@.vl.audios: WITHOUT YOU - STRAWBERRY GUY EDIT AUDIO _______________________________ SOFT/SAD AUDIO _______________________________ EDIT : @vl _______________________________ #edit #audios #editaudio #aestheticedits #fyp _______________________________ [ORIGINAL CONTENT]

vl.audios
vl.audios
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Tuesday 07 July 2026 16:16:31 GMT
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alisrush
ali <3 :
I love strawberry guy wahhh
2026-07-11 13:59:48
1
catsisthebest5
J0hanna :
I LOVE LIS SO BAD😭😭
2026-07-09 17:32:16
9
cordiiform
꒰ྀི১ ໒꒱ིྀ :
warren🥹🥹🥹❤️❤️❤️
2026-07-07 18:05:09
7
adoptmeandrant
ellie!! ❤️ :
omg I love this
2026-07-09 04:15:33
0
_tub.lyy
_𝒕𝒖𝒃𝒍.𝒍𝒚 :
l love lıfe ıs strange
2026-07-08 14:21:02
4
m0.r1ah
𝓜𝓸𝓻𝓲𝓪𝓱🥖 :
EHO THAT IN THR BACKKK🥹🥹🥹
2026-07-08 20:40:46
0
catsisthebest5
J0hanna :
AWHH WARREENNNNNN🥹🥹🥹
2026-07-09 17:31:59
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🔬🧬 We’ve officially found a “third state” between life and death. A scientific discovery has revealed a mysterious 'third state' of existence, where cells from deceased organisms can reorganize and self-assemble into entirely new, mobile biobots. In a series of fascinating experiments, researchers have demonstrated that organismal death is not necessarily the absolute end for cellular life.  When skin cells from a deceased frog embryo were placed in a nutrient-rich environment, they spontaneously organized into microscopic living machines known as xenobots. Surprisingly, these biobots did not merely survive; they moved on their own, healed their own wounds, and even replicated by shaping surrounding loose cells into copies of themselves. Similar tests on human lung cells produced 'anthrobots'—tiny structures capable of navigating their surroundings and actively repairing nearby damaged nerve tissue. This extraordinary cellular plasticity is paving the way for a revolution in regenerative medicine, offering hope for targeted treatments that bypass the human immune system. In the future, biobots engineered from a patient's own tissue could be deployed to clear clogged arteries, repair damaged organs, or deliver drugs directly to cancer cells before naturally degrading. Because they are constructed from the host's own biological material, these microscopic helpers would not trigger immune rejection. This strange new frontier challenges traditional definitions of mortality, proving that even after an organism dies, its cells can harbor a hidden, creative potential to build new life. source: Noble, P. A., & Pozhitkov, A. Biobots arise from the cells of dead organisms – pushing the boundaries of life, death and medicine. The Conversation. What potential applications for this technology excite you the most? Does this challenge your definition of what it means to be 'alive'? Note: The information presented here is for general knowledge and discussion. #alive #discovery #discover #technology #advance
🔬🧬 We’ve officially found a “third state” between life and death. A scientific discovery has revealed a mysterious 'third state' of existence, where cells from deceased organisms can reorganize and self-assemble into entirely new, mobile biobots. In a series of fascinating experiments, researchers have demonstrated that organismal death is not necessarily the absolute end for cellular life. When skin cells from a deceased frog embryo were placed in a nutrient-rich environment, they spontaneously organized into microscopic living machines known as xenobots. Surprisingly, these biobots did not merely survive; they moved on their own, healed their own wounds, and even replicated by shaping surrounding loose cells into copies of themselves. Similar tests on human lung cells produced 'anthrobots'—tiny structures capable of navigating their surroundings and actively repairing nearby damaged nerve tissue. This extraordinary cellular plasticity is paving the way for a revolution in regenerative medicine, offering hope for targeted treatments that bypass the human immune system. In the future, biobots engineered from a patient's own tissue could be deployed to clear clogged arteries, repair damaged organs, or deliver drugs directly to cancer cells before naturally degrading. Because they are constructed from the host's own biological material, these microscopic helpers would not trigger immune rejection. This strange new frontier challenges traditional definitions of mortality, proving that even after an organism dies, its cells can harbor a hidden, creative potential to build new life. source: Noble, P. A., & Pozhitkov, A. Biobots arise from the cells of dead organisms – pushing the boundaries of life, death and medicine. The Conversation. What potential applications for this technology excite you the most? Does this challenge your definition of what it means to be 'alive'? Note: The information presented here is for general knowledge and discussion. #alive #discovery #discover #technology #advance

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