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#Bioengineering Reel by @futurecheme (verified account) - Once again tackling a couple of the Bio fields - #Biomedical vs #Biological or #bioengineering Would you like to see biomolecular and biosystems thr
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@futurecheme
Once again tackling a couple of the Bio fields - #Biomedical vs #Biological or #bioengineering Would you like to see biomolecular and biosystems thrown in? lmk For more bio coverage, take a look at my curriculum reels and 90 seconds series reels. Disclaimer as always that different universities handle their programs differently, so check with your institution for the details. I always recommend ensuring your program is reputable and ABET accredited. #engineering #collegemajors
#Bioengineering Reel by @carmenpanepinto (verified account) - Falling in love with bioengineering again and again 🤍🧫🧪🦾 #ingegneria #ingegneriabiomedica #bionics #laboratorio #studio #universita #motivazione
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@carmenpanepinto
Falling in love with bioengineering again and again 🤍🧫🧪🦾 #ingegneria #ingegneriabiomedica #bionics #laboratorio #studio #universita #motivazione #phd #dottorato #womeninstem #womeninengineering #carriera #ispirazione #ricerca #innovazione
#Bioengineering Reel by @cbsunstoppable (verified account) - Ever wonder how much vitamin C is your favorite juice? You can do a titration experiment and find out for yourself! Join Gitanjali Rao in her new seg
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@cbsunstoppable
Ever wonder how much vitamin C is your favorite juice? You can do a titration experiment and find out for yourself! Join Gitanjali Rao in her new segment "Bioengineering for Beginners," a brand-new lab segment kicking off this weekend on Mission Unstoppable. Check your CBS local listings.
#Bioengineering Reel by @algaltechnology - 🧪 Tubular Photobioreactors: Harnessing Light for Algae Growth 🌞🌿 Ever wondered how microalgae are grown efficiently in a controlled environment? M
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@algaltechnology
🧪 Tubular Photobioreactors: Harnessing Light for Algae Growth 🌞🌿 Ever wondered how microalgae are grown efficiently in a controlled environment? Meet Tubular Photobioreactors (PBRs) – the superstar of sustainable bio-production! ✨ What are they? Tubular PBRs are long, transparent tubes where algae receive sunlight or artificial light 💡. This setup maximizes light exposure and improves photosynthesis, producing biomass faster than traditional ponds. Key Parameters to Optimize ✅: Light Intensity & Distribution 🌞💡 – The more uniform, the better for algae growth. CO₂ Supply & Mixing 🌬️🔄 – Ensures nutrients reach every cell. Temperature Control 🌡️❄️🔥 – Different algae thrive at different temperatures. Flow Rate & Tube Diameter 🌊↔️ – Affects light penetration and gas exchange. pH & Nutrient Levels 🧂🧪 – Essential for healthy microalgae. 💡 Fun Fact: Tubular PBRs are widely used for producing biofuels, food supplements, and pharmaceuticals! 🌱💊 ✨ Swipe to see how light transforms into algae biomass! ✨ #Photobioreactor #AlgaeScience #SustainableBiotech #Bioengineering #TubularPBR 🧪 فتوبیوراکتورهای تیوبولار: 🌞🌿 تا به حال فکر کرده‌اید که جلبک‌ها چگونه در محیطی کنترل‌شده با راندمان بالا رشد می‌کنند؟ با فتوبیوراکتورهای تیوبولار آشنا شوید – ستاره تولید بیوپایدار! ✨ فتوبیوراکتور تیوبولار چیست؟ این نوع PBRها لوله‌های شفاف بلندی هستند که جلبک‌ها در آن‌ها نور خورشید یا نور مصنوعی دریافت می‌کنند 💡. این طراحی باعث می‌شود نور به صورت یکنواخت به سلول‌ها برسد و فتوسنتز بهینه شود، تولید بیوماس سریع‌تر از حوضچه‌های سنتی خواهد بود. پارامترهای کلیدی برای بهینه‌سازی ✅: شدت و توزیع نور 🌞💡 – هرچه یکنواخت‌تر، رشد جلبک بهتر. تامین دی اکسید کربن و اختلاط 🌬️🔄 – تضمین می‌کند مواد مغذی به همه سلول‌ها برسد. کنترل دما 🌡️❄️🔥 – هر گونه جلبک دمای مخصوص خود را دارد. سرعت جریان و قطر لوله 🌊↔️ – روی نفوذ نور و تبادل گاز اثر می‌گذارد. پی اچ و سطح مواد مغذی 🧂🧪 – برای جلبک سالم حیاتی است. 💡فتوبیوراکتورهای تیوبولار در تولید سوخت‌های زیستی، مکمل‌های غذایی و داروسازی کاربرد فراوان دارند! 🌱💊
#Bioengineering Reel by @alchetron_com - Beyond Life and Death: Scientists Discover a Mysterious "Third State" for Cells! After an organism dies, some cells don't just fade away-they enter a
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@alchetron_com
Beyond Life and Death: Scientists Discover a Mysterious "Third State" for Cells! After an organism dies, some cells don't just fade away—they enter a "third state," reorganizing into entirely new forms of life. From frog embryo skin cells emerged xenobots: tiny, self-moving living robots that swim, self-heal, and even replicate by shaping loose cells into copies of themselves. Now, human lung cells have formed "anthrobots"—mobile multicellular bots that navigate environments and promote nerve repair. These post-mortem cells show remarkable adaptive and regenerative abilities, opening doors to patient-specific biobots for targeted drug delivery, clearing arteries, or tissue regeneration—then safely breaking down. Death may not end cellular potential... it could unlock new purpose. #BiologyBreakthrough #ThirdState #Xenobots #Anthrobots #RegenerativeMedicine #Bioengineering #SyntheticBiology #ScienceNews #CellularLife #Biotech #FutureMedicine #alchetron #viral Read more : https://alchetron.com/Anthrobotics
#Bioengineering Reel by @museumofscience (verified account) - Scientists just made "planimal" cells-animal cells that photosynthesize! 🌱 Researchers in Tokyo transplanted chloroplasts to hamster cells creating
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@museumofscience
Scientists just made “planimal” cells—animal cells that photosynthesize! 🌱 Researchers in Tokyo transplanted chloroplasts to hamster cells creating a biohybrid. This bioengineering breakthrough blurs the plant-animal line, but nature has been doing it for ages—sea slugs and salamanders already incorporate chloroplasts into their biology. #Science #Biology #Bioengineering
#Bioengineering Reel by @mort_quary - 3D-Printed 'e-Flesh' Skin 😱 Will robots now be able to feel the human touch? Scientists have created a 3D-printed robotic skin called 'e-Flesh,' whi
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@mort_quary
3D-Printed 'e-Flesh' Skin 😱 Will robots now be able to feel the human touch? Scientists have created a 3D-printed robotic skin called 'e-Flesh,' which gives robots the sensation of pressure, stretch, and softness. This technology is set to forever transform the future of robotics and prosthetics! In today's video, we will explore a remarkable invention by scientists at Imperial College London—e-Flesh. This is not merely a synthetic skin, but a sensitive organ that enables robots to feel just like humans. We will delve into the 3D-printing and hydrogel technologies that give this skin a truly 'lifelike' sensation. 👉🏼 To achieve such exquisite sensitivity, this technology utilizes the following components: 1. 3D-Bioprinting: It is 3D-printed using a specialized 'hydrogel.' This hydrogel is water-filled, endowing it with a flexibility and softness akin to human tissues. 2. Multilayer Matrix: This skin consists of multiple layers. One layer senses pressure, another detects stretching, and a third perceives temperature. Micro-scale sensors are embedded between these layers. 3. Haptic Feedback Loop: The moment the e-Flesh touches an object, its sensors instantly generate an electrical signal. This signal conveys to the robot's 'brain' (processor) exactly how hard or soft the touch is. 4. Flexible Electronics: The sensors and wires embedded within are not made of standard copper, but rather of 'graphene' or other flexible materials that do not break even when bent. Clip Credit ➡ Researchers / Original Research Demonstration of e-Flesh Tactile Sensor #Robotics #ArtificialIntelligence #RobotTechnology #FutureTechnology #Innovation #TechBreakthrough #AI #Engineering #Automation #eFlesh #RoboticSkin #HapticTechnology #SoftRobotics #3DPrinting #Graphene #FutureTech #EngineeringMarvel #Bioengineering #RobotSense
#Bioengineering Reel by @newscientist (verified account) - Human embryo implantation recorded in real time for the first time🤰🏽🔬⁠ ⁠ Failure of the implantation process in the uterus is one of the main cause
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@newscientist
Human embryo implantation recorded in real time for the first time🤰🏽🔬⁠ ⁠ Failure of the implantation process in the uterus is one of the main causes of infertility, accounting for 60 per cent of spontaneous abortions. Until now, it had not been possible to observe this process in humans in real time, and the limited available information came from still images taken at specific moments during the process.⁠ ⁠ Now, researchers at the Institute for Bioengineering of Catalonia (IBEC) have recorded human embryo implantation in real time for the first time, using an innovative system developed in the laboratory that simulates the outer layers of the uterus in 3D. This enabled real-time fluorescence imaging and analysis of the embryo's mechanical interactions with its environment. ⁠ ⁠ 📹️ Institute for Bioengineering of Catalonia (IBEC)⁠ ⁠ #fertility #embryo #bioengineering ⁠ ⁠
#Bioengineering Reel by @nocap.finance - This bioengineering grad is just getting started! 🎓💥 . . #columbiauniversity #bioengineering #biotech #futuredoctor #graduation2025 #engineerlife #i
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@nocap.finance
This bioengineering grad is just getting started! 🎓💥 . . #columbiauniversity #bioengineering #biotech #futuredoctor #graduation2025 #engineerlife #innovation #molecular #molecularbiology #artificalintelligence #ai #businessowners #stem #stemeducation #graduation
#Bioengineering Reel by @vaibhavsisinty (verified account) - Scientists are growing human organs inside animals…this changes everything🤯 . . . . . . . . . . . . . . . . [ human-animal hybrids, future tech, orga
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@vaibhavsisinty
Scientists are growing human organs inside animals…this changes everything🤯 . . . . . . . . . . . . . . . . [ human-animal hybrids, future tech, organ transplants, bioengineering, genetic science, futuristic medicine, medical breakthroughs, Japan science news, controversial science, stem cell research, synthetic biology, bioethics, human organs in animals, science revolution, future technology, playing God debate, medical innovation]
#Bioengineering Reel by @techsciety - Japanese scientists have developed a robot face covered with living human skin cells. The bioengineered skin can stretch, contract, and heal similar
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@techsciety
Japanese scientists have developed a robot face covered with living human skin cells. The bioengineered skin can stretch, contract, and heal similarly to natural tissue. This allows the robotic face to produce more lifelike and natural expressions. The breakthrough combines robotics with tissue engineering and regenerative science. It represents a major step toward highly realistic humanoid machines. Source: TechieSapien #Robotics #Bioengineering #ArtificialSkin #Humanoid #FutureTech Science Innovation
#Bioengineering Reel by @tedcountdown (verified account) - What if the key to revolutionary technology was hidden in nature's smallest creatures? 🦗🔬 Scientist Saad Bhamla delves into the fascinating world of
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@tedcountdown
What if the key to revolutionary technology was hidden in nature’s smallest creatures? 🦗🔬 Scientist Saad Bhamla delves into the fascinating world of insect “pee,” using the glassy-winged sharpshooter’s ingenious water-expelling method to inspire breakthroughs in water-repellent tech for smartphones and hearing aids — and more. Visit the link in bio to learn how curiosity about studying nature can lead to extraordinary innovations. 🌟✨ #TEDTalks #Innovation #BioEngineering

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