📢Our Eddeva Building could provide your biotech with the ideal ‘next step’ space. 🧑🔬 An impressive three-storey building, Eddeva currently has ground floor space available - ideally suited to the unique demands of small to medium size biotech companies. Key features include: 💥Fully fitted with Romero laboratory furniture and perimeter benching laid out in modular arrangement to aid flexibility. 💥Air Source Heat Pumps for heating and cooling. 💥High efficiency LED lighting, coupled with PIR sensing fitted to all office, laboratory and circulation areas. 💥Communal facilities include a dedicated -80 degrees centigrade freezer room and dedicated comms room. The Campus boasts a collective workforce of more than 2,000 professionals and 300 academic researchers who are pushing the boundaries of bioscience and creating a lasting impact within the life sciences sector. Interested parties are encouraged to move swiftly on space available to take advantage of the myriad opportunities for collaboration, access to scientific support services, networking, and life-long learning that being part of the Campus community provides. Full details on the Eddeva building 👇 https://ow.ly/vI2m50UPCJt #LabSpace #Biotech #LifeSciences #Cambridge
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🚨 Reminder 🚨 Our R&D Scientist Deepak Sridhar will be presenting, ASHRAE Standard 241 and Graphene Silver-Coated Merv-a 9-a Filters: A Case Study (IN-24-A004) at the ASHRAE Annual Conference in Indianapolis, IN on Sunday, June 23 at 12:00 p.m. – 12:20 p.m. EDT. This study compares the efficacy of a novel silver-graphene oxide (AgGO) coated MERV-A 9-A (M9AZG) filter to commonly used filters through Std. 241's approach. Theoretical analyses across the office, gym, classroom, and supermarket scenarios reveal M9AZG's comparable performance to MERV-A 13-A, especially in high occupancy density settings. Furthermore, reducing occupancy alongside M9AZG adoption emerges as a useful strategy for improving indoor air quality and avoiding HVAC modifications. Using lower MERV-rated filters with an enhanced viral filtration efficiency (VFE) technology could remove concerns associated with higher resistance to airflow, energy consumption and maintenance costs.
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I am thrilled to share our work *Imperceptible augmentation of living systems with organic bioelectronic fibres*, just published in #NatureElectronics. Massive thanks to Wenyu (Andy) Wang, Yifei Pan, Iek Man Lei, Tawfique Hasan, George Malliaras at Department of Engineering at the University of Cambridge, and many others working together on this project! We developed a new #biofabrication method, 'Orbital Spinning' to make adaptive and eco-friendly sensors that can be directly and imperceptibly printed onto a wide range of biological surfaces, whether that’s a finger or a flower petal. The fibres, at least 50 times smaller than a human hair, is spun to follow the anatomy of different shapes, at both the micro and macro scale, without the need for image recognition. Such 'Physically Intelligent' biofabrication technique opens up a whole different angle in terms of how sustainable electronics and sensors can be made and upgraded, anywhere and anytime without centralised facilities. This work is part of our vision/ Perspective on how biofabrication could contribute to Sustainable #Bioelectronics, #ETextiles and #EngineeringBiology. Link to the paper, Open Access: https://lnkd.in/etNi3MTq Link to our Perspective: https://lnkd.in/eCtRQ-x9 Link to News at University of Cambridge https://lnkd.in/e8cN2286 Greatly acknowledging funding provided by BBSRC, UK Research and Innovation and European Research Council (ERC)
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The #SpecialIssue "Nature-Inspired Science and Engineering for Sustainable Future" by Dr. Harun Chowdhury will investigate biomimetics as drivers of design on several scales as a tool for sustainable development. 🔎Read more at: https://lnkd.in/dj2hmD3Y #biomimicry #design
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Head of Institute of Technical Biocatalysis at TUHH (Hamburg University of Technology)
The Curiosity Cube of Merck Life Science has arrived at the Technische Universität Hamburg, a United Nations University Hub. Together with the KinderForscher team from the Institute of Technical Biocatalysis - TUHH hands-on experiments are conducted by local Merck Gruppe employees for pupils from 8 to 13 years, leading sustainability-focused lessons, including: * Know synthetic and natural fibres, examining them under a microscope and classifying them based on their level of sustainability; * Design and test a windmill that produces enough renewable energy to power a factory; * Use a sewing machine to learn how to sort old clothing, shred it into fibres, and spin it again into new clothing. #stem #SMARTreactors #TUHamburg #TUHH #tuhhesfürdich #stuhhdium #EngineeringToFaceClimateChange
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The Curiosity Cube of Merck Life Science has arrived at the Technische Universität Hamburg, a United Nations University Hub. Together with the KinderForscher team from the Institute of Technical Biocatalysis - TUHH hands-on experiments are conducted by local Merck Gruppe employees for pupils from 8 to 13 years, leading sustainability-focused lessons, including: * Know synthetic and natural fibres, examining them under a microscope and classifying them based on their level of sustainability; * Design and test a windmill that produces enough renewable energy to power a factory; * Use a sewing machine to learn how to sort old clothing, shred it into fibres, and spin it again into new clothing. #stem #SMARTreactors #TUHamburg #TUHH #tuhhesfürdich #stuhhdium #EngineeringToFaceClimateChange
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New study reports record-high cooling from thermogalvanic electrolytes possibly brining a new era of fridges and freezers Read more.... 🔗 https://lnkd.in/ejrHVb2Q #Sustainability #Research #Science #SmartLabs #Lab #Innovation #Env #Enviroment
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🌟 San Diego remains at the heart of the biotech boom and is set for even more growth in 2025! Boasting a dynamic ecosystem fueled by cutting-edge research, top-tier talent, and significant investment, San Diego is a recognized global leader in #biotechnology. The region's industry is driving over $56 billion in economic output and supporting 76,000 jobs in San Diego County alone. By the end of 2025, San Diego will welcome more than a dozen new life science buildings and campuses, adding over 3.2 million square feet of lab and research space. With each new development, biotech companies are making strides toward life-saving breakthroughs. Learn more: https://lnkd.in/gBs5yq7K #Biotech #LifeSciences
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I explore quantum, AI, neuroscience, energy, space, geopolitics, and entrepreneurship. My goal: ethical tech advancements and cutting-edge research
I believe that it will lead to groundbreaking developments in the world of biosensors and technology.
I am thrilled to share our work *Imperceptible augmentation of living systems with organic bioelectronic fibres*, just published in #NatureElectronics. Massive thanks to Wenyu (Andy) Wang, Yifei Pan, Iek Man Lei, Tawfique Hasan, George Malliaras at Department of Engineering at the University of Cambridge, and many others working together on this project! We developed a new #biofabrication method, 'Orbital Spinning' to make adaptive and eco-friendly sensors that can be directly and imperceptibly printed onto a wide range of biological surfaces, whether that’s a finger or a flower petal. The fibres, at least 50 times smaller than a human hair, is spun to follow the anatomy of different shapes, at both the micro and macro scale, without the need for image recognition. Such 'Physically Intelligent' biofabrication technique opens up a whole different angle in terms of how sustainable electronics and sensors can be made and upgraded, anywhere and anytime without centralised facilities. This work is part of our vision/ Perspective on how biofabrication could contribute to Sustainable #Bioelectronics, #ETextiles and #EngineeringBiology. Link to the paper, Open Access: https://lnkd.in/etNi3MTq Link to our Perspective: https://lnkd.in/eCtRQ-x9 Link to News at University of Cambridge https://lnkd.in/e8cN2286 Greatly acknowledging funding provided by BBSRC, UK Research and Innovation and European Research Council (ERC)
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Meet another one of the EcoPlastiC partners: KTH! 👋 The team from the Division of Polymeric Materials from the KTH Royal Institute of Technology is located in #Stockholm, #Sweden. 🇸🇪 Their role in the EcoPlastiC project is to transform the biomasses into #bioplastic materials through #polymer processing. Bioplastic films, blend films, multilayer barrier films, trays and plastic packaging prototypes are produced and the developed #materials are characterised with a number of techniques, including calorimetry, thermogravimetry, infrared spectroscopy and mechanical testing. These #biopolymer materials have potential applications in packaging, such as plastic bags and other single use items. The fully #biobased bioplastic with #biodegradable and microplastic-free properties provides a replacement of fossil-based plastics. The female to male ratio is 2 to 2, and the team members who work on the EcoPlastiC project are (from left to right): Dr. Anna Svagan (Hanner), Associate Professor Dr. Mikael Hedenqvist, Full Professor and Head of Division Elodie Guilloud, Intern Dr. KIRAN REDDY BADDIGAM, Ph.D., Postdoctoral Researcher #team #teamwork #researchers #scientists #project #workingtogether Technological University of the Shannon, Avecom, Faculdade de Ciências e Tecnologia da Universidade NOVA de Lisboa, BIOENG PT, IMGGE
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We recently conducted a presentation covering critical aspects of nanomaterials used in the construction sector, disseminating outcomes of the NanOER project, an Erasmus+ initiative focused on developing an innovative Educational Platform for the Lifecycle Analysis of Treatments based on nanoparticles in the construction industry. Our presentation introduced the aspects leading to the necessity of conducting LCA for the Nano-Treatments in construction, including: 🔹 Health risks associated with nanomaterials 🔹 The current normative framework 🔹 Common applications of nanomaterials in construction 🔹 Techniques for characterization of nanomaterials We are confident that the insights shared will enhance understanding and safety within the industry. We extend our gratitude to R-NanoLab for their valuable collaboration. Stay connected with us for further updates on our projects and initiatives. #Nanotechnology #Construction #ErasmusPlus #NanOER #Innovation #Education #HealthAndSafety
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