Mapping Microbe Interactions That Support PCB-Degrading Bacteria

Update: 2024-01-10

Description

Researchers partially funded by the NIEHS Superfund Research Program (SRP) mapped interactions between microbes that may support the growth of certain bacteria that degrade polychlorinated biphenyls (PCBs), a harmful contaminant. By harnessing those microbial relationships, researchers could improve the bioremediation, or bacterial breakdown, of PCBs from the environment, according to a team led by Timothy Mattes, Ph.D., University of Iowa SRP Center.

Comments

Top Podcasts

The Best New Comedy Podcast Right Now – June 2024 The Best News Podcast Right Now – June 2024 The Best New Business Podcast Right Now – June 2024 The Best New Sports Podcast Right Now – June 2024 The Best New True Crime Podcast Right Now – June 2024 The Best New Joe Rogan Experience Podcast Right Now – June 20 The Best New Dan Bongino Show Podcast Right Now – June 20 The Best New Mark Levin Podcast – June 2024

In Channel

User-friendly Technology Detects NDMA in Water

2024-11-0604:26

Early Life Exposures May Shape Infant Immune System

2024-09-0404:48

Pyrite Improves Electrochemical System for Removing a Chemical Mixture

2024-08-0704:43

Environmental Factors Alter PFAS Removal by Specialized Nanomaterials

2024-07-1004:03

High Seafood Diet May Lead to Increased PFAS Exposure

2024-06-0504:45

Engineering Hydrogel Beads to Enhance Bioremediation of Groundwater Contaminant

2024-05-0104:53

Tracking Mercury Conversion and Distribution in Aquatic Environments

2024-04-0305:43

Using Earth Materials to Remove Metals Near Abandoned Mines

2024-03-0604:03

New Model Estimates the Effects of Dioxin on Liver Cholesterol

2024-02-0705:59

Mapping Microbe Interactions That Support PCB-Degrading Bacteria

2024-01-1004:23

Environmentally Persistent Free Radicals, PAHs Interact to Increase Toxicity of Particulate Mixtures

2023-12-1204:38

High-Temperature Biochar for Arsenic Remediation

2023-11-0104:14

Mechanism of Cadmium-induced Neurotoxicity, Potential Treatment Revealed

2023-10-0404:13

Modified Iron Particles Could Improve Bioremediation of PFAS

2023-09-0605:29

Benzene Exposure During Pregnancy Affects Later-Life Metabolic Health

2023-08-0204:42

Cadmium-Linked Inflammation Increases the Severity of Lung Infection

2023-07-1206:18

Exposure to PCBs During Nursing Leads to Temporary Diabetes-Related Health Effect

2023-06-0705:29

Fighting Fluorine with Fluorine: New Materials Remove PFAS from Groundwater

2023-05-0306:13

Mimicking Molecules Made by Bacteria to Remove Metals From Water

2023-04-0504:12

New Model Estimates PFAS Exposures From Contaminated Drinking Water

2023-03-0806:39

00:00

Mapping Microbe Interactions That Support PCB-Degrading Bacteria

Superfund Research Program

#box-pro-ellipsis-173246191128841{-webkit-line-clamp:2;}Mapping Microbe Interactions That Support PCB-Degrading Bacteria

Mapping Microbe Interactions That Support PCB-Degrading Bacteria

Superfund Research Program

Mapping Microbe Interactions That Support PCB-Degrading Bacteria