ABSTRACTIt was concluded from this study that bacterial skin populations in certain areas of the body, namely the back, the groin, and the hands, increase with increasing temperature and humidity. Neither high temperature alone nor high humidity alone will provoke a similar increase under the experimental conditions described. Home (1) observed that a minimum temperature and humidity appear to be important in the seasonal variation of certain infectious skin diseases, and this study provides some experimental basis for his observation
To gain insight into the pathogenesis of warm-water immersion dermatoses, an experimental technique ...
Global climate appears to be changing at an unprecedented rate. Climate change can be caused by seve...
13 pagesBackground: Plants are found in a large percentage of indoor environments, yet the potential...
ABSTRACTIt was concluded from this study that bacterial skin populations in certain areas of the bod...
The influence of skin environmental factors has been investigated in five studies. In the first stud...
Cultivation of human skin reveals numerous bacteria and at least one fungus to be normal inhabitants...
The experiment was performed in a thermo-hygrostat incubator. Various combinations of temperature (T...
Although seasonal changes in humidity are thought to exacerbate various skin diseases, whether these...
The experiment was performed in a thermo-hygrostat incubator. Temperature (T) (15°C and 37°C) and hu...
BACKGROUND The skin microbiome, characterized by an overgrowth of Staphylococcus aureus, plays an...
The bacterial flora of the central area of the forehead of 48 adults was examined by a standardized ...
Physicians are aware that climatic conditions negatively affect the skin. In particular, people livi...
Background: The skin on human feet presents unique environments for the proliferation of potentially...
Skin and soft tissue infections caused by Staphylococcus aureus (SA-SSTIs) including methicillin-res...
The cutaneous aerobic bacterial flora was monitored during the course of experimental dermatophyte (...
To gain insight into the pathogenesis of warm-water immersion dermatoses, an experimental technique ...
Global climate appears to be changing at an unprecedented rate. Climate change can be caused by seve...
13 pagesBackground: Plants are found in a large percentage of indoor environments, yet the potential...
ABSTRACTIt was concluded from this study that bacterial skin populations in certain areas of the bod...
The influence of skin environmental factors has been investigated in five studies. In the first stud...
Cultivation of human skin reveals numerous bacteria and at least one fungus to be normal inhabitants...
The experiment was performed in a thermo-hygrostat incubator. Various combinations of temperature (T...
Although seasonal changes in humidity are thought to exacerbate various skin diseases, whether these...
The experiment was performed in a thermo-hygrostat incubator. Temperature (T) (15°C and 37°C) and hu...
BACKGROUND The skin microbiome, characterized by an overgrowth of Staphylococcus aureus, plays an...
The bacterial flora of the central area of the forehead of 48 adults was examined by a standardized ...
Physicians are aware that climatic conditions negatively affect the skin. In particular, people livi...
Background: The skin on human feet presents unique environments for the proliferation of potentially...
Skin and soft tissue infections caused by Staphylococcus aureus (SA-SSTIs) including methicillin-res...
The cutaneous aerobic bacterial flora was monitored during the course of experimental dermatophyte (...
To gain insight into the pathogenesis of warm-water immersion dermatoses, an experimental technique ...
Global climate appears to be changing at an unprecedented rate. Climate change can be caused by seve...
13 pagesBackground: Plants are found in a large percentage of indoor environments, yet the potential...