Add to ORKGBackground: This study’s aim was to compare the dental biofilm metabolite-profile of caries-active (N=11) or caries-free (N=4) children by gas chromatography-mass spectrometry (GC/MS) analyses. Methods: Samples collected after overnight fasting, with or without a previous glucose rinse, were combined for each child based on the caries status of the site, re-suspended in ethanol and analyzed by GC/MS. Results: Biofilm from caries-active sites exhibited a different chromatographic profile compared to caries-free sites. Qualitative and quantitative analysis suggested a special cluster of branched alcohols and esters present at substantially higher intensity in biofilms of caries-active sites. Conclusions: This pilot study indicates that there ...
Oral diseases are known to be closely associated with oral biofilm metabolism, while cancer tissue i...
Background: Dental caries results from a dysbiosis of tooth-associated biofilms and frequently exten...
Dental caries is caused by acids released from bacterial biofilms. However, the in vivo formation of...
Background: This study’s aim was to compare the dental biofilm metabolite-profile of caries-active (...
BACKGROUND: This study's aim was to compare the dental biofilm metabolite-profile of caries-active (...
The ecological dysbiosis of a biofilm includes not only bacterial changes but also changes in their ...
The ecological dysbiosis of a biofilm includes not only bacterial changes but also changes in their ...
Dental caries results from an imbalance of the metabolic activity in the dental biofilm. The microbi...
Aim: This in vivo experimental study investigated bacterial microbiome and metabolome longitudinal c...
AbstractResearch approaches to biofilm are stratified by a series of analyses: (1) microbial number ...
Early childhood caries (ECC) is a biofilm-mediated disease. Social, environmental, and behavioral de...
Supragingival dental plaque samples were collected from 40 Swedish adolescents, including 20 with ca...
Supragingival dental plaque samples were collected from 40 Swedish adolescents, including 20 with ca...
Supragingival dental plaque samples were collected from 40 Swedish adolescents, including 20 with ca...
Caries lesions develop when acid production from bacterial metabolism of dietary carbohydrates outwe...
Oral diseases are known to be closely associated with oral biofilm metabolism, while cancer tissue i...
Background: Dental caries results from a dysbiosis of tooth-associated biofilms and frequently exten...
Dental caries is caused by acids released from bacterial biofilms. However, the in vivo formation of...
Background: This study’s aim was to compare the dental biofilm metabolite-profile of caries-active (...
BACKGROUND: This study's aim was to compare the dental biofilm metabolite-profile of caries-active (...
The ecological dysbiosis of a biofilm includes not only bacterial changes but also changes in their ...
The ecological dysbiosis of a biofilm includes not only bacterial changes but also changes in their ...
Dental caries results from an imbalance of the metabolic activity in the dental biofilm. The microbi...
Aim: This in vivo experimental study investigated bacterial microbiome and metabolome longitudinal c...
AbstractResearch approaches to biofilm are stratified by a series of analyses: (1) microbial number ...
Early childhood caries (ECC) is a biofilm-mediated disease. Social, environmental, and behavioral de...
Supragingival dental plaque samples were collected from 40 Swedish adolescents, including 20 with ca...
Supragingival dental plaque samples were collected from 40 Swedish adolescents, including 20 with ca...
Supragingival dental plaque samples were collected from 40 Swedish adolescents, including 20 with ca...
Caries lesions develop when acid production from bacterial metabolism of dietary carbohydrates outwe...
Oral diseases are known to be closely associated with oral biofilm metabolism, while cancer tissue i...
Background: Dental caries results from a dysbiosis of tooth-associated biofilms and frequently exten...
Dental caries is caused by acids released from bacterial biofilms. However, the in vivo formation of...