Card-mediated seedlings promote immune cell production

as a vaccine for tuberculosis, carb can promote immune cell production, which may explain why it protects newborns from the threat of sepsis.
previous studies have shown that vaccination can protect newborns from a variety of infections, including tuberculosis, and reduce the overall number of deaths from sepsis. But the working mechanism is unclear.
understanding the mechanisms behind this effect will support the prevention of neonatal sepsis with card-mediated seedlings," said Nelly Amenyogbe of the Telethon Children's Institute in Australia. Amenyogbe and her colleagues analyzed blood samples from 85 newborns from Gambia, Guinea-Bissau and Papua New Guinea, half of whom had been vaccinated. They found that after three days, the number of immune cells (neutral granulocytes) in the blood of vaccinated newborns tripled.
another experiment, researchers inoculated newborn mice with card seedlings and then infected them with bacteria, triggering sepsis. They also infected unvaccinated mice with bacteria. Like human babies, vaccinated mice produced about twice as many neutral granulocytes that saved them from death by devouring bacteria that cause sepsis.
" growing evidence that the vaccine against tuberculosis has beneficial nonse specific effects on a range of pathogens in the human body. Danika Hill, of the Babham Institute in Cambridge, UK, said.
this in mind, scientists are currently conducting human trials of the carcass to see if it can be immune to the new coronavirus. However, "it is not clear whether the zika seedlings and any potential effects on neutral granulocytes will be beneficial in the fight against the new coronavirus and need to be carefully considered". Hill said.
addition to neutral granulocytes, caramelation also has effects on other parts of the immune system, which may have some benefits in preventing neoclerotic pneumonia, said Ameryogbe, a government analyst at the Center for Health and Prevention.
Hill said: "If vaccines such as carcass can provide nonseemly specific protection against emerging pathogens, this could change the rules of the game against the new coronavirus and any future pandemics." The
the researchers report in the May 6 issue of Science-Translational Medicine. (Source: Han Tianqi, China Science Daily)
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