Huntsville Business Journal’s Post

AACE is where STEM 🧪and Business 💼 collide: Meet our Senior Engineer and Managing Director, Yuriy Snyder. Yuriy is in his final year as a Ph.D. candidate in Biological Engineering, focusing on tissue engineering by creating heart valve scaffolds for various applications using novel polymers and techniques. Yuriy's journey into AACE began when he noticed a crucial gap between academic research and its application in healthcare. Seeking to bridge this gap, he found his way to AACE, drawn by the opportunity to apply his technical expertise in a business context. "I soon encountered a disconnect between academic research and the real-world application of our work in healthcare," Yuriy shared. His role in AACE has allowed him to leverage his scientific background for due diligence in biomed/biotech deals, significantly impacting the fund's success in these sectors. As Managing Director, Yuriy's role encompasses deal sourcing, leading due diligence for biomed/biotech deals, and mentoring. His experience highlights the vital role of STEM majors in analyzing and advancing innovative technologies within venture capital. "The reality is that a lot of our most lucrative deals are in agriculture or med/biotech," Yuriy emphasizes, showcasing the importance of scientific expertise in evaluating and supporting ventures like Neuro Rehab VR, Elemental Enzymes, and Impetus Agriculture, Inc. AACE stands out as a prime opportunity for STEM students to use their technical skills in real scenarios, beyond the lab or classroom. Yuriy believes, "There’s no way you can mimic it in the lab, there's no way you can mimic it in any classes, there’s no way you can read it out of a textbook." If you're a STEM major eager to explore the intersection of science, technology, and entrepreneurship, AACE might just be the launchpad you need. Join us in shaping the future of innovation and venture capital. Apply here today: https://lnkd.in/gigabuvb #STEM #VentureCapital #BiomedicalVentures #BridgeTheGap #Mizzou #Trulaske

The U.S. is a powerhouse in nurturing biotechnology talent, with top universities like Harvard, MIT, and Stanford leading the charge. These institutions are not just educational hubs but gateways to vast industry networks, cutting-edge research, and entrepreneurial opportunities in biotech. For those in the biotech sector, here are a few points to ponder - ▪️ How can current educational programs be enhanced to better prepare students for the evolving demands of the biotech industry? ▪️ What role do these universities play in bridging the gap between academic research and commercial biotech ventures? #Biotechnology #Innovation #HigherEducation

What's the most common question we get at BCSI? "Where can I find high quality curriculum to help my students prepare for BCSI skills testing?" We are so excited about this launch from #BioTechBuilder!

We at the BioInspired Institute could not be more exited to land this grant. We are uniquely positioned to develop and offer this innovative, interdisciplinary graduate training program at the intersection of biology, physics, chemistry, medicine, and engineering. Read more to learn about how Emergent Intelligence ties it all together!

The National Science Foundation (NSF) has awarded $35 million through the #EPSCoR E-RISE RII program to enhance research competitiveness, foster partnerships, and create workforce development opportunities. This initiative will support the development of sustainable networks of diverse research teams addressing critical research priorities. Here's a snapshot of the awarded projects: 1. Enhancing Maine Forest Economy, Sustainability, and Technology (Maine-FOREST) Ecosystem to Accelerate Innovation 2. Establishment of the Mississippi Nano-bio and ImmunoEngineering Consortium (NIEC) 3. BioNitrogen Economy Research Center (BNERC) 4. Research Center for Distributed Resilient and Emergent-Intelligence-Based Additive Manufacturing (DREAM) 5. Driving AgTech Research and Education in Kentucky (DARE-KY) University of Maine University of Kentucky University of Mississippi South Dakota State University New Mexico State University Raj Sharma #STEMResearch #WorkforceDevelopment #Science #Technology #AdditiveManufacturing #NanoTech #AgTech #Sustainability #Biomanufacturing

Within scientific advancement, it's crucial to acknowledge a key player in the journey: university spin-outs. These entities, emerging from the depths of academic research, are not just bridges connecting the laboratory to the marketplace; they're powerful catalysts driving innovation within research programs themselves. University spin-outs in biotech are unique. They often begin as a quest to answer a complex research question or address a specific medical challenge. As these answers unfold, they often lead to groundbreaking technologies or novel therapies, which then evolve into spin-out companies. This transition from academic research to a commercial venture not only accelerates the pace of innovation but also provides a practical testing ground for theories and models developed within university labs. Additionally, these spin-outs create a symbiotic relationship between academia and industry. They offer researchers a platform to apply their findings in real-world scenarios, while providing industry access to cutting-edge, research-driven solutions. This collaboration often leads to more focused, more relevant, and quicker advancements in biotech, directly benefiting public health and wellbeing. But the impact doesn't end there. Spin-outs also serve as a vital tool for universities to foster entrepreneurial skills among students and researchers, encouraging them to view their work through a commercial lens. This aspect of professional development is invaluable in today's competitive job market, including within university as an increasingly valued component of tenure and promotion. As we look to the future, it's clear that university spin-outs will continue to be a cornerstone of innovation in biotechnology. They not only bring academic research to life but also push the boundaries of what's possible in this ever-evolving field. #BiotechInnovation #UniversitySpinOuts #ResearchMeetsIndustry #FutureOfBiotech #Innovation #TechTransfer

The SensUs Student Competition 2024, held at Eindhoven University of Technology, was a buzzing event dedicated to student teams working on biosensing innovations. On Thursday, August 29th, student teams from around the world gathered to showcase their skills in designing, building, and testing biosensors aimed at monitoring kidney failure, also known as acute kidney injury (AKI). This condition involves the loss of renal function, leading to the accumulation of waste in the bloodstream and disrupting the ionic balance. The event kicked off with a symposium organized by CONSENSE ITN on August 27th and 28th, which brought together experts and students with focus on continuous biomolecular sensing. Following this, the Meet the Partners Day on August 28th at High Tech Campus Eindhoven provided a platform for participants to connect with industry professionals, to potentially form new collaborations and discuss ideas. The finale included the announcement of the winners of the competition: 🏆 WDsense (Wageningen University, Netherlands) > Distributed Testing Event Award 🏆 UCTeam Prague (University of Chemistry and Technology, Prague, Czech Republic ) > Analytical Performance Award 🏆 GLAsense team (University of Glasgow, Scotland) > Innovation Award 🏆 GLAsense team (University of Glasgow, Scotland) > Translation Potential Award 🏆 Aixsense (RWTH Aachen, Germany) > Public Inspiration Award Overall, the SensUs 2024 event was a celebration of innovation, collaboration, and the relentless pursuit of advancements in biosensing technology. The student team’s efforts in developing continuous biosensors for detecting kidney failure were impressive and inspiring, and the event set the stage for future innovations in this critical field. #studentteams Brainport Development

Unlocking Innovation: The Roslin Concepts Approach Roslin Concepts stands at the forefront of modern innovation, embodying a synergy of creativity and technology. This dynamic company, named after the famed Roslin Institute, pushes boundaries across various fields, from biotech advancements to sustainable solutions. Their mission is clear: to create transformative products that redefine industries and improve lives. At the heart of Roslin Concepts lies a commitment to research and development. They invest heavily in cutting-edge technologies, fostering an environment where novel ideas can flourish. Their team, a blend of seasoned experts and fresh talent, collaborates to explore new frontiers in science and engineering. This collaborative spirit is the cornerstone of their success, driving the creation of groundbreaking solutions. One of the standout projects at Roslin Concepts is their work in regenerative medicine. By leveraging stem cell technology, they are developing treatments that promise to revolutionize healthcare. Their research aims to repair damaged tissues and organs, offering hope for conditions previously deemed incurable. This approach not only exemplifies their innovative spirit but also their dedication to improving quality of life. In addition to healthcare, Roslin Concepts is making strides in environmental sustainability. Their initiatives include developing biodegradable materials and enhancing renewable energy technologies. By addressing some of the most pressing environmental challenges, they are contributing to a more sustainable future. Their focus on eco-friendly solutions underscores their commitment to corporate social responsibility. Roslin Concepts also emphasizes the importance of education and outreach. They partner with academic institutions and industry leaders to nurture the next generation of innovators. Through workshops, internships, and collaborative projects, they provide invaluable opportunities for budding scientists and engineers. In summary, Roslin Concepts exemplifies a visionary approach to innovation. Their dedication to research, sustainability, and education sets them apart as a leader in the modern technological landscape. As they continue to push the envelope, their impact is felt across industries, paving the way for a brighter, more innovative future. #Innovation #TechRevolution #StemCells #Sustainability #ResearchAndDevelopment #RegenerativeMedicine #EcoFriendly #FutureTech #EducationOutreach #Biotech

Patent has finally been granted for Amino Labs' "minilab" and associated biotechnology kits. This ecosystem makes learning and doing genetic engineering simple and accessible to educators, students, and at-home learners. To date, tens of thousands of secondary school students from all around the world have learned basic hands-on biotechnology using Amino Labs technology, a topic that is usually taught in college and university. Dozens (that have told us) have gone to make fantastic science fair projects, received scholarships, and are now in college/university. Kids (adults too!) who go through the entire Zero to Genetic Engineering Hero journey have more hands-on biotech experience than most university undergrads and the at-home learners who then do science fair projects will typically have the hands-on skills of a M.Sc. student. This is important because we're seeing a generation of youngsters learn and apply biotechnology to problems in sophisticated ways in their teenage years. By the time they hit their twenties, they will be wayyy smarter and biotech saavy than most present day experts (professors, research scientsts (me), CTOs, etc.). These are the bio-innovators of tomorrow!

I am excited to be the named the Chair of Academic Leadership and Innovation for our new initiative launched by one of our students called GNC Nexus. GNC Nexus aims to create a global community of students, academics, and industry experts focused on innovative Nano-biotechnological solutions for healthcare and environmental challenges. By fostering knowledge exchange, networking, and mentorship, it seeks to empower future leaders in nanotechnology, pharmacy, medicine, biotechnology, and STEM fields. Our goals for GNC Nexus are: 🔬Facilitate collaborative research among students, academia, and industry in nanotechnology, pharmacy, biotechnology, and STEM. 💊Cultivate multidisciplinary education and research projects to drive advanced healthcare and STEM applications. 🗣️ Host presentations by international experts to inspire global collaborations, entrepreneurship, and production scale-up. 🧑🔬Provide a platform for students to learn about nanomedicine applications through interactions with scientists, clinicians, and engineers. 🌐Create opportunities for students to attend lectures, network with peers, academia, and industry leaders for educational and professional growth. If you want to be apart of a global community, please go to our survey to join: https://lnkd.in/e2kkTi65