterial strain we discovered.”