Foldink

What’s the biggest hurdle your team faces with 3D cell culture? ⬇️ Vote below and join the conversation!

💡 Download Our Free Guide: "Navigating the World of 3D Cell Culture Materials" 💡 Whether you’re working in tissue engineering, regenerative medicine, or advanced drug discovery, selecting the right material for 3D cell culture is critical to achieving successful results. We've created a comprehensive guide to help you make informed choices across the major classes of materials used in 3D cell culture. In this free guide, you’ll find insights on: Natural ECM Mimics: Explore Matrigel and Geltrex as popular options for mimicking the extracellular matrix, and how they support cell growth and differentiation. Collagen and Gelatin: Discover when to use these classic biomaterials and how they can be adapted for various cell types and tissue models. Plant-Based Hydrogels: Learn about alginate and other plant-derived options, offering biocompatibility and unique crosslinking capabilities. Synthetics Like PEG: Dive into synthetic hydrogels like polyethylene glycol (PEG) for tunable properties and reproducibility. Transwell Inserts: Find out how these systems are ideal for co-culture and barrier models. Other Key Materials: From hyaluronic acid to chitosan, see what each offers for specific 3D culture needs. 👇 Want access to this free guide? Drop your email to get it delivered directly to your inbox! 👇 https://lnkd.in/e9ZJ53Vt This guide is essential for professionals in #3DCellCulture, #Biomaterials, #Hydrogels, #TissueEngineering, and #RegenerativeMedicine. Don’t miss out on this valuable resource!

🌱 New Discoveries in Hybrid Plant-Animal Cells: Could This Bring Us Closer to Overcoming Oxygenation Challenges in Tissue Engineering? 🌱 A recent study has introduced a fascinating breakthrough: hybrid cells that integrate plant and animal cell functions, potentially allowing for photosynthetic oxygen production within animal cells. For tissue engineering, where oxygenation in thick tissue constructs remains a major hurdle, this could hint at new directions in research. Yet, while promising, the leap from cellular-level oxygenation to fully functional, thick tissues is complex. Vascularization, stability, and nutrient distribution remain key challenges that go beyond this single advancement. Could innovations like these bring us closer to truly functional engineered tissues? Or are we still far from a viable solution? 👇 Share your insights below! Article: https://lnkd.in/e4qJVCvA PS: Enjoy these AI-generated conceptual renderings of what a future with chloroplast-infused mammalian tissues might look like

🧪 Does this sound familiar? Comment below if you've lived this story before: A brilliant author publishes the #3Dtissuemodel of your dreams! You try to get in touch to adapt their findings to your work, then... 🤦 The model requires equipment or reagents you can't access (e.g. a #bioprinter, #bioink, #electrospinner, or #bioreactor), or maybe... 🔬 You can't reproduce their results at scale, or worse yet... 👨💼 Some university #techtransfer team is dragging its feet on getting you an MTA or Licensing Agreement If this sounds like you, let Foldink help bridge the gap from inspiration to execution in #3DCellCulture Got a question? Ask us about bioinks, bioprinters, and 3D Cell Culture/ #TissueEngineering Research and Development Services https://lnkd.in/gSPmu2u8

We're #hiring a new Sales Representative (Local Armenia) in Yerevan. Apply today or share this post with your network.

Our CEO and Co-Founder Emmanuel Ghandilyan, MD has received the "Emerging Leader Award" in STEM category

We're #hiring a new 3D Printing Researcher in Yerevan. Apply today or share this post with your network.

😊 Վերջերս մեզ էին այցելել Foldink ընկերության կողմից կազմակերպած ինթերնշիփի մասնակիցները։ ✔ Ճանաչողական այցի ընթացքում  ներկայացվեց մասնկիցներին թե ինչով է զբաղվում մեր ընկերությունը ապա շրջայց կատարվեց ընկերության ներսում։ 😊 We were recently visited by the participants of the internship organized by the Foldink company. ✔ During the familiarization visit, the participants were introduced to what our company does, and then a tour was made inside the company. Фолдинк 3D Биопринтинг  

Meet Foldink 👋 📍 Location: Armenia 🗓 Founded: 2019 🏭 Sector: Medicine Foldink is a biotech startup developing advanced biomaterials for 3D bioprinting and tissue engineering researchers 💡 This company is developing and creating bioinks, bioprinters, and other relevant equipment and materials for the benefit of biomedical scientists worldwide 🌍 Click the link below to learn more about Foldink’s work ⬇ https://lnkd.in/d4b2e5-6 #foldink #startup #journey #deeptech #medicine #armenia

👨🔬 👩🔬 Are you interested in #bioengineering and laboratory research? If so, join us at Foldink! 🔬 Foldink is a biotechnology startup company specializing in 3D printing #biomaterials including bioinks and tissue engineering. We are looking for • junior scientists, • research assistants • research associates • lab technicians to join our team. This is an unpaid role, yet you will gain hands-on experience in a laboratory, be part of a dynamic team, and learn more about cells, tissues, and bioengineering. 📌 Location: Yerevan, Armenia f you are interested, please send your resume or CV to hr@foldink.bio