Science Magazine’s Post

#QUESTIONS AND #ANSWERS - #Q&A “Environmental Continuous Monitoring in Cleanroom” - Is it possible the visual record of the colonies (cfu) counted in the Petri dish? - Answer n.13 Yes, using the photo-camera, in combination with the BAS software, the image of culture plate is stored for evaluation and printing. - https://ow.ly/oiex50Q7vnU - #ContinuousAirMicrobialMonitoring #triobas #airsampler #microbiological #environmentalmonitoring -

#QUESTIONS AND #ANSWERS - #Q&A “Environmental Continuous Monitoring in Cleanroom” - Is it possible the visual record of the colonies (cfu) counted in the Petri dish? - Answer n.13 Yes, using the photo-camera, in combination with the BAS software, the image of culture plate is stored for evaluation and printing. - https://ow.ly/oiex50Q7vnU - #ContinuousAirMicrobialMonitoring #triobas #airsampler #microbiological #environmentalmonitoring -

Would you eat 3D printed steaks? 🥩🥩🥩 Apparently a company in The Netherlands 3D prints 500 tons of steaks a month! 🤯 "To begin the 3D-printed meat process, scientists biopsy a batch sample of animal stem cells depending on the desired type of meat — beef, pork, poultry or even fish. These cells then undergo an in vitro proliferation process, bathing in a nourishing, nutrient-dense serum within a climate-controlled bioreactor. Over the course of several weeks, these cells multiply, interact and differentiate into the fat and muscle cells that make up bio-ink. Then, a robotic arm uses a nozzle to dispense this paste-like, cultured meat filament in fine layers atop one another. The arm follows the instructions of an uploaded digital file using computer-aided design, or CAD, software in order to replicate the correct shape and structure of the intended meat. 3D-printed meat material must be viscous yet firm enough to reproduce a structural model complete with accurate tissue vascularization, depending on the type and cut of meat." Written by Brooke Becher Aug 09 2023 #Bioengineering #Food #YouAreWhatYouEat #WorkHardPlayHard #TheChatMan

This groundbreaking achievement by Israeli scientists marks a significant milestone in medical technology and regenerative medicine. By using a patient's own cells to 3D print a living heart, the team has essentially created a personalized organ that potentially eliminates the risk of organ rejection, a major challenge in transplants. This development paves the way for more tailored and effective treatments for heart disease, the leading cause of death worldwide. The ability to print organs on-demand could drastically reduce waiting times for transplants and may lead to new therapies that repair damaged organs directly. This innovation represents a major step toward the future of medicine, where organ shortages could become a thing of the past and treatments are customized not just to the disease, but also to the individual patient. Explore More Insight: https://lnkd.in/dZ_ZUaeM #3dprinting #heart #treatment #heartdisease #medical #healthcare #healthtech Chat With US : https://bit.ly/4a8LXA3

Innovating is also saving many lives...

This groundbreaking achievement by Israeli scientists marks a significant milestone in medical technology and regenerative medicine. By using a patient's own cells to 3D print a living heart, the team has essentially created a personalized organ that potentially eliminates the risk of organ rejection, a major challenge in transplants. This development paves the way for more tailored and effective treatments for heart disease, the leading cause of death worldwide. The ability to print organs on-demand could drastically reduce waiting times for transplants and may lead to new therapies that repair damaged organs directly. This innovation represents a major step toward the future of medicine, where organ shortages could become a thing of the past and treatments are customized not just to the disease, but also to the individual patient. Explore More Insight: https://lnkd.in/dZ_ZUaeM #3dprinting #heart #treatment #heartdisease #medical #healthcare #healthtech Chat With US : https://bit.ly/4a8LXA3

Wow. This is a major break through The ability to 3D print a heart opens up unprecedented opportunities for heart transplant surgery and the treatment of heart disease. Imagine a future where the need for organ donors is significantly reduced, or even eliminated, because medical professionals can produce organs on-demand, tailored to the patient's genetic makeup. This innovation represents a leap forward in personalized medicine. It signifies a future where treatments and interventions are no longer one-size-fits-all but are customized to the individual patient. The implications extend beyond cardiology, suggesting potential applications in the creation of other organs and tissues, further pushing the boundaries of what's possible in medical treatment and organ replacement. Calling all professionals in the medical, biotechnology, and engineering fields, we are on the cusp of a revolution that beckons us to contribute, collaborate, and drive forward. The intersection of 3D printing and medicine is ripe with opportunities for innovation, research, and transformative impacts on healthcare. Let’s engage in meaningful discussions on how we can support and accelerate these advancements. Whether you are a researcher, practitioner, or enthusiast in the fields of medicine, biotechnology, or engineering, your insights and contributions are invaluable in shaping the future of healthcare. #3DPrinting #MedicalInnovation #HeartTransplant #FutureOfMedicine #Biotechnology #Engineering #HealthcareRevolution Let's embrace this incredible journey towards a future where the impossible becomes possible, transforming lives and making history together. Who's with me in exploring the endless possibilities that 3D printing in the medical field offers? Share your thoughts and let’s innovate for a healthier tomorrow.

Powerfully Precise - Introducing 3M™ Clarity™ Precision Grip Attachments—new pre-load ed, 3D printed, fully cured composite attachments that are optimally shaped, and customized to fit each patients’ unique anatomy. Register to be one of the first to try it out! http://ms.spr.ly/6043lkjBb

Powerfully Precise - Introducing 3M™ Clarity™ Precision Grip Attachments—new pre-load ed, 3D printed, fully cured composite attachments that are optimally shaped, and customized to fit each patients’ unique anatomy. Register to be one of the first to try it out! http://ms.spr.ly/6042Ym16s

Whether it's producing prosthetics or repairing infrastructure, the versatility of #3Dprinting empowers communities to address urgent needs autonomously. This article explores how AM's innovative approach is enhancing resilience and aiding in humanitarian efforts worldwide. ❤️🌎#DisasterRelief #HumanitarianAid