This review summarizes current knowledge about the interplay between fate and effects of the antibiotic sulfadiazine in soil ecosystems. In applying manure from antibiotic-treated animals to arable soils, sulfadiazine can reach the environment, but fate and transformation processes and the consequences for soil microorganisms and soil functions have not been studied adequately. Since antibiotics are explicitly designed to affect microorganisms, they are likely to affect "non-target" microbes in the soil ecosystem. Recent papers provide new insights into the disappearance dynamics of sulfadiazine, its effects on distinct microbial communities and the development of antibiotic resistance
The toxicity exerted by the antibiotic sulfadiazine on the growth of soil bacterial communities was ...
International audienceAbstract The fertilization of agricultural soil by organic amendment that may ...
International audienceThe fertilization of agricultural soil by organic amendment that may contain a...
This review summarizes current knowledge about the interplay between fate and effects of the antibio...
Most veterinary drugs enter the environment via manure application. However, it is unclear how these...
Large amounts of manure have been applied to arable soils as fertilizer worldwide. Manure is often c...
Large amounts of manure have been applied to arable soils as fertilizer worldwide. Manure is often c...
Veterinary medicines enter agricultural soils by the use of animal excrements as fertilizers. To stu...
<div><p>Large amounts of manure have been applied to arable soils as fertilizer worldwide. Manure is...
The toxicity exerted by the antibiotic sulfadiazine on the growth of soil bacterial communities was ...
Sulfadiazine (SDZ) is an antibiotic frequently administered to livestock, and it alters microbi...
PurposeUp to 90% of antibiotics that are fed to livestock are excreted unaltered or as metabolites a...
PurposeUp to 90% of antibiotics that are fed to livestock are excreted unaltered or as metabolites a...
Conventional farming still consumes considerable amounts of antibiotics such as sulfadiazine (SDZ) o...
Abstract Background Antibiotic resistance genes will spread via soil fertilized with animal manure t...
The toxicity exerted by the antibiotic sulfadiazine on the growth of soil bacterial communities was ...
International audienceAbstract The fertilization of agricultural soil by organic amendment that may ...
International audienceThe fertilization of agricultural soil by organic amendment that may contain a...
This review summarizes current knowledge about the interplay between fate and effects of the antibio...
Most veterinary drugs enter the environment via manure application. However, it is unclear how these...
Large amounts of manure have been applied to arable soils as fertilizer worldwide. Manure is often c...
Large amounts of manure have been applied to arable soils as fertilizer worldwide. Manure is often c...
Veterinary medicines enter agricultural soils by the use of animal excrements as fertilizers. To stu...
<div><p>Large amounts of manure have been applied to arable soils as fertilizer worldwide. Manure is...
The toxicity exerted by the antibiotic sulfadiazine on the growth of soil bacterial communities was ...
Sulfadiazine (SDZ) is an antibiotic frequently administered to livestock, and it alters microbi...
PurposeUp to 90% of antibiotics that are fed to livestock are excreted unaltered or as metabolites a...
PurposeUp to 90% of antibiotics that are fed to livestock are excreted unaltered or as metabolites a...
Conventional farming still consumes considerable amounts of antibiotics such as sulfadiazine (SDZ) o...
Abstract Background Antibiotic resistance genes will spread via soil fertilized with animal manure t...
The toxicity exerted by the antibiotic sulfadiazine on the growth of soil bacterial communities was ...
International audienceAbstract The fertilization of agricultural soil by organic amendment that may ...
International audienceThe fertilization of agricultural soil by organic amendment that may contain a...