according to The transplanted material contains around 1,000 different strains of gut bacteria, acting like an ultra-potent probiotic to help restore the health and diversity of the recipient’s intestinal flora.
MariaDubova via Getty ImagesTo treat brain disorders like autism, scientists increasingly are targeting a different part of the body: the gut.
While fecal transplants aren’t quite ready for widespread public use, other methods of improving gut health could be of benefit to individuals with autism.
New research suggests that the gut also may be an important site of intervention for autism spectrum disorders.
A Baylor College study published in June suggested that adding one particular strain of beneficial bacteria into the gut of individuals with autism could lessen symptoms.
Antibiotics May Accelerate Bacteria Growth
For the study, researchers exposed E. coli (Escherichia coli) bacteria to eight rounds of antibiotic treatment over four days.
Although the results of this study were expected, scientists were surprised to discover that the bacteria reproduced even faster following exposure to antibiotics.
According to a new study conducted by researchers at the University of Exeter in the UK, bacterial growth can be stimulated by antibiotics.
With each treatment, the bacteria showed increased resistance, reproduced faster, and formed populations that were three times larger.
When the antibiotics were removed, the newly developed characteristics in the bacteria remained.
referring to Depending on the specific type of bacteria in the mom’s vagina and cervix, her risk of giving premature birth may be increased or reduced.
Premature birth is the No.1 killer of babies in America, and of the approximately 4,300,000 live births in the U.S. each year, about 12.3 percent are preterm.
Researchers theorize that by either eliminating the “bad” bacteria or increasing the “good” bacteria, they could prevent premature births.
Although the authors say more research is needed they suggest their findings could mean that treatments targeting harmful cervical bacteria, or replenishing the protective bacteria could be used to prevent premature birth in the immediate future.
The cause of prematurity — birth before the 37th week of pregnancy — is often a puzzle to experts, but a study at the Perelman School of Medicine at the University of Pennsylvania may have found the key: bacteria in the mom’s cervix.
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