Researchers tackle dangerous, but poorly understood biofilms - Science Nation

The Ren Lab at Syracuse University is conducting research on biofilms, which are colonies of microbes that can be costly and dangerous. Supported by the National Science Foundation, the team is using supercomputer models and synthetic biofilms to study their structure and behavior. Biofilms can cause issues in pipelines and medical devices, and are resistant to antibiotics. The research aims to understand cell communication and interactions to develop methods to control biofilms, including targeting persister cells that survive antibiotic treatment.

What is the primary focus of the research conducted at Syracuse University?

• Studying the resilience of viruses

• Exploring the complexity of biofilms

• Developing new antibiotics

• Analyzing the genetic makeup of plants

How do biofilms affect oil and water pipelines?

• They enhance the flow of liquids

• They prevent contamination

• They improve the structural integrity

• They can corrode the metal from inside

What makes biofilms particularly challenging to treat with antibiotics?

• They are composed of viruses

• They have a protective matrix and persister cells

• They only form in sterile environments

• They are too small to detect

What role do persister cells play in biofilms?

• They enhance the growth of biofilms

• They are responsible for biofilm coloration

• They remain dormant and survive treatments

• They are easily killed by antibiotics

What is one of the methods used by researchers to study biofilms?

• Using traditional microscopes

• Employing supercomputer models

• Analyzing ancient fossils

• Conducting field studies in forests