
Itt a babák nagy bacitesztje: a cumi, vagy a játék hordoz több baktériumot? Mos…
A TikTok kedvenc növényorvosa górcső alá vette a baba cumit és játékot. Az eredmény megdöbbentő. Nem hiszed, el, hogy min volt több baktérium.
Budapest, Hungary – A recent viral video by Hungarian plant doctor Gyuris Rita, known as 'Plantprotecting Rita' on TikTok, has shed light on the unseen microscopic world inhabiting common baby items: pacifiers and toys. In an experiment designed to compare bacterial and fungal growth, Rita swabbed both a pacifier and a baby toy, then cultured the samples in Petri dishes. After three days, the results were visually striking. The pacifier sample revealed numerous white bacterial colonies and a single fungal colony. Speaking about the findings, Rita explained that while the presence of bacteria was expected, parents should be mindful of transferring their own pathogens. "I definitely don't lick the pacifier, not just because these grew on it, which was expected, but also because we can transfer our own pathogens to the child this way," she stated. Even more diverse microbial growth was observed on the baby toy. The Petri dish from the toy sample showed a multitude of fungal colonies, including three to four different types, alongside some bacterial colonies similar to those found on the pacifier. Rita noted that while toys are regularly washed, they still come into contact with the floor and a baby's hands, which are often in their mouths. The video serves as a compelling visual reminder that bacteria and fungi are an integral part of our environment, playing important roles, especially those that are non-pathogenic. However, it also highlights the constant exposure babies have to microbes and the potential for pathogen transfer from caregivers. The experiment has resonated with parents, prompting discussions on everyday hygiene practices for infants.
A TikTok kedvenc növényorvosa górcső alá vette a baba cumit és játékot. Az eredmény megdöbbentő. Nem hiszed, el, hogy min volt több baktérium.