Examples of using Specific pathogens in English and their translations into Indonesian
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Ecclesiastic
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Ecclesiastic
Immunity occurs when lymphocytes become active against specific pathogens.
SARS is a disease with specific pathogens- chlamydia, Mycoplasma and others.
Insufficiency of vitamin C diminishes the body's resistance against specific pathogens.
Others act against specific pathogens or infected cells and are part of the adaptive immune response.
Being adaptive means that the immune system can"learn" to recognize specific pathogens.
These include the specific pathogens involved, the location of the abscess, size of the abscess, and cause of the infection.
Rational: to distinguish the presence of infection, identify specific pathogens and influence the choice of treatment.
Some direct the actions of other immune system cells,while others kill cells infected with specific pathogens.
(The adaptive immune system, by contrast, learns to recognize specific pathogens, but takes longer to join the battle.).
Here populations of white blood cells known as lymphocytes- B cells and T cells- mount a powerful,highly specific attack on specific pathogens.
The adaptive immune response functions throughout the body to combat specific pathogens that it has encountered before(a process known as reactivation).
Most ear infections swimmers suffer are associated with repeated and prolonged wetting of the ear canal andnot with specific pathogens in the water.
The immune system not only defends you against specific pathogens, but also maintains a memory of specific pathogens and the effective protection against them.
As part of this more complex immune response,the human immune system adapts over time to recognize specific pathogens more efficiently.
This is how vaccination works-the vaccine causes replication of immune cells that can target specific pathogens and protect from future infections.
This helps the immune system to quickly identify and respond to a previously encountered antigen andprovides long-term immunity against specific pathogens.
Immunity against most microbes depends on forming‘memory T cells' that remember specific pathogens and can rapidly respond to future infections.
By measuring the concentration of specific antibodies in individuals and populations it is possible to determine levels of susceptibility andresistance to infection by specific pathogens.
This is how vaccination works-the vaccine causes replication of immune cells that can target specific pathogens and protect from future infections.
As part of this more complex immune response,the human immune system adapts over time to recognize specific pathogens more efficiently.
The researchers checked to see if cholesterol-diminished HIV activates so-called adaptive immune responses-the responses that help the body remember specific pathogens long-term so the body develops immunity and counters future infections.
Blaser suggests a more-judicious use of antibiotics, as well as the development of techniques to rapidly identify the problem pathogen anddrugs that target only specific pathogens while leaving other microbes unharmed.
Next, the researchers checked to see if cholesterol-diminished HIV activates so-called adaptive immune responses-the responses that help the body remember specific pathogens long-term so the body develops immunity and counters future infections.
They argue that by ingesting soil-born organisms you can maintain an enormousreservoir of uncoded antibodies ready to transform specific pathogens, the way nature intended- by eating a little dirt!
On the other hand, the acquired immunity represents the most potent line of defense mechanisms in the body,which is known for identifying and destroying the specific pathogens or any foreign particles which are harmful to the body.
But antibiotic shortages can have especially dire consequences, since doctors have to resort to sub-optimaltreatments that are less efficient at killing specific pathogens, leading to the rise of resistant bacteria or so-called superbugs.
To identify a specific pathogen, a microbiological examination of feces is carried out.
Immunological memory, created from a primary response to a specific pathogen, provides an enhanced response to secondary encounters with that same,specific pathogen. .
They are produced in response to a specific pathogen in the body, and these antibodies bind to the specific antigens to neutralize it.
Antiserum is produced by first immunizing an animal against a specific pathogen, then bleeding the animal and separating out the antibody-rich serum.