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#Ipscs Reel by @historical_breakthroughs - Shinya Yamanaka is a Japanese stem cell researcher and Nobel Prize laureate. He was born on September 4, 1962, in Osaka, Japan. He developed a revolut
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@historical_breakthroughs
Shinya Yamanaka is a Japanese stem cell researcher and Nobel Prize laureate. He was born on September 4, 1962, in Osaka, Japan. He developed a revolutionary method for generating stem cells from existing cells of the body. In 2006, he succeeded in identifying a small number of genes within the genome of mice that proved decisive in this process. When activated, skin cells from mice could be reprogrammed to immature stem cells, which, in turn, can grow into different types of cells within the body. In 2012, he and John Gurdon were awarded the Nobel Prize for Physiology or Medicine for their discovery that mature cells can be converted to stem cells. Induced pluripotent stem cells (iPSCs) are a type of stem cell that can be generated directly from adult cells. They have the ability to differentiate into any type of cell in the body, making them a powerful tool in regenerative medicine. With iPSCs, scientists can create patient-specific cells for disease modeling and drug discovery. #Science #History #ShinyaYamanaka #InducedPluripotentStemCells #iPSCs #StemCells #RegenerativeMedicine #NobelPrize #CellularReprogramming #DiseaseModeling #DrugDiscovery
#Ipscs Reel by @labskillsacademy - 🧫 iPSCs are powerful tools applicable in biomedicine, cell therapy, pharmacology and toxicology. Therefore, the use of iPSCs in stem cell therapy has
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@labskillsacademy
🧫 iPSCs are powerful tools applicable in biomedicine, cell therapy, pharmacology and toxicology. Therefore, the use of iPSCs in stem cell therapy has immense prospects and offer remarkable applications in regenerative medicine. As iPSCs can differentiate to different cell types, we can generate the required cells for the study or treatment of numerous diseases and determination of drug toxicity. To read more about iPSCs press the link in our bio or highlights Follow @labskillsacademy for more news on Stem cells and Regenerative Medicine #iPSCs #stemcells #cancer #drugscreening #disease #regenerativemedicine #medicine #celltherapy #teachersofinstagram #yamanaka #cellbiology #biology #microbiology #biochemistry #life #womeninscience
#Ipscs Reel by @sciencewithspice - Turning back time… for cells! ⏳➡️👶 Did you know we can reprogram adult cells back into stem cells? 🤯 Meet the famous OSKM factors - Oct4, Sox2, K
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@sciencewithspice
Turning back time… for cells! ⏳➡️👶 Did you know we can reprogram adult cells back into stem cells? 🤯 Meet the famous OSKM factors — Oct4, Sox2, Klf4, and c-Myc — the dream team that turns specialized, terminally differentiated cells into induced pluripotent stem cells (iPSCs)! 💡💥 From skin cell to stem cell, these molecular magicians reset cell identity, unlocking HUGE potential for regenerative medicine, disease modeling, and more without ethical concerns about using embryos! 🔬💉🧠 #stemcells #ipscs #oskm #cellreprogramming #regenerativemedicine #sciencereels #biotech #molecularbiology #funwithscience #womeninstem #biology #scienceiscool #genetics #sciencefacts #science #biologyiscool #biotechnology #biologynotes #biologymajor #biologyteacher #biologyclass #medstudy
#Ipscs Reel by @colossal (verified account) - Here it is... THE WORLD'S FIRST LOOK inside a 3D rendered nucleus of an elephant induced pluripotent stem cell! What's this mean?! At last, we can re
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@colossal
Here it is... THE WORLD’S FIRST LOOK inside a 3D rendered nucleus of an elephant induced pluripotent stem cell! What’s this mean?! At last, we can reprogram cells from the mammoth’s closest living relative, the Asian elephant 🐘to include cold adaptive traits 🦣❄️ With a variety of applications which we are proud to share with the scientific community, this brings us one giant step closer to our long term goal of bringing back this iconic species. #deextinction #bioscience #scientificfirsts #woollymammoth #iPSCs
#Ipscs Reel by @liveharmoniouslife (verified account) - On Friday, we had such a cool experience - a hands-on training with ACORN right in our office 🧬 We learned how to collect hair follicles for cryopres
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@liveharmoniouslife
On Friday, we had such a cool experience — a hands-on training with ACORN right in our office 🧬 We learned how to collect hair follicles for cryopreserving youthful cells 🧊 Super interesting, easy, and honestly... it felt like stepping into the future! My cells are now safely stored — and my future self will thank me 😌 Because the medicine of the future starts today. #Acorn #stemcells #youthpreservation #cryopreservation #cellbanking #futuremedicine #iPSCs #regenerativemedicine #biotech #antiaging
#Ipscs Reel by @regenamexclinicpv - Unlocking the Power of Stem Cell Therapy: Different Types of Stem Cells 🧬💡 Stem cells are revolutionizing medicine, but did you know there are diff
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@regenamexclinicpv
Unlocking the Power of Stem Cell Therapy: Different Types of Stem Cells 🧬💡 Stem cells are revolutionizing medicine, but did you know there are different types, each with its unique capabilities? In this video, we dive deep into the various types of stem cells—embryonic, adult, induced pluripotent, and mesenchymal stem cells—and how they’re changing the future of health care. Discover how these powerful cells work to heal the body, repair tissues, and potentially cure diseases like diabetes, heart disease, and more. Join us to learn about the incredible world of stem cell science! 🌟 🔹 Embryonic Stem Cells: These powerful cells can become any cell type in the body, making them highly versatile but also controversial due to their source. 🔹 Adult Stem Cells: Found in tissues like bone marrow, these cells help maintain and repair the body but have limited capabilities compared to embryonic cells. 🔹 Induced Pluripotent Stem Cells (iPSCs): These are adult cells that scientists reprogram to behave like embryonic stem cells, offering a less controversial alternative with great potential. 🔹 Mesenchymal Stem Cells (MSCs): Known for their ability to reduce inflammation and repair damaged tissues, MSCs are a rising star in regenerative medicine. Watch now to find out which stem cell type might play a role in future treatments that could transform your life! 🚀 #StemCells #RegenerativeMedicine #HealthCareRevolution #EmbryonicStemCells #AdultStemCells #iPSCs #HealingScience #StemCellTherapy #MedicalBreakthrough #FutureOfHealth #StemCellResearch #HealthJourney #ScienceExplained #MesenchymalStemCells #MedicalAdvancements #Biotech
#Ipscs Reel by @gladstoneinstitutes - In November 2007, Shinya Yamanaka, senior investigator at Gladstone Institutes, demonstrated for the first time that he could "reprogram" human skin c
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@gladstoneinstitutes
In November 2007, Shinya Yamanaka, senior investigator at Gladstone Institutes, demonstrated for the first time that he could “reprogram” human skin cells into cells that function like embryonic stem cells, meaning they can multiply indefinitely and transform into any cell type in the body. These reprogrammed cells are known as induced pluripotent stem cells, or iPS cells. Fifteen years later, researchers at Gladstone—and all around the world—continue to use iPS cells to study the cause of disease, test potential drugs, and develop new treatment options. Ivana Vasic explains how she uses iPS cells in her research. #science #stemcells #ipscells #ipscs #gladstoneinstitutes
#Ipscs Reel by @heroforce_evolution - Discover the groundbreaking research of scientist Shinya Yamanaka, who unlocked the secret to turning back time for cells. Learn how this scientific b
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@heroforce_evolution
Discover the groundbreaking research of scientist Shinya Yamanaka, who unlocked the secret to turning back time for cells. Learn how this scientific breakthrough could revolutionize biology as we know it. Don't miss out on the incredible possibilities of partial cell reprogramming find the full video on YouTube - See the link in bio! #antiaging #cellreprogramming #inducedpluripotentstemcells #biohacking
#Ipscs Reel by @antiagingetc - Unleashing the Power of Cellular Reprogramming: A New Dawn in Anti-Aging Research 🌅 Hello, rejuvenation enthusiasts! Today, we're diving deep into t
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@antiagingetc
Unleashing the Power of Cellular Reprogramming: A New Dawn in Anti-Aging Research 🌅 Hello, rejuvenation enthusiasts! Today, we're diving deep into the fascinating world of #CellularReprogramming. This cutting-edge field of research is revolutionizing our understanding of health, longevity, and the very essence of life itself! 🧬🔬 Cellular reprogramming is a process where scientists can convert mature cells back into stem cells. These stem cells, known as induced pluripotent stem cells (iPSCs), have the potential to become any cell type in the body. Imagine being able to repair damaged tissues or even reverse the effects of aging. It's like giving your body a fresh start, at the cellular level! 🔄💡 But, like any powerful tool, it comes with its challenges. There's a risk of cells becoming cancerous if the reprogramming isn't controlled properly. And the technology is still in its early stages, so there's a lot we don't know yet. But the potential is enormous! 🌠 Cellular reprogramming could revolutionize treatments for diseases like Parkinson's, diabetes, and heart disease. It could even extend our lifespan, keeping us healthier for longer. Imagine a world where age is just a number, and we all have the chance to live our best lives for as long as possible! 🌍💖 For more information, check out these groundbreaking studies on cellular reprogramming: In vitro reprogramming of fibroblasts into a pluripotent ES-cell-like state Induction of pluripotent stem cells from mouse embryonic and adult fibroblast cultures by defined factors Induced pluripotent stem cell lines derived from human somatic cells Join us on this journey of discovery and rejuvenation. Follow us @antiagingetc for more rejuvenation tips! Share this post with anyone who wants to learn more about the incredible potential of cellular reprogramming! 💌 #BioRejuvenation #AntiAging #CellularReprogramming #Health #Longevity #Science #StemCells #iPSCs #Rejuvenation #RevolutionizeHealthcare #FutureOfMedicine
#Ipscs Reel by @oncology_awards - Which regulatory protein is crucial for maintaining the pluripotency of stem cells? Ans: Oct4 Discover the crucial role of Oct4 in maintaining stem
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@oncology_awards
Which regulatory protein is crucial for maintaining the pluripotency of stem cells? Ans: Oct4 Discover the crucial role of Oct4 in maintaining stem cell pluripotency stem cell therapy Oct4 protein pluripotency regenerative medicine induced pluripotent stem cells embryonic stem cells cell differentiation gene expression CRISPR-Cas9 cell reprogramming therapeutic applications tissue engineering neurodegenerative diseases cardiac regeneration clinical trials biomaterials gene editing ethical considerations immune response personalized medicine #StemCellTherapy #Oct4 #Pluripotency #RegenerativeMedicine #iPSCs #EmbryonicStemCells #CellDifferentiation #GeneExpression #CRISPRCas9 #CellReprogramming #TissueEngineering #NeurodegenerativeDiseases #CardiacRegeneration #ClinicalTrials #Biomaterials #GeneEditing #EthicalConsiderations #ImmuneResponse #PersonalizedMedicine #ResearchInnovation Visit: oncology.pencis.com Award Nomination Link: x-i.me/oan Member Nomination Link: x-i.me/8TA For Enquiries: oncology@pencis.com Get Connected Here --------------------------------- --------------------------------- twitter.com/Oncology_Awards blogger.com/blog/posts/2057809675786765154?hl=en&tab=jj tumblr.com/blog/cancer-researcher facebook.com/OncologyAwards/ youtube.com/@CancerResearch98/ linkedin.com/in/cathenna-malia-a20834219/
#Ipscs Reel by @cryocord.malaysia (verified account) - Explore the world of iPSCs, the Nobel Prize-winning discovery of 2012, as we harness this cutting-edge technology right here in Malaysia. #cryocord #
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@cryocord.malaysia
Explore the world of iPSCs, the Nobel Prize-winning discovery of 2012, as we harness this cutting-edge technology right here in Malaysia. #cryocord #stemcells #ipscs
#Ipscs Reel by @leapsbybayer - We're thrilled to lead this Series A financing in Cellino, a company working to significantly expand access to #celltherapies and #regenerativemedicin
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@leapsbybayer
We're thrilled to lead this Series A financing in Cellino, a company working to significantly expand access to #celltherapies and #regenerativemedicine. 🧫 The team at Cellino is using #iPSCs, lasers, and #AI -driven manufacturing to scale access to potentially curative therapies. ✨ Congratulations to the whole team. 🚀 #DareToLeap #everyhumaneverycell

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