Synoxis Algae’s Post

I am happy to share my one more Research article, entitled “Sustainable mixotrophic microalgae refinery of astaxanthin and lipid from Chlorella zofingeinsis.” got published recently in the journal “Bioresource Technology”. I wanted to thank my Supervisor Prof. Cheng Di-Dong and my co-supervisor Prof. Anil Kumar Patel and Prof. Reeta Singhania, for their valuable support and guidance. #research #sustainable #astaxanthin #lipids #microalgae #Chlorella https://lnkd.in/gFmiyHTA

🌟 Calling All Microbes Enthusiasts! Join Us at SFM Microbes in Rennes, France and Visit my Colleague Julius Muno! 🔬 Introducing Shake Flask Sensors for Non-Invasive Biomass Monitoring 🔬 Bid farewell to traditional methods! Our groundbreaking shake flask sensors offer real-time, non-invasive biomass monitoring, empowering you with precise data, round the clock. Optimize your microbial cultures like never before, enhance reproducibility, and advance your research. 🤖 Automated Feeding for Effortless Microbial Cultivation 🤖 Say goodbye to manual feeding headaches! Our automated feeding solutions simplify your workflow, ensuring your microbial cultures receive precisely the nutrients they crave, precisely when they need them. It's efficiency and reliability, all in one! #bioprocessing #shakeflasks #fermentation #microbiology

I wish you all a happy New Year. There are also cases when the lighting system is used inefficiently and it is only necessary to reduce the distance to the light receiving surface of the photobioreactor. The higher the light scattering angle of the LEDs, the more likely it is to simply and easily improve the illumination in your photobioreactor. The photo clearly shows how with increasing distance to the lamp, the intensity of illumination decreases sharply. #lighting #ledplant #photobioreactors #optimizationproduction #microalgae #cyanobacteria #chlorella #spirulina #tetraselmis #nannochloropsis #dunaliella #haematococcus #biotechnology #sustainablefuture #viacheslavlukianov

TED talks that will open a new world of possibilities with natural materials! - If you enjoyed this, you’ll like our Tiny Farm Friends Newsletter We share our favourite: 💡 Tips 💡 Resources 💡 Insights to help you live your rural life dream. Try it Tinyfarmlab.com/Newsletter #biobasedmaterial #biomaterials #biodesign #mycelium #naturalmaterials #naturalhomes #kombuchaleather #biofabrication #microalgae #fungi #bacteria #seaweed #bioid #biomaterialresearch

Meet SANI Membranes 🤗 Thomas Neil Skov - Vibro Filtration for low and uniform TMP presented SANI Membranes, a Danish cleantech company, focused on developing and commercializing: ✅ the innovative Free Flow Plate™ modules technology  ✅ the disruptive Vibro® Technology ↪️ The Vibro® Technology is based on the cross flow filtration principle, but the turbulence at the membrane surface is here created by vibrating the membrane relative to the feed instead of applying a fast cross flow. 💡 When using Vibro® Technology, centrifuges, depth filters, plate and frame systems and other separation technologies can be replaced, and higher yield and recovery rates can be achieved. 💡 It is ideal for processing of dairy and liquid foods due to the open and clean design of the Free Flow Plate modules. Additionally, the technology is capable of reaching very high concentrations, viscosities and solid loads. Their goal is to secure cleaner, more energy efficient, more effective and lower fouling microfiltration and ultrafiltration solutions for the future ♻️! Visit SANI Membranes website at: www.sanimembranes.com —————— Carlos Unamunzaga, Jean-Paul Cadoret, Vitor Verdelho, Lisandra Meinerz, Monique Ras - de Moncuit, Anne Pajot, Léa Braud, Kuno Jacobs, Kim Kreuser, Anna Ivanko #algae #microalgae #seaweed #biomass #marinebiology #research #innovation #science #madebyalgae #madeinocean #algaeurope2023

📣Dear LinkedIn Community, During this year's #MicrobiomeCongress held in Murcia, Fran Romero Campero, a distinguished academic and researcher at the #IBVF (the Institute of Plant Biochemistry and Photosynthesis, a JV between the Universidad de Sevilla and the Spanish National Research Council), unveiled a groundbreaking research that highlights the transformative potential of #microalgae-based biosolutions in modern agriculture. 🌱What truly sets this research apart is the demonstration of the extraordinary biostimulating prowess of #microalgae, particularly when applied to crops facing stress conditions. Specially, the study sheds light on the intricate physiological mechanisms behind this phenomenon, unveiling previously uncharted territory. 🧬Due to the application of AlgaEnergy’s #biostimulants and thanks to the employment of AI techniques related to data analytics, the scientific team discovered that this substance activates key gene clusters in crops that are associated with responses to water deprivation and heat stress. A profound discovery that underscores the immense potential of microalgae in addressing the pressing agricultural challenges of our era, particularly those related to stress. 🔬The study was conducted by Professor Romero-Campero in the frame of the project #Microclimatt, promoted and coordinated by AlgaEnergy in collaboration with IBVF, CEBAS-CSIC and IMIDRA (3 public research centers), ASAJA (farmers’ association) and BioVegen (plant biotech platform). We take great pride in this research and extend our heartfelt appreciation to the dedicated team behind it. Indeed, innovation is our ally in ensuring food security and safeguarding our growers' yields. And this is the driving force behind AlgaEnergy's unwavering commitment to keep bringing solutions to the market that are not only pioneering, but also efficient, sustainable and profitable. Hence our slogan: Innovation with purpose! ➡️Click to watch the full presentation and gain deeper insights into the future of sustainable and efficient agriculture: https://lnkd.in/dgj5bTtf   Universidad de Sevilla CSIC #IBVF Centro de Edafología y Biología Aplicada del Segura (CEBAS - CSIC) BIOVEGEN - Plataforma Tecnológica de Biotecnología Vegetal #AlgaEnergy #InnovationWithPurpose #microalgae

How NBOT Successfully Reduced Algae Cells in Lake Okeechobee, Florida https://lnkd.in/gJnUEWdM

Hello everyone! This photo perfectly shows how two strains of Chlorella grow in the same conditions, the first is stable and highly productive, the second is under stress. Sometimes I see such problems in photos and videos. If the appearance of your crop, as in the photo on the right, does not work out to get high productivity, you need to solve this problem. There may be several reasons, but sometimes it is easier and more logical to replace the strain. If you have any questions about this topic, ask them on my YouTube channel https://lnkd.in/d-FHXYsR. #cyanobacteria #microalgae #chlorella #scenedesmus #haematococcus #stress #biotechnology #strains #research #sustainablefuture #viacheslavlukianov

The dinoflagellate Karlodinium veneficum successfully cultivated under external conditions in 400L photovioreactors. Bio173 Biotecnología de Microalgas Marinas #microalgae #cultureoutdoor # biocompoud https://lnkd.in/dkdCTR9f

Brusses, here I come to present the first steps in co-creating an NGTs Transition Action Plan made for the stakeholders and by the stakeholders.