This pathogen is often mistaken for bacteroides vulgatus, its occurrence makes hard to track in humans. Initially its isolated/identified in 2014 via 16S rRNA gene sequencing. But its related type 1 diabetes and atherosclerosis and further study is required to understand its role in human health. Some studies show that it may prevent harmful bacteria growth. but these benefits require further investigation.
It is an anaerobic bacterium, and it belongs to the Bacteroidaceae family. morphologically gram negative and rod shaped, without spore or flagella. It has unique composition of lipopolysaccharide. having a mix of penta- and tetra-acylated mono-phosphorylated molecules. It has a DNA G+C content of 43% and a genome size of around 5.4 Mb, showing its genetic complication. But more investigation is needed to know its structure.
This bacterium is sometimes confused with Phocaeicola vulgatus. Farther investigation is required on the antigen types.
There is one case of an invasive infection caused by this pathogen in humans. It happened in 2021 with a patient having a mycotic aortic aneurysm. how this pathogen causes to human disease need more study. But it may link to the bacteria producing acid from sugars to adhering and invading human tissue. It relates exist to diabetes mellitus type 1 and atherosclerosis by changing the host immunity and infection. but more study required.
Innate immune system gets triggered if severe inflammation occurs that leads to stimulate chemical signaling protein such as cytokines and complement system to destruct these pathogens. Meantime, adaptive immune system gets activated to secrete antibodies and T-cell to target and neutralize the infections caused by this pathogen. Our body also limits the spread of this pathogen by activating inflammation and increasing the body temperature to activate immune system.
The clinical manifestations of this pathogen in human are not well understood. Why because it frequently gets confused with P. vulgatus. But there was one case it caused a serious infection. a patient had an infected chest or back pain, fever and infected blood markers. Genetic testing on the eliminated bulge tissue showed P. dorei’s presence. They got the correct antibiotics and surgery, healing the infection successfully.
Detections of this pathogen is very challenging due ti its resemblance to Phocaeicola vulgatus. Frequently it is misidentified with regular techniques like MALDI-TOF MS or 16S rRNA gene sequencing. More specific methods like whole genome sequence method are required for accurate identification.
Preventing Phocaeicola dorei infections is tricky. People mistake them for other diseases. But there are ways to stop them. Keeping a healthy gut with foods that help good bacteria grow might help. Using tests to check for P. dorei levels could prevent infections. Managing risks for mycotic aortic aneurysm, a problem P. dorei causes, is key.
This pathogen is often mistaken for bacteroides vulgatus, its occurrence makes hard to track in humans. Initially its isolated/identified in 2014 via 16S rRNA gene sequencing. But its related type 1 diabetes and atherosclerosis and further study is required to understand its role in human health. Some studies show that it may prevent harmful bacteria growth. but these benefits require further investigation.
It is an anaerobic bacterium, and it belongs to the Bacteroidaceae family. morphologically gram negative and rod shaped, without spore or flagella. It has unique composition of lipopolysaccharide. having a mix of penta- and tetra-acylated mono-phosphorylated molecules. It has a DNA G+C content of 43% and a genome size of around 5.4 Mb, showing its genetic complication. But more investigation is needed to know its structure.
This bacterium is sometimes confused with Phocaeicola vulgatus. Farther investigation is required on the antigen types.
There is one case of an invasive infection caused by this pathogen in humans. It happened in 2021 with a patient having a mycotic aortic aneurysm. how this pathogen causes to human disease need more study. But it may link to the bacteria producing acid from sugars to adhering and invading human tissue. It relates exist to diabetes mellitus type 1 and atherosclerosis by changing the host immunity and infection. but more study required.
Innate immune system gets triggered if severe inflammation occurs that leads to stimulate chemical signaling protein such as cytokines and complement system to destruct these pathogens. Meantime, adaptive immune system gets activated to secrete antibodies and T-cell to target and neutralize the infections caused by this pathogen. Our body also limits the spread of this pathogen by activating inflammation and increasing the body temperature to activate immune system.
The clinical manifestations of this pathogen in human are not well understood. Why because it frequently gets confused with P. vulgatus. But there was one case it caused a serious infection. a patient had an infected chest or back pain, fever and infected blood markers. Genetic testing on the eliminated bulge tissue showed P. dorei’s presence. They got the correct antibiotics and surgery, healing the infection successfully.
Detections of this pathogen is very challenging due ti its resemblance to Phocaeicola vulgatus. Frequently it is misidentified with regular techniques like MALDI-TOF MS or 16S rRNA gene sequencing. More specific methods like whole genome sequence method are required for accurate identification.
Preventing Phocaeicola dorei infections is tricky. People mistake them for other diseases. But there are ways to stop them. Keeping a healthy gut with foods that help good bacteria grow might help. Using tests to check for P. dorei levels could prevent infections. Managing risks for mycotic aortic aneurysm, a problem P. dorei causes, is key.
This pathogen is often mistaken for bacteroides vulgatus, its occurrence makes hard to track in humans. Initially its isolated/identified in 2014 via 16S rRNA gene sequencing. But its related type 1 diabetes and atherosclerosis and further study is required to understand its role in human health. Some studies show that it may prevent harmful bacteria growth. but these benefits require further investigation.
It is an anaerobic bacterium, and it belongs to the Bacteroidaceae family. morphologically gram negative and rod shaped, without spore or flagella. It has unique composition of lipopolysaccharide. having a mix of penta- and tetra-acylated mono-phosphorylated molecules. It has a DNA G+C content of 43% and a genome size of around 5.4 Mb, showing its genetic complication. But more investigation is needed to know its structure.
This bacterium is sometimes confused with Phocaeicola vulgatus. Farther investigation is required on the antigen types.
There is one case of an invasive infection caused by this pathogen in humans. It happened in 2021 with a patient having a mycotic aortic aneurysm. how this pathogen causes to human disease need more study. But it may link to the bacteria producing acid from sugars to adhering and invading human tissue. It relates exist to diabetes mellitus type 1 and atherosclerosis by changing the host immunity and infection. but more study required.
Innate immune system gets triggered if severe inflammation occurs that leads to stimulate chemical signaling protein such as cytokines and complement system to destruct these pathogens. Meantime, adaptive immune system gets activated to secrete antibodies and T-cell to target and neutralize the infections caused by this pathogen. Our body also limits the spread of this pathogen by activating inflammation and increasing the body temperature to activate immune system.
The clinical manifestations of this pathogen in human are not well understood. Why because it frequently gets confused with P. vulgatus. But there was one case it caused a serious infection. a patient had an infected chest or back pain, fever and infected blood markers. Genetic testing on the eliminated bulge tissue showed P. dorei’s presence. They got the correct antibiotics and surgery, healing the infection successfully.
Detections of this pathogen is very challenging due ti its resemblance to Phocaeicola vulgatus. Frequently it is misidentified with regular techniques like MALDI-TOF MS or 16S rRNA gene sequencing. More specific methods like whole genome sequence method are required for accurate identification.
Preventing Phocaeicola dorei infections is tricky. People mistake them for other diseases. But there are ways to stop them. Keeping a healthy gut with foods that help good bacteria grow might help. Using tests to check for P. dorei levels could prevent infections. Managing risks for mycotic aortic aneurysm, a problem P. dorei causes, is key.

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