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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 @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 @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 @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 @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 @courrierinter (verified account) - 🤖Des chercheurs ont trouvé le moyen d'attacher de la peau humaine à un robot, a annoncé New Scientist. Cette peau est un mélange de cellules cultivée
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@courrierinter
🤖Des chercheurs ont trouvé le moyen d’attacher de la peau humaine à un robot, a annoncé New Scientist. Cette peau est un mélange de cellules cultivées en laboratoire, de résine et de tissus qui ressemblent à des ligaments. Mais à quoi ça sert ? 🎦Journaliste : Camille Miloua Giraudeau #robot #bioengineering #robotique #robotics #courrierinternational
#Bioengineering Reel by @medizin_heute - Wissenschaftler fanden einen Weg, angeblich permanente Nervenschäden zu heilen

Die Forschung zur Reparatur sogenannter permanenter Nervenschäden mach
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@medizin_heute
Wissenschaftler fanden einen Weg, angeblich permanente Nervenschäden zu heilen Die Forschung zur Reparatur sogenannter permanenter Nervenschäden macht Fortschritte durch neue Klassen injizierbarer Biomaterialien, die Regeneration fördern statt Symptome nur zu verwalten. Forschungsteams am Massachusetts Institute of Technology, darunter Gruppen unter der Leitung von Professor Xuanhe Zhao, entwickeln fortschrittliche Hydrogele und Bioadhäsivmaterialien zur Verbesserung der peripheren Nervenreparatur. Das zentrale Konzept basiert auf scher verdünnenden Hydrogelen. Diese Materialien verhalten sich beim Injizieren wie eine Flüssigkeit, bilden jedoch im Körper rasch ein stabiles, stützendes Gerüst. Dadurch ist eine minimal invasive Anwendung direkt an der Verletzungsstelle möglich, wo das Material Lücken in geschädigten peripheren Nerven überbrücken kann. Neuere Entwicklungen gehen über eine rein passive Stützfunktion hinaus. Forschende konstruieren intelligente Hydrogele, die die Immunreaktion des Körpers beeinflussen können, indem sie Entzündungen reduzieren und Fibrose begrenzen. Narbengewebe ist eines der größten Hindernisse für das Nachwachsen von Nerven, weshalb die Kontrolle dieses biologischen Umfelds entscheidend ist. Obwohl sich diese Ansätze noch in präklinischen und frühen translationalen Phasen befinden, markieren sie einen bedeutenden Wandel in der regenerativen Medizin. Künftige Therapien könnten bioengineerte Gerüste mit zellulären und molekularen Signalen kombinieren, um die Heilung gezielt zu steuern. Diese Materialien stellen noch keine universelle Heilung für Nervenschäden dar. Sie zeigen jedoch echten Fortschritt hin zu funktioneller Regeneration statt lebenslanger Beeinträchtigung. #Nervenschäden #Biomaterialien #Hydrogele #Nervenreparatur #RegenerativeMedizin #Forschung #MedizinTechnologie #Bioengineering #Wissenschaft #Innovation
#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 @aidisruptor - Ever wondered how scientists get their hands on spider silk? In controlled lab settings, researchers use a technique called silk reeling, carefully dr
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@aidisruptor
Ever wondered how scientists get their hands on spider silk? In controlled lab settings, researchers use a technique called silk reeling, carefully drawing thread directly from a spider's spinnerets as it produces it naturally. The silk winds onto a rotating spool, and the spider is left completely unharmed. Since spiders are territorial creatures that can't be farmed like silkworms, large-scale harvesting simply isn't an option. So instead, scientists analyze the silk's molecular structure and replicate it through bioengineering, working toward materials that are ultra-strong, incredibly flexible, and potentially revolutionary for medicine, industry, and beyond. 🚨 Follow @aidisruptor for the latest in AI and tech innovation. Credit: OxfordSilkGroup on YT DM for credit/removal (no copyright intended)xfordSilkGroup #Biomaterials #MaterialsScience #Bioengineering #Spiders #NaturalFibers
#Bioengineering Reel by @nocap.finance - This bioengineering grad is just getting started! 🎓💥
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#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 @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 @quantumcurrentai - A self taught inventor just built a fully functional robotic heart using nothing but machine parts.

No biological materials. No silicone structures.
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@quantumcurrentai
A self taught inventor just built a fully functional robotic heart using nothing but machine parts. No biological materials. No silicone structures. Just motors, valves, gears, and recycled automotive components working together to mimic the rhythm and circulation of a real human heart. The system pumps fluid with lifelike timing, creating a mechanical pulse that feels almost unsettling in how real it looks. What makes this powerful is not just the result. It is the approach. This was not built in a high end lab with specialized biomedical materials. It came from raw engineering intuition. Understanding flow dynamics, pressure cycles, and timing well enough to recreate one of the most complex biological systems using purely mechanical force. Every beat is controlled by coordinated motion. Valves regulate direction. Motors drive compression and release. Gears synchronize the cycle so the system maintains a consistent rhythm. It is bio inspired engineering stripped down to its mechanical core. There is something deeper here. It shows how creativity and precision can bridge the gap between biology and machinery. Not by copying nature perfectly, but by understanding its principles and rebuilding them in a completely different form. Projects like this remind you that innovation is not always about access. Sometimes it is about perspective. Follow @quantumcurrentai for more deep dives into the intersection of engineering, creativity, and future tech. Do you think machines will ever fully replicate human organs, or will there always be a gap? Credit: mcaststudio #quantumcurrentai #RoboticHeart #BioEngineering #MechanicalDesign #InnovationMindset

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The massive #Bioengineering collection on Instagram features today's most engaging videos. Content from @algaltechnology, @courrierinter and @techsciety and other creative producers has reached 393K posts globally. Filter and watch the freshest #Bioengineering reels instantly.

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