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@harunrasheeed: Um dia partirem de vós...

Hārun Ar-rasheed.
Hārun Ar-rasheed.
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Region: MZ
Saturday 18 October 2025 01:47:49 GMT
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abu.zuhail6
Prizáte :
Na'ãm bárakallahu fiikum
2025-10-18 09:27:00
1
faty8500
faty :
🥰🥰🥰
2025-10-18 10:53:26
0
user75519399902300
Zu da Inês :
alhamdulilah
2025-10-18 05:23:25
0
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#CapCut bismillah😇
#CapCut bismillah😇
#امي #الجميع_يتخلى_عنك_الاامك🙋‍♂️ #متابعه_ولايك_واكسبلور_فضلا_ليس_امر #مشاهير_تيك_توك #لايكات
#امي #الجميع_يتخلى_عنك_الاامك🙋‍♂️ #متابعه_ولايك_واكسبلور_فضلا_ليس_امر #مشاهير_تيك_توك #لايكات
😂😍#ليبيا #ورشفانه_العزيزيه_الزهراء_الحشان_الساعديه #طرابلس #الشعب_الصيني_ماله_حل😂😂 #لايكات
😂😍#ليبيا #ورشفانه_العزيزيه_الزهراء_الحشان_الساعديه #طرابلس #الشعب_الصيني_ماله_حل😂😂 #لايكات
Looking at delicate deep-sea drifters reveals adaptations to life under pressure. Deep-sea animals live under crushing amounts of pressure generated by the immense weight of the water above. Comb jellies are a diverse group of gelatinous animals found across a range of marine habitats, from the ocean’s sunlit surface to the abyssal seafloor. A new study published in Science today by scientists at the University of California, San Diego with an interdisciplinary team of researchers, including MBARI marine biologists, has revealed how comb jellies manage to thrive under pressure. For comb jellies, an adaptation in their cellular membranes is key to surviving high pressure. Greasy molecules called lipids that make up membranes have a different shape in deep-sea species than in shallow-water ones. The cone shape of these molecules helps keep the cellular membranes of deep-sea comb jellies dynamic under pressure. These molecules are also abundant in our own nerve cells and their loss is linked to conditions like Alzheimer’s. Studying deep-sea comb jellies could one day help us find ways to restore membrane function in human brains. #MBARI #DeepSea #DeepOcean #fyp #WaitForIt
Looking at delicate deep-sea drifters reveals adaptations to life under pressure. Deep-sea animals live under crushing amounts of pressure generated by the immense weight of the water above. Comb jellies are a diverse group of gelatinous animals found across a range of marine habitats, from the ocean’s sunlit surface to the abyssal seafloor. A new study published in Science today by scientists at the University of California, San Diego with an interdisciplinary team of researchers, including MBARI marine biologists, has revealed how comb jellies manage to thrive under pressure. For comb jellies, an adaptation in their cellular membranes is key to surviving high pressure. Greasy molecules called lipids that make up membranes have a different shape in deep-sea species than in shallow-water ones. The cone shape of these molecules helps keep the cellular membranes of deep-sea comb jellies dynamic under pressure. These molecules are also abundant in our own nerve cells and their loss is linked to conditions like Alzheimer’s. Studying deep-sea comb jellies could one day help us find ways to restore membrane function in human brains. #MBARI #DeepSea #DeepOcean #fyp #WaitForIt




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