Researchers at the University of Texas at El Paso (UTEP) have made significant strides in combating pollution and drug-resistant bacteria. Their study focuses on the use of bacteriophages, viruses that attack bacteria, to effectively neutralise harmful microorganisms.

d researcher Ramón Sánchez, who will soon graduate with his Ph.D., explains that traditional disinfectants have become less effective over time as bacteria develop resistance. However, bacteriophages evolve alongside bacteria, adapting to any resistance and maintaining their ability to combat infections.

 In laboratory experiments, the team successfully deactivated P. aeruginosa and B. megaterium using bacteriophages. Sánchez plans to continue this research in industrial settings, aiming to replicate these results outside the lab and expand the range of treatable microorganisms in produced water.

 Despite the promising results, challenges remain. Commercially available bacteriophages are limited, and they are often specific to particular bacterial species. Additionally, there are other bacteria in the produced water that require further testing.

 Associate Professor Ricardo Bernal, Sánchez's doctoral advisor, emphasises the significance of this research in addressing environmental and health challenges. He expresses pride in Sánchez's accomplishments and looks forward to the continued impact of his work on improving lives.

 The findings of this study offer hope for more effective pollution control and combating infections caused by drug-resistant bacteria, providing a glimpse into a healthier and cleaner future.

**UTEP Research Holds Promise for Future Pollution Control**

A groundbreaking study at the University of Texas at El Paso (UTEP) is offering hope for better pollution control in the future. Researchers have discovered a new method involving bacteriophages, viruses that attack bacteria, which could revolutionise how we combat pollution.

Lead researcher Ramón Sánchez, guided by Associate Professor Ricardo Bernal, explains that bacteriophages are effective at neutralising harmful microorganisms, even those resistant to traditional disinfectants. This discovery opens up new possibilities for cleaning up polluted water and environments.

Bernal highlights the significance of UTEP's growing reputation and research capabilities in attracting talented students like Sánchez. He expresses pride in Sánchez's achievements and anticipates how this research will positively impact lives in the future.

This study marks an important step forward in pollution control, offering a glimpse into a cleaner and healthier world. With further research and development, the knowledge gained from this study could have a tremendous impact on improving environmental and public health globally.