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They produced female genitalia on a chip! It was mind blowing… "Acting just like the truth" #Tech #Technology #technews

They produced female genitalia on a chip!  It was mind blowing… "Acting just like the truth"
 #Tech #Technology #technews
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Scientists stunned by producing “female genitalia on a chip”. While the news that a team of bioengineers from Harvard University produced the “female genitalia on a chip” left its mark on the agenda, the co-author of the study, Don Ingber, stated that the female genitalia on a chip behaves just like it does in humans. According to its manufacturers, this chip is the most realistic artificial model of the organ to date.

With the “female genitalia on a chip”, scientists have achieved a mind-blowing feat. A Harvard University bioengineer team has succeeded in producing “female genitalia on a chip,” reports The New York Times. According to the news of Futurism, which shares science and technology news, this simulated “organ chip” was made from donated female genitalia cells. Here are the details…

“THE MOST REALISTIC ARTIFICIAL MODEL EVER”

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“BEEPS LIKE ORGANS THAT PEOPLE HAVE”

(Photos: Harvard University)

Ingber and his colleagues have previously fabricated other organ chips that simulate the human lung, liver, and intestines.

Don Ingber, a bioengineer at Harvard and co-author of the study, told the NYT that it acts just like the organ in humans.

According to the report, this organ chip will allow scientists to study the complex interactions between female genital cells and fluids. This will allow testing of treatments developed for bacterial vaginosis, which affects about 30 percent of women.

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As detailed in the study published last month in the journal Microbiome, the female genitalia on a chip has allowed scientists to successfully study the interaction between changing estrogen hormones and bacteria. According to its makers, this chip is the most realistic artificial model of the organ to date.

DEVELOPED TREATMENTS CAN BE TESTED

Don Ingber, a bioengineer at Harvard and co-author of the study, told the NYT that it acts just like the organ in humans.

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