Disseminated intravascular coagulation
Yes, certain bacterial infections can contribute to cardiovascular disease. For instance, infections like endocarditis, caused by bacteria affecting the heart valves, can lead to inflammation and damage in the cardiovascular system. Additionally, chronic infections may trigger inflammatory responses that contribute to the development of atherosclerosis, increasing the risk of heart attacks and strokes. Overall, the relationship between bacterial infections and cardiovascular health is complex and influenced by various factors.
What type of diseases are you asking about? Cardiovascular, viral, bacterial.. what? There are many diseases, but what type are do you want to know about?
The bacteria would be grounded up with the beef and it would be spread throughout the meat, making it ideal for the media to have bacterial growth throughout. Unlike the steak or roast where it would only have bacterial growth on the surface.
Robert Patrick Matthews Davis has written: 'Effect of nutrient variation on the growth of a bacterial species isolated from an activated sludge plant'
when two different antibiotics are taken simultaneously againt multi bacterial infections cross resistance in the bacteria results
The complement system is made up of a large number of plasma proteins. They react with one another to opsonize pathogens and induce a series of inflammatory responses that help to fight infection.
the bacterial infection can destroy skin, tissue, and bone or spread throughout the body.
When bacteriophage DNA becomes integrated into the bacterial chromosome, it is known as lysogeny. The integrated phage DNA is called a prophage. During lysogeny, the bacteriophage DNA remains dormant, replicating along with the bacterial chromosome. Under certain conditions, such as stress, the prophage can become activated and enter the lytic cycle, leading to viral replication and cell lysis.
No they are not the same. The cardiovascular system involves the circulatory system and the lungs and it transports oxygen and removes co2 from the body. On the other hand the circulatory system is responsible for moving blood throughout the body. So while they involve the same parts they are not the same system
Complement is a collection of proteins found in the blood that are effective against a wide variety of bacteria. Complement can cause bacterial lysis when the C5-C9 proteins are activated by C3. The C9 proteins insert into the bacterial cell membrane causing lysis and destruction of the bacteria.
A prophage is a phage genome that is integrated into the DNA of a bacterial host and replicates along with the host's DNA. It remains dormant within the host cell until it is triggered to enter the lytic cycle, where it replicates and eventually lyses the host cell.
Bronchitis is an inflammation of the mucus membranes of the bronchi (the airways that carry air from the trachea into the rest of the lungs). As such it is clearly a disease of the respiratory system rather than cardiovascular. It can be the result of an infection or to exposure to noxious airborne components like cigarette smoke or pollution. Of course, if the inflammation is interfering with the ability of a person to breath, the effects will show up in the cardiovascular system as the blood may not be getting fully oxygenated as it passes through the lungs - but this is a secondary effect.