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#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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CA
@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 @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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FU
@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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AL
@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 @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 @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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AL
@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 @ucsandiegoengineering - Bioengineering students in this Tissue Engineering lab course spent winter quarter designing and growing brain organoids 🧠 And not only the cortical
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UC
@ucsandiegoengineering
Bioengineering students in this Tissue Engineering lab course spent winter quarter designing and growing brain organoids 🧠 And not only the cortical cells themselves, but also the biomaterial scaffolds – or the extracellular matrix – that support these cells. Students in the graduate-level course also prototyped devices to control the chemical and physical factors impacting these engineered functional cells. The class is one of the first to be held in the Shu Chien - Gene Lay Department of Bioengineering’s new instructional labs. The 3,100 square-foot facility more than doubled the capacity of previous bioengineering instructional labs, and will train more than 400 students annually. In the new lab space, students can go from idea to prototype to experimenting with the prototyped device all in one space. The Instructional Biotech Core Laboratory features modular spaces, including 20 movable and reconfigurable benches for biological experiments. It also houses dedicated rooms for cell and tissue culture, cold storage, and labware and supplies. Next door, The BioElectronics and Innovation Laboratory will provide a workshop-style space for building and testing bioengineering senior capstone design projects. Equipped with 3D printers, electronics assembly and testing stations, soldering areas and power tools, the space provides everything needed to envision, prototype and refine bioengineering devices. We’re grateful to all of our alumni and supporters from across campus who made this new student instructional lab space possible, including: -Drs. KC and Shu Chien (Bioengineering faculty emeritus and department namesake) -Dr. Peter Chen ’71, PhD ’78 (Bioengineering) and Annie Chen ’72 MS ’74 -Michael Chen ’05 (Bioengineering) -Nathan Klarer ’14 (Bioengineering) and Taylor Klarer ’13 -Daniel Maneval and Edna Chow Maneval Learn more about the new space at the link in our bio. #ucsdengineering #bioengineering #tissueengineering
#Bioengineering Reel by @engineering.facts_ - The end of metal plates and screws? 🦴💉 Polish researchers are developing a "liquid bone" that can be injected directly into fractures. It hardens in
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EN
@engineering.facts_
The end of metal plates and screws? 🦴💉 Polish researchers are developing a "liquid bone" that can be injected directly into fractures. It hardens in minutes to stabilize the break, then slowly dissolves as your own body regrows real bone in its place. 🇵🇱✨ #MedicalInnovation #BoneHealing #RegenerativeMedicine #FutureHealth #Orthopedics #PolandTech #MedTech #BioEngineering #HealingJourney #ScienceDaily
#Bioengineering Reel by @sustanica - Decoupling Food Production from Arable Land: The Power of Photobioreactors 🧪🌍The future of functional ingredients and protein matrices isn't just gr
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SU
@sustanica
Decoupling Food Production from Arable Land: The Power of Photobioreactors 🧪🌍The future of functional ingredients and protein matrices isn't just grown on vast agricultural lands; it is cultivated in highly optimized, closed-loop systems.What you are looking at is a Tubular Photobioreactor (PBR). Unlike traditional open-pond agriculture, these engineered ecosystems maximize photosynthetic efficiency by controlling every micro-variable—from light distribution and (CO₂) integration to thermal dynamics.At Sustanica, when we evaluate the environmental footprints of emerging food technologies, microalgae cultivated in PBRs stand out as a paradigm shift. From a Life Cycle Assessment (LCA) perspective, this technology offers radical advantages:📉 Zero Land-Use Change: High-yield biomass production without driving deforestation.💧 Water Efficiency: Operates continuously without the massive freshwater footprint of conventional agriculture.♻️ Carbon Sequestration: Microalgae actively consume (CO₂) during cultivation, acting as a biological carbon sink.Scaling up microalgae production isn't just a biotech milestone; it is a fundamental requirement for securing resilient, climate-smart food supply chains.Rethink the food matrix. Backed by science. Driven by data. 🌱🔬#foodtech #alternativeproteins #microalgae #photobioreactor #sustainableagriculture #lca #bioengineering #futureoffood #Sustanica
#Bioengineering Reel by @explaining.tech - Follow @explaining.tech to learn everything about technology one post at a time 🧠⚙️ Gripping a loose, jagged rock in the vacuum of space is one of t
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@explaining.tech
Follow @explaining.tech to learn everything about technology one post at a time 🧠⚙️ Gripping a loose, jagged rock in the vacuum of space is one of the hardest challenges in robotics because there is no gravity to hold the object down and no friction to stabilize it. To solve this, NASA’s Jet Propulsion Laboratory developed a revolutionary “Gecko Gripper” that uses microscopic, hair-like structures to “stick” to surfaces without any glue or heavy clamping force. Inspired by the way geckos climb vertical walls, this claw allows a robotic arm to effortlessly snag tumbling space debris or asteroid samples by simply touching them, turning a high-stakes celestial chase into a gentle, controlled embrace. The technical magic behind this “sticky” claw is a phenomenon called Van der Waals forces. These are weak intermolecular attractions that occur when the millions of tiny synthetic “hairs” on the gripper come into close contact with a surface. Unlike traditional tape, the gripper isn’t naturally sticky; it only “activates” when a specific shear force is applied, causing the microscopic flaps to lay flat and maximize their surface area. This allows for Zero-Force Release, meaning the robot can let go of an object without accidentally pushing it away into the void—a critical requirement for maintaining precise orbits during satellite servicing or deep-space exploration. #NASATech #SpaceRobotics #Bioengineering #FutureTech
#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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MU
@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 @uni_spam2025 - I knew something felt expensive😭 Will learn from mistakes😬 #bioengineering #cellculture #student
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UN
@uni_spam2025
I knew something felt expensive😭 Will learn from mistakes😬 #bioengineering #cellculture #student
#Bioengineering Reel by @techorginals - Robots With Lab-Grown Human Skin Are Now a Reality 😳 Researchers have developed robotic faces covered with lab-grown human skin, marking a major bre
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TE
@techorginals
Robots With Lab-Grown Human Skin Are Now a Reality 😳 Researchers have developed robotic faces covered with lab-grown human skin, marking a major breakthrough in biohybrid robotics. This living tissue doesn’t just sit on the surface—it can move naturally with facial expressions and even self-heal minor damage. By combining biological materials with advanced robotics, scientists are pushing the boundaries of what machines can do. This innovation could revolutionize fields like prosthetics, humanoid robots, and medical research. As bioengineering and robotics continue to merge, the line between living tissue and machines is becoming increasingly blurred. biohybrid robots, lab grown human skin, robotic face, living tissue robotics, self healing skin, humanoid robots, bioengineering, robotics innovation, artificial skin, future technology, prosthetics technology, human robot integration, advanced robotics, tissue engineering, science technology #Robotics #Bioengineering #FutureTech #Innovation #TechExplained

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