Camilla Dore

🌟In today's post, we unveil Catalonia's booming #BatterySector, a rapidly growing industry that's making a great economic impact!🌟 The battery sector in Catalonia generates around €700 million and consists of 212 companies, employing approximately 3,000 workers. 43.9% of these companies focus on battery application and integration, particularly in #mobility solutions. Additionally, 22.6% operate at the initial stages of the battery value chain, from materials to systems, and 18.4% are involved in the manufacture and management of #electric vehicle chargers. Highlighting the sector’s dynamic and innovative environment, 70% of these companies are SMEs, and 18.4% are startups. Batteries are essential for achieving the #EuropeanGreenDeal's goals. Europe aims to become the first climate-neutral continent by 2050, and developing a powerful battery ecosystem is crucial. Catalonia significantly contributes to these objectives, excelling particularly in sustainable #mobility. Applications include automotive and #lightmobility (bicycles, scooters) as well as #heavymobility (trains, trucks, boats, planes). Additionally, there is growing demand for #energystorage for both domestic and industrial use, which supports decarbonization efforts. Discover the innovative Catalan companies in the Batteries & Storage sector by clicking here: https://lnkd.in/dheBH6Mz #Catalonia #BatterySector #SustainableMobility #Innovation #EuropeanGreenDeal #CleanEnergy #Decarbonization #TechReport #CataloniaTradeInvestment

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🌊 Three Unite! Laboratories collaborate to tackle microplastic pollution in aquatic environments 🌊 We are thrilled to announce a new collaboration between the MicroTech Lab (Universitat Politècnica de Catalunya), the EPM Lab at SIMaP (Grenoble INP - UGA), and the ChiLab, Laboratory of Materials and Microsystems (Politecnico di Torino) to address the pressing issue of microplastic pollution in our waterways.  🌱 Led by UPC researcher Jasmina Casals, this innovative project aims to revolutionize current wastewater treatment techniques by integrating advanced microplastics and nanoplastics separation methods with cutting-edge spectroscopic tools. With funding from the #UniteSeedFund, our team is committed to introducing microfluidics into environmental protection, paving the way for more effective detection and elimination of microplastics and algal contaminants in water sources. Why is this project important? 🤔 Microplastic pollution poses a significant threat to aquatic ecosystems worldwide, endangering countless species and raising serious health concerns. By leveraging technologies such as microfluidics and nanotechnology, we can take crucial steps towards mitigating this environmental crisis and safeguarding our water resources for future generations. 🎯What are our goals?  1️⃣ Analyze the current state of microplastic research and identify key challenges. 2️⃣ Raise awareness among universities, industries, and the public about the impacts of microplastic pollution. 3️⃣ Develop innovative detection technologies and microfluidic systems for enhanced environmental surveillance. 4️⃣ Collaborate on joint doctoral proposals and secure funding for further research in this critical area. Together, we can make a difference! 💪 Join us in our mission to combat microplastic pollution and protect our precious water ecosystems. Stay tuned for updates on our progress: https://lnkd.in/dxDTBVda 💭 Get inspired, grow together #Letsunite #MicroplasticPollution

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A new paper has been published by the Solar Radiation Research Group of Universitat de València, considering 20 years of ground based measurements of aerosol properties. This paper analyzes climatology of atmospheric aerosols over Burjassot and Aras de los Olmos in Eastern Spain. Key findings include higher humidity and turbidity in summer, influenced by particle stagnation and North African dust. Summer also shows well-developed fine and coarse aerosol modes. The asymmetry parameter decreases due to dust, with seasonal variations in Single Scattering Albedo (SSA) and refractive indices. Aerosols are mainly continental clean types. Gobbi diagrams show coarse aerosols and particle growth. European and African air masses reaching the area are most turbid. A significant decreasing trend in Aerosol Optical Depth (AOD) is observed https://lnkd.in/dmDkD3yt

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Martin Carlos Gomez & Julian Axel Bergier lead a team focused on cell line establishment, a critical starting point in the biomanufacturing cycle. Working alongside María Florencia Arbe, Ph.D., Sofia Lage Vickers, Luciana Salaverry, and Mariángeles Díaz, the team works on developing innovative technologies that increase the precision and automation of the process ensuring the robustness and quality of the cells. In their latest achievement, the team developed a proprietary cell line capable of producing a biosimilar monoclonal antibody. They successfully designed, isolated, and identified a stable cell line, proving our biomanufacturing capabilities. Their work aligns with our mission to support clients from DNA sequence design to developing a stable cell line, ready for biomanufacturing. Our platforms focus is helping clients optimize their manufacturing process and achieve the most productive yield. We offer cell line development as a standalone service or as part of an integrated, end-to-end solution, scaling from lab to commercial production, and shortening development times. Our approach aims not only to accelerate the path to market but also to support the growing demand for personalized medicine, making it easier for our clients to meet the unique needs of their patients. Thank you to the Cell Line Establishment team for showcasing Stämm's commitment to innovation. Your dedication drives our capacity for evolution and growth! #CellLineEstablishment #Biomanufacturing #Biotech #Innovation #Antibodies

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Do you remember our interview with Marc Moltó Abad? Our Cutting-Edge Solution has helped him out big time in his PhD thesis. Today we will talk about how it can also help you in your own research! Enzyme-Loaded Nanovesicles, to your heart's content! First off, a bit of context: our Cutting-Edge Biomedical Solutions (#CEbiomedS) are a refined synergy between several of NANBIOSIS services, usually derived from a close collaboration between 2 or more of our Units. In this particular case, our Biomaterial Processing and Nanostructuring Unit, led by Prof. Nora Ventosa and our Functional Validation & Preclinical Research Unit, led by Prof. Ibane Abasolo, have joined forces to create this fantastic #CEbiomedS that covers all that has to do with precise enzyme-loaded nanovesicles, offering targeted therapies for various disorders with optimal efficacy and safety. This advanced Solution offers precision and efficacy in treating various disorders, including lysosomal storage disorders (LSD) and severe combined immunodeficiency (SCID). Some Key Highlights: 🔬 Innovative Technology: Developed using our DELOS-SUSP method for optimal encapsulation and efficacy. 🔎 Thorough Evaluation: Comprehensive physicochemical characterization and in vivo functionality testing. 🤝 Collaborative Excellence: In addition to Prof. Ventosa and Prof. Abasolo, this Cutting-Edge Solution is spearheaded by leading scientists and coordinators Dr. Guillem Vargas Nadal and Dr. Vanessa Diaz Riascos. Why Choose Our Nanovesicles? 🚚 Targeted Delivery: Enhanced intracellular penetration and enzymatic activity. 🐁 Safety & Efficacy: Rigorous in vivo testing ensures safe and effective treatment. 👩‍🔬👨‍🔬 Comprehensive Services: From particle analysis to in vivo efficacy and toxicology assessments, our robust methodology ensures the highest quality. Backed by #NanbiosisExpertise: Our project brings together the wide experience in biomaterials ⚗ from Nanomol Research group (Unit 6) and the extensive preclinical validation ⚕ of DDT_group VHIR (Unit 20), ensuring seamless integration of nanovesicle preparation and functionality testing in vivo. 📚 Want to know more? Visit our webpage for more info and references: https://lnkd.in/de8KPWfM Join us in transforming therapeutic landscapes with precision nanomedicine. #Nanomedicine #EnzymeTherapy #HealthcareInnovation #Biotechnology #DiseaseTreatment #ScientificResearch #MedicalBreakthroughs #ICTSnews

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IRIS Navarra, Polo de Innovación Digital includes a #biofoundry to prototype biological systems, fueling the #biorevolution with #synbio and #AI. #biostrategy #bioconomy #biohub NavBiotec iGEM Community Planeta STEM · Planetario de Pamplona Universidad Pública de Navarra University of Navarra Navarrabiomed, biomedical research centre Cima Universidad de Navarra NASERTIC | Navarra de Servicios y Tecnologías Centro Nacional de Energías Renovables (CENER) - National Renewable Energy Centre CNTA Ministry of Science and Innovation of Spain CEIN Navarra Centro Europeo de Empresas e Innovación Instituto de Investigación Sanitaria de Navarra (IdiSNA) CSIC Centro Nacional de Biotecnología (CNB-CSIC) Navarra Health Cluster

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If you are the CEO or CINO of a Catalan company, want to scale your open innovation strategy or are adopting digital/emerging technologies by means of technology test coupons, don’t hesitate to sign up for these group mentorships. From IESE Business School, as part of the European project Digital Innovation Hub de Catalunya (DIH4CAT) coordinated by ACCIÓ, we develop group mentorships to help you build and scale an innovation strategy open to your company for the adoption of emerging technologies. 📅 Details: – Online, from October 2024 to January 2025. – 4 one-hour group sessions (one session per month). 💡 Topics: – Innovation strategies with emerging technology startups. – Optimization of open innovation teams. – Measuring success in innovation. – Research and evaluation of technology startups. Deadline: July 26th. Apply today! https://lnkd.in/dgpu_Xxf

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Yesterday some of our BIOART team members were present at the #Healthtech2030 Innovation event organized by Xartec Salut. Our team colleague Gema Mijancos Martínez interviewed Justina Klyvienė during the session "Breaking Innovation Barriers: Women Entrepreneurs in the Health Sectors. They had an Interesting conversation about how women faced different obstacles as an entrepreneurs. Justina helps other researchers and entrepreneurs to succeed during the hard stage of transferring a technology. From Bioart we encourage more young researcher women to lead spin-offs and start-up. #healthcare2030 #women #enterpreneurship

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🔗 Catalonia is emerging as one of the most dynamic regions in Southern Europe for #semiconductors, hosting 4,400 professionals and 104 companies and research entities💻 The Catalan semiconductor ecosystem is highly dynamic, with 81% of companies being SMEs, 8% being startups, and 37% generating annual revenues exceeding €10 million. Major companies like Cisco, MPS Limited or Intel Corporation have established microchip design centers in Barcelona. Semiconductors are essential in today's technology, found in devices such as smartphones, computers, electric vehicles, and medical equipment. The #automotive sector, in particular, is projected to grow annually by 10.3% until 2025, driven by the demand for electric, connected, and autonomous vehicles. Catalonia is poised to lead the semiconductor industry in Europe with the creation of the #CataloniaSemiconductorandChipAlliance. This alliance includes leading companies such as Cisco, IBM, and NXP Semiconductors, along with prominent research institutions like the Barcelona Supercomputing Center (BSC) and the ICFO, as well as universities such as Universitat Autònoma de Barcelona and the Universitat Politècnica de Catalunya. This joint effort aims to position Catalonia as a reference point in European technological development. With the arrival of NextGenerationEU funds, significant projects are planned to enhance regional competitiveness. The alliance also seeks to strengthen international relations and participation in European initiatives, which are crucial for achieving technological and energy sovereignty. #Semiconductors #Catalonia #Innovation #Automotive #EuropeanChip

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💡A new month, a new RES Success Story we are excited to share!💡 📋"Dynamical magneto-electric effect in 2D materials and heterostructures" led by António Costa from INL - International Iberian Nanotechnology Laboratory The research team coupled a 2D ferromagnet with a single #graphene sheet to verify several emerging characteristics from the hybridization between the electronic states of both materials 🖥️ Thanks to RES supercomputer #MareNostrum4 from Barcelona Supercomputing Center they were able to probe and tune the magnetic properties of the CrI3 monolayer and ultimately couple its spin excitations with the charge density fluctuations of the graphene The results have promising implications in the field of #telecommunications and a scientific paper regarding this study is currently in preparation

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It was a pleasure to participate in the talk organized by Universidad Adolfo Ibáñez in their #CampusVitacura (thank you Fernando Alvarado C., PhD) about #bioeconomy and the need of #transformation. In a time when vital resources are becoming scarce, and when we certainly need a better #socioenvironmental performance, perhaps a moment has come when #change is more important than #improvement. #we #can #change #it

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🔬 Revolutionizing Microfluidics: Controlling Water Droplets with Magnets 🧲 A revolutionary breakthrough from the Microfluidics Cluster at the UPV/EHU-University of the Basque Country is taking the world of science by storm. Imagine being able to control tiny water droplets—just microliters in size—using the power of magnets. This discovery isn’t just cool; it’s a game-changer for chemistry, biology, and beyond. The Science That Feels Like Magic 🧪✨ Here’s how it works: When a water droplet is placed in an oil-based ferrofluid and exposed to a magnetic field, something extraordinary happens—a superparamagnetic ring spontaneously forms around the droplet. Picture a cupcake, where the ferrofluid acts as the base wrapping around the droplet’s bottom. This unique configuration stabilizes the droplet, preventing it from mixing, even when it touches other droplets. The real magic? You can move these droplets precisely just by shifting the magnetic field! Want them to mix? Simply remove the field, and the structure dissolves, enabling controlled interaction. Even more astonishingly, this works on any surface—even upside-down! Why It’s a Big Deal 🌍 This breakthrough isn’t just a cool party trick; it’s a foundation for the next generation of open-surface microfluidics. Imagine programmable liquid movement on command—no pipes, no mess, just droplets dancing to the rhythm of magnetic fields. Here’s how it could revolutionize science and technology: 🔍 Sensing & Diagnostics: Detect trace elements or biomarkers in a droplet. ⚗️ Microscale Chemical Reactions: Combine chemicals with pinpoint precision. 🌫️ Aerosol Analysis: Study airborne particles under controlled conditions. 🧬 Single-Cell Studies: Isolate and analyze individual cells with ease. A First in Magnetic Control on Inverted Surfaces 🎯 This innovation marks the first-ever magnetic droplet control on inverted surfaces—a true feat of ingenuity. It paves the way for complex lab-on-chip systems, portable diagnostic tools, and much more. What’s Next? 🚀 The possibilities are endless! From portable medical devices to cutting-edge chemical synthesis systems, this breakthrough is set to transform industries. The combination of magnetic precision, versatility, and reversibility is pushing the boundaries of what’s possible in microfluidics. 🔬 Science is magic we haven’t fully understood yet—and this is proof. #water #magnet #science #research

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🌟 Introducing the RETOS Project in Collaboration with UAB and Sant Pau 🌟 We are excited to share with our network the ongoing project in partnership with the IBB UAB and the Institut de Recerca Sant Pau! We are proud to lead the consortium and participate in this project financed by the Agencia Estatal de Investigación from Spain’s Ministerio de Ciencia, Tecnología e Innovación (Retos public-private collaboration program). 🔍 Project Insights The primary goal of this project is to develop a tumor-agnostic therapy targeting CXCR4+ patients with various types of metastatic cancer using a novel protein-based drug. This therapy aims to benefit metastatic patients overexpressing the CXCR4 receptor, regardless of the location of the primary tumor. 💡 Why This Matters This proposal addresses the critical issue of the lack of selectivity in current cytotoxic drug administration, which results in unwanted toxicity, limits the therapeutic index, and allows metastasis to progress. Our project aims to develop a drug that can efficiently kill cancer cells responsible for metastasis without harming non-tumor tissues. This represents a new class of safer, targeted cytotoxic drugs based on an innovative biotechnological platform designed to treat highly aggressive CXCR4+ cancer types. #Nanoligent #UAB #InstitutdeRecercaSantPau #Nanotechnology #ProteinEngineering #Innovation #HealthcareInnovation #Biotech #Oncology

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A recent viewpoint by Prof. Erlantz Lizundia at the University of the Basque Country in Spain highlights the technical challenges of developing #biobased products that balance performance with a competitive price and #sustainability compared to benchmark materials. Check out this open-access article to learn more about the opportunities for mild top-down processing of #biomass for advanced performance materials: https://brnw.ch/21wKdG0

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If you want to stay up to date on #climaloca publications, events, and other relevant information about the impacts, mitigation and adaptation to #cadmium regulation and #climate_change in #cocoa or #cacao make sure to follow us through this LinkedIn page!

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On behalf of the Universidad de Burgos, Dalia Delafuente attended the ESTIV Congress 2024, held in Prague from June 3rd to 6th, to present research on the nanosafety of nanolignin. The poster presentation highlighted the cytotoxic effects of nanolignin exposure on lung cell lines. The findings emphasized the critical role of nanolignin concentration and physicochemical properties, such as surface area, in determining potential hazards. A significant impact on lung cell viability was observed at the highest tested concentration of nanolignin. Additionally, the study revealed that nanolignin products, derived from various extraction methods (PL1 and PL5) and ultrasonication treatment (PL4), technologies developed under the BIOMAC framework, were instrumental in shaping the observed outcomes. #Redondo #ESTIV #posterpresentation #nanosafety #nanolignin #euproject

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Here we go again! 🤺 New amazing things are happening in the #synbio and #Spanish #bioeconomy with Spanish researchers setting the tone in and the #foodtech (3/ñ) 🧫 First things first, the news that makes me the happiest: - DARWIN Bioprospecting Excellence one of the hottests #synbio #startups in Spain it´s in the news (again!). This time they participated in a study discussing why your microwave has it´s own microbiome 🔬. In words of Manuel Porcar "You don’t need to go to very exotic — geographically speaking — places to find diversity of microorganisms". So yeah, double-check that microwave in the Erasmus flat because I am pretty sure we could discover new strains there ☢ - Rodrigo Ledesma-Amaro, PhD group published an article in Nature Portfolio showing that two subpopulations of genetically identical #yeast (unicellular), under certain fermentation conditions, are able to perform different tasks (like multicellular organisms): "One group of cells favors growth 📈 while the other favors viability, showing an extended lifespan 👵" Let´s continue with #Barcelona (Bcn) and #Europe: - Libre Foods (based in Bcn), has developed Fungi.ai, a groundbreaking platform for R&D in the fungi-based science industry! Fungi.AI enhances experimentation and data quality, paving the way for innovations in the agrifood sector. Another example of how #synbio/ #techbio can greatly benefit from #AI 🚀 - More big corporates in Europe are in the game 🎮 . This news is from Andrii Shekhirev last post about #foodtech: " Danone partnered up with 🇺🇸 DMC Biotechnologies, Inc., Groupe Crédit Agricole, and Michelin to 𝘀𝗰𝗮𝗹𝗲 𝗽𝗿𝗲𝗰𝗶𝘀𝗶𝗼𝗻 𝗳𝗲𝗿𝗺𝗲𝗻𝘁𝗮𝘁𝗶𝗼𝗻 via the 𝘉𝘪𝘰𝘵𝘦𝘤𝘩 𝘖𝘱𝘦𝘯 𝘗𝘭𝘢𝘵𝘧𝘰𝘳𝘮" Even Merck Life Science, an absolute reference of the life sciences space, launched a white paper titled "Cultured Meat and Seafood: A Guide to Regulations, HACCP, Culture Media, and Quality Control" 📄 Okay, and what about startups based in #Europe? - Yes, you know that now it´s time to talk about a #startup that win a #EIC #Accelerator #grant thanks to Zaz Ventures. In this case is a Greek one: Solmeyea, who is revolutionising food production by using CO2 and renewable energy to create carbon-negative microalgae proteins through innovative fermentation technology, significantly enhancing food security and reducing reliance on traditional crops 🌾 Sure, here is the corrected paragraph: - Another #EICA awardee is Onego Bio. They have just secured funding from the EIC Accelerator (€14M), which adds to the Series A they raised in April: $40M to scale up animal-free egg production 🥚. By the way, in Spain, we have startups like Awevo Foods that make them delicious too 🍳. PS: The ñ is because in this serie I am talking about the landscape of España and/or Spanish researchers; you can check the 1st about foodtech and the 2nd about agtech in comments 👀

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💡 A new study from IMDEA Materials researcher Carmen Martínez Alonso, directed by Prof. Javier LLorca in American Chemical Society OMEGA, explores how elastic strain affects the adsorption of various molecules on platinum and platinum oxide surfaces. #Platinum is an important material in the development of new catalysts. The recent study reveals that elastic strain primarily impacts the molecules’ electronic structure, rather than the physical space for adsorption. 😃 This finding opens the door to the precise tuning of catalytic properties, and to supporting predictive models for better #catalyst design. By leveraging elastic strain, researchers can design more efficient catalysts, paving the way for breakthroughs in various industries! You can read the full article, “Applicability of the d-Band model to predict the influence of elastic strains on the adsorption energy of different adsorbates onto Pt and PtO2 Surfaces”, at the link below! #estasticstrain

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