#stemcell — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #stemcell, aggregated by home.social.
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Whether adult neurogenesis can occur in humans is becoming more widely accepted. Susmit Mhatre & Darcie Moore suggest the time has come to move towards discovering strategies to harness endogenous #StemCell potential for resilience against cognitive #aging.
https://plos.io/4nOFhPb -
Reversing Lysosomal Dysfunction Restores Youthful Function in Aged Blood Stem Cells
📰 Original title: Scientists make old blood stem cells young again in major anti-aging breakthrough
🤖 IA: It's clickbait ⚠️
👥 Users: It's clickbait ⚠️ -
Scientists developed a tool for better control of #stemcell development that repeatedly obtains up-to-date #geneticinformation from #livingcells. It will enable better monitoring of stem cells for e.g. therapies in the future: http://go.tum.de/881110
📷A.Heddergott -
Health Biotechnology collaborative research funded by the European Commission powers next‑generation therapies | Results Pack | CORDIS
Biotechnology has recently moved to the forefront of Europe’s strategic priorities, recognised as essential fo…
#Europe #EU #EuropeanCommission #advancedmanufacturing #AI #bioprinting #diagnostics #Healthbiotechnology #implants #innovative #personalisedmedicine #precisiontherapies #regenerativemedicine #Research #stemcell
https://www.europesays.com/europe/25549/ -
https://www.alojapan.com/1472760/cira-celebrates-its-17th-year%ef%bd%9cnews-events-cira/ CiRA celebrates its 17th year｜News & Events | CiRA #CiRA #iPS #IPSCell #Kyoto #KyotoNews #KyotoUniversity #news #StemCell #京都 #京都府 CiRA marked its 17th anniversary as the 2026 fiscal year began this week. On April 2, Professor Koji Eto, who newly assumed the role of Director on April 1, delivered his inaugural speech to CiRA members. In his first address as Director, Professor Koji Eto spoke about the organizational restructuring aimed a
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https://www.alojapan.com/1472760/cira-celebrates-its-17th-year%ef%bd%9cnews-events-cira/ CiRA celebrates its 17th year｜News & Events | CiRA #CiRA #iPS #IPSCell #Kyoto #KyotoNews #KyotoUniversity #news #StemCell #京都 #京都府 CiRA marked its 17th anniversary as the 2026 fiscal year began this week. On April 2, Professor Koji Eto, who newly assumed the role of Director on April 1, delivered his inaugural speech to CiRA members. In his first address as Director, Professor Koji Eto spoke about the organizational restructuring aimed a
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The Node welcomes Andrea Murillo as the new Community Manager. Here she introduces herself to our #DevBio and #StemCell communities. https://thenode.biologists.com/hi-from-the-new-community-manager/news/
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The Node welcomes Andrea Murillo as the new Community Manager. Here she introduces herself to our #DevBio and #StemCell communities. https://thenode.biologists.com/hi-from-the-new-community-manager/news/
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The Node welcomes Andrea Murillo as the new Community Manager. Here she introduces herself to our #DevBio and #StemCell communities. https://thenode.biologists.com/hi-from-the-new-community-manager/news/
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The Node welcomes Andrea Murillo as the new Community Manager. Here she introduces herself to our #DevBio and #StemCell communities. https://thenode.biologists.com/hi-from-the-new-community-manager/news/
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The Node welcomes Andrea Murillo as the new Community Manager. Here she introduces herself to our #DevBio and #StemCell communities. https://thenode.biologists.com/hi-from-the-new-community-manager/news/
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A comprehensive review of the roles of #YAP and #TAZ in #stemcell biology
https://www.nature.com/articles/s41580-023-00644-5
#DevBio #Hippo #signaling -
Stem cell therapy could help with baldness by promoting hair growth. Scientists are exploring different methods, including transplanting stem cells onto the scalp and injecting stem cell-derived factors or exosomes.
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Postdoctoral Associate – Stem cell–based human neural circuit models
New York UniversitySee the full job description on jobRxiv: https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/
#3Dcellculture #Cellularneuroscience #neurologicaldisorders #organoids #stemcell #ScienceJobs #hiring #research
https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/?fsp_sid=8824 -
Postdoctoral Associate – Stem cell–based human neural circuit models
New York UniversitySee the full job description on jobRxiv: https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/
#3Dcellculture #Cellularneuroscience #neurologicaldisorders #organoids #stemcell #ScienceJobs #hiring #research
https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/?fsp_sid=8607 -
Postdoctoral Associate – Stem cell–based human neural circuit models
New York UniversitySee the full job description on jobRxiv: https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/
#3Dcellculture #Cellularneuroscience #neurologicaldisorders #organoids #stemcell #ScienceJobs #hiring #research
https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/?fsp_sid=8397 -
Postdoctoral Associate – Stem cell–based human neural circuit models
New York UniversitySee the full job description on jobRxiv: https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/
#3Dcellculture #Cellularneuroscience #neurologicaldisorders #organoids #stemcell #ScienceJobs #hiring #research
https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/?fsp_sid=8075 -
Postdoctoral Associate – Stem cell–based human neural circuit models
New York UniversitySee the full job description on jobRxiv: https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/
#3Dcellculture #Cellularneuroscience #neurologicaldisorders #organoids #stemcell #ScienceJobs #hiring #research
https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/?fsp_sid=7872 -
Postdoctoral Associate – Stem cell–based human neural circuit models
New York UniversitySee the full job description on jobRxiv: https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/
#3Dcellculture #Cellularneuroscience #neurologicaldisorders #organoids #stemcell #ScienceJobs #hiring #research
https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/?fsp_sid=7564 -
Postdoctoral Associate – Stem cell–based human neural circuit models
New York UniversitySee the full job description on jobRxiv: https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/
#3Dcellculture #Cellularneuroscience #neurologicaldisorders #organoids #stemcell #ScienceJobs #hiring #research
https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/?fsp_sid=7249 -
Postdoctoral Associate – Stem cell–based human neural circuit models
New York UniversitySee the full job description on jobRxiv: https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/
#3Dcellculture #Cellularneuroscience #neurologicaldisorders #organoids #stemcell #ScienceJobs #hiring #research
https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/?fsp_sid=6710 -
Postdoctoral Associate – Stem cell–based human neural circuit models
New York UniversitySee the full job description on jobRxiv: https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/
#3Dcellculture #Cellularneuroscience #neurologicaldisorders #organoids #stemcell #ScienceJobs #hiring #research
https://jobrxiv.org/job/new-york-university-27778-postdoctoral-associate-stem-cell-based-human-neural-circuit-models/?fsp_sid=5905 -
https://www.walknews.com/1040513/ Cultured quail, Brazil nuts and more #abstract #AnimalCell #artificial #awe #backgrounds #bacterium #biotechnology #Brazil #BuiltStructure #cell #CellCulture #circle #concepts #continuity #curve #dishware #disposable #equipment #flask #futuristic #HealthcareAndMedicine #HumanCell #HumanHand #ideas #laboratory #majestic #MedicineAndScience #nanotechnology #pattern #plastic #plate #ProtectiveGlove #research #Science #StemCell #Technology #vial #ブラジル
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https://www.wacoca.com/news/2635850/ Cultured quail, Brazil nuts and more #abstract #AnimalCell #Artificial #awe #backgrounds #bacterium #biotechnology #Brazil #BuiltStructure #cell #CellCulture #circle #concepts #continuity #curve #dishware #disposable #EQUIPMENT #flask #futuristic #HealthcareAndMedicine #HumanCell #HumanHand #ideas #Laboratory #Majestic #MedicineAndScience #nanotechnology #pattern #Plastic #plate #ProtectiveGlove #Research #science #StemCell #technology #vial #ブラジル
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Genetic Findings of Potential Donor Origin following #Hematopoietic Cell Transplantation: Recommendations on #Donor Disclosure and Genetic Testing from the World Marrow Donor Association (WMDA)
#wmda #htc #hematopoietic #marrow #bethematch #genetictesting #ethics
#stemcelltransplant #stemcell #CellularTherapy
https://www.astctjournal.org/article/S2666-6367(23)01708-6/fulltext -
https://www.alojapan.com/1441838/cira-mini-symposium-ipscs-coming-of-age%ef%bd%9cnews-events-cira/ CiRA Mini-Symposium: iPSCs Coming of Age｜News & Events | CiRA #CiRA #iPS #IPSCell #Kyoto #KyotoNews #KyotoUniversity #news #StemCell #京都 #京都府 To commemorate 20 years of iPS cell research, CiRA will hold the “CiRA Mini-Symposium: iPSCs Coming of Age” on January 30 (Fri.), 2026. The event will be held in a hybrid format and available for online attendance via Zoom. For details and registration, please follow the link below. We look forward
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https://www.alojapan.com/1441838/cira-mini-symposium-ipscs-coming-of-age%ef%bd%9cnews-events-cira/ CiRA Mini-Symposium: iPSCs Coming of Age｜News & Events | CiRA #CiRA #iPS #IPSCell #Kyoto #KyotoNews #KyotoUniversity #news #StemCell #京都 #京都府 To commemorate 20 years of iPS cell research, CiRA will hold the “CiRA Mini-Symposium: iPSCs Coming of Age” on January 30 (Fri.), 2026. The event will be held in a hybrid format and available for online attendance via Zoom. For details and registration, please follow the link below. We look forward
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https://www.alojapan.com/1439262/the-13th-cira-award-winners%ef%bd%9cnews-events-cira/ The 13th CiRA Award Winners｜News & Events | CiRA #CiRA #iPS #IPSCell #Kyoto #KyotoNews #KyotoUniversity #news #StemCell #京都 #京都府 The awards ceremony for the 13th CiRA Awards was held on Monday, January 5, 2026. This award, established in accordance with Kyoto University regulations and funded by the iPS Cell Research Fund, recognizes the outstanding achievements in education and research, administration and management of the institute, a
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https://www.alojapan.com/1439262/the-13th-cira-award-winners%ef%bd%9cnews-events-cira/ The 13th CiRA Award Winners｜News & Events | CiRA #CiRA #iPS #IPSCell #Kyoto #KyotoNews #KyotoUniversity #news #StemCell #京都 #京都府 The awards ceremony for the 13th CiRA Awards was held on Monday, January 5, 2026. This award, established in accordance with Kyoto University regulations and funded by the iPS Cell Research Fund, recognizes the outstanding achievements in education and research, administration and management of the institute, a
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https://www.alojapan.com/1432703/multifaceted-staff-who-create-a-research-friendly-environment%ef%bd%9ccira-repoter%ef%bd%9cnews-events-cira/ Multifaceted Staff Who Create a Research-Friendly Environment｜CiRA Repoter｜News & Events | CiRA #CiRA #iPS #IPSCell #Kyoto #KyotoNews #KyotoUniversity #news #StemCell #京都 #京都府 Kei Kubota Ordering and inventory of equipment and reagents, handling procedures for training related to experiments for lab members, and asset management of experimental instruments. These behind-the-scenes tasks may not be glamorous, but they are essential for sm
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https://www.alojapan.com/1432703/multifaceted-staff-who-create-a-research-friendly-environment%ef%bd%9ccira-repoter%ef%bd%9cnews-events-cira/ Multifaceted Staff Who Create a Research-Friendly Environment｜CiRA Repoter｜News & Events | CiRA #CiRA #iPS #IPSCell #Kyoto #KyotoNews #KyotoUniversity #news #StemCell #京都 #京都府 Kei Kubota Ordering and inventory of equipment and reagents, handling procedures for training related to experiments for lab members, and asset management of experimental instruments. These behind-the-scenes tasks may not be glamorous, but they are essential for sm
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https://www.alojapan.com/1432315/2026-cira-research-internship-program%ef%bd%9cnews-events-cira/ 2026 CiRA Research Internship Program｜News & Events | CiRA #CiRA #iPS #IPSCell #Kyoto #KyotoNews #KyotoUniversity #news #StemCell #京都 #京都府 CiRA has opened calls for the Summer Internship Program. The program invites undergraduate and graduate students interested in joining CiRA as a student or postdoctorate researcher later in their studies or career to attend a CiRA lab for up to 6 weeks sometime between June and October, although exact
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https://www.alojapan.com/1432315/2026-cira-research-internship-program%ef%bd%9cnews-events-cira/ 2026 CiRA Research Internship Program｜News & Events | CiRA #CiRA #iPS #IPSCell #Kyoto #KyotoNews #KyotoUniversity #news #StemCell #京都 #京都府 CiRA has opened calls for the Summer Internship Program. The program invites undergraduate and graduate students interested in joining CiRA as a student or postdoctorate researcher later in their studies or career to attend a CiRA lab for up to 6 weeks sometime between June and October, although exact
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https://www.alojapan.com/1318227/celebrating-swiss-japanese-scientific-ties-at-expo-2025-osaka%ef%bd%9cnews-events-cira/ Celebrating Swiss-Japanese Scientific Ties at EXPO 2025 Osaka｜News & Events | CiRA #CiRA #iPS #IPSCell #Kyoto #KyotoNews #KyotoUniversity #news #StemCell #京都 #京都府 In a vibrant celebration of international scientific collaboration, the science café “Creating a Healthier You with iPS Cells and Next-Gen Medicine” was held at EXPO 2025 Osaka on June 21-22, 2025. Co-hosted by CiRA, CiRA Foundation, Institute for Regenerative Medicine (IREM) a
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https://www.alojapan.com/1318227/celebrating-swiss-japanese-scientific-ties-at-expo-2025-osaka%ef%bd%9cnews-events-cira/ Celebrating Swiss-Japanese Scientific Ties at EXPO 2025 Osaka｜News & Events | CiRA #CiRA #iPS #IPSCell #Kyoto #KyotoNews #KyotoUniversity #news #StemCell #京都 #京都府 In a vibrant celebration of international scientific collaboration, the science café “Creating a Healthier You with iPS Cells and Next-Gen Medicine” was held at EXPO 2025 Osaka on June 21-22, 2025. Co-hosted by CiRA, CiRA Foundation, Institute for Regenerative Medicine (IREM) a
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If you are joining #GSCN don't miss the talk by Dr. Angeliki Spathopoulou on novel #stemcell regulators for #iPSC #reprogramming on Thursday morning (T26) or any of our lab's posters!
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As with organ transplants, stem cells trigger an immune response when used in medical treatments, potentially leading to rejection of the cells.
To prevent this, Sana Biotechnology scientists have developed stem cells with removed HLA markers that survived uninhibited in rhesus macaques for months.
This opens up whole new prospects for medical treatment of organs and tissues.
#Medicine #Science #Biotech #Biotechnology #StemCell #StemCells #HLA #Biology #Scicomm
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I've been closely following the quest for cell therapy "cures" for type 1 diabetes ever since my son was diagnosed with the disease 25 years ago.
Here's an excellent update on research from my friend Paul Heltzel:
https://diatribe.org/diabetes-research/state-cure-cell-therapy-breakthroughs
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I've been writing about research on stem-cell-derived therapies since my son was diagnosed with type 1 diabetes more than 20 years ago.
Here's a take on off-the-shelf cell therapies that are now in early clinical trials:
Hopes for hypoimmunity
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I've written (sometimes professionally, sometimes blogging) about type 1 diabetes since my son was diagnosed more than 20 years ago. Here's my latest update on cell therapies, still the best bet for actual cures:
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CW: Using Human Pluripotent Stem Cells to Create Human Skeletal Muscle Organoids for Repair and Regeneration
Skeletal #muscle is a type of tissue that makes up a large part of the human body. It is made up of many different cells that are able to contract and move. Skeletal muscle has the ability to #repair itself when it is damaged due to #aging, exercise, or diseases like #MuscularDystrophy. A small group of cells called #SatelliteCell s help with the repair process. Scientists have been trying to create models to study how #Skeletalmuscle develops and regenerates. Recently, they have been using human pluripotent #StemCell to create 3D models of skeletal muscle tissue. However, these models have not been able to recreate the full process of muscle regeneration. In this research paper, the authors introduce a new method of using human pluripotent stem cells to create 3D models of skeletal muscle tissue that can retain the ability to repair itself.
Over the past decades, scientists have used #animalmodel to study #muscleregeneration, which is regulated by #stemcell s. These animal models have been very helpful in understanding the mechanisms of muscle #regeneration, but they don't always accurately reflect the same range of diseases that humans experience. Therefore, researchers have suggested creating reliable in vitro models using human muscle cells. ( #hPSC s) could be used to create 3D human skeletal muscle #organoid s ( #hSkMO s) that contain sustainable #stemcell and distinct myofibers with the same proteins and structure as adult muscles. Previous approaches to skeletal muscle differentiation have been developed using 2D #culture systems, but these lack the natural environment and #StemCell niche that are necessary to model adult #myogenesis and muscle #regeneration.
#Stemcell s ( #SC s) can be used to repair damaged muscle tissue. They explain that SCs can be activated in response to muscle injuries and that other #cell types can contribute to the process of #myogenesis. The author then goes on to explain that #cytokine s, such as IL-4, can influence the #InflammatorySystem and promote SCs differentiation, which helps with muscle regeneration. While #organoid s generated from #hPSC s have potential, they do not fully replicate the in vivo native microenvironment. To address this, treat the #hSkMO s with extrinsic #cytokine s to promote #muscle #regeneration . #hSkMO s might then be used to study aspects of human muscle #biology and to identify novel #therapeutic candidates for muscle-wasting disorders.
To create a 3D structure of muscle tissue. They used #WNT activator and #BMP inhibitors at the beginning of the differentiation process to induce paraxial #mesodermal #cell s. They then added #FGF2 to the Matrigel to promote the 3D structure. #HGF and IGF1 were added later to accelerate the #myogenic specification and further #myofiber differentiation. They optimized the timing of the Matrigel embedding to day seven. After this, they observed #neuralcell s and withdrew FGF2 to focus on muscle tissue development. They then prolonged the HGF and IGF1 treatment to propagate #myogenic #progenitor s. They found that 62% of the #tissue was #skeletalmuscle tissue and that it contained PAX7+ #myogenic #stem / #progenitor cells, MYOD+ activated/committed #myoblast s, and MYOG+ #myocyte s. They also found that 31% of PAX7+/Ki67− and 29% of MYOD−/PAX7+ non-dividing quiescent SCs were present in the mature #hSkMO s. This indicates that the #hSkMO s were able to effectively recreate #embryo nic #myogenesis and have regenerative potential. Future studies using #singlecell #RNA sequencing may be necessary to further characterize the different types of cells in #hSkMO s.
The stepwise process to generate human skeletal muscle organoid s (hSkMOs) from human pluripotent stem cells (hPSCs)
The process begins with dissociating #hPSC s into #singlecell s and allowing them to form #embryoid bodies ( #EB s) in low-attachment V-shaped 96-well plates. Then, paraxial #mesodermal differentiation is promoted with #WNT activation, BMP inhibition, and FGF2 signaling. The expression of pluripotency markers OCT4 and NANOG decreases, and the expression of #mesoderm markers Brachyury, T-Box transcription factor 6 (TBX6), and mesogenin 1 (MSGN1) increases. To further characterize paraxial #mesoderm al differentiation, TBX6 is #immunostain ed. After paraxial #mesodermal induction, the #organoid s are embedded with growth factor-reduced Matrigel and transferred to a six-well plate on an orbital shaker. Growth factors are then added to the #myogenic specification media, and #hSkMO s are cultured until the day of analysis. The orbital shaker improves the viability, survival, and differentiation of hSkMOs by increasing the penetration rate of oxygen and nutrients into the core area of hSkMOs. The #hSkMOs gradually grow to more than 1.5 mm in diameter by day 60, appearing round-shaped, uniformly sized, and having relatively homogenous morphology. PAX3 and PAX7 are #myogenic progenitor markers, and their expression is verified by qRT-PCR and #cryo sections. The #myogenic cells appear as clusters, and approximately 9% of PAX7+ cells are double-positive for Ki67 at day 30, demonstrating that proliferating cells are #myogenic #progenitor s in hSkMOs. This indicates that the in vitro #hSkMO #culturesystem is able to recapitulate the features of embryonic skeletal #muscle development.
The different types of #SkeletalMuscle stem/progenitor cells that are involved in myogenesis, the process of muscle formation.
The researchers used qRT-PCR analysis and #immunohistochemistry to identify and characterize the different types of cells. They found that PAX3 and PAX7 (SC markers) were the major population during the early stage of #myogenesis, and that MYOD (proliferating and activated SC marker) and MYOG (differentiated myocyte marker) increased over time. They also observed that MYOD−/PAX7+, MYOD+/PAX7+, and MYOD+/Ki67+ cells accounted for 29%, 6%, and 8% of the putative quiescent, activated, and proliferating #SC s, respectively. MYOD+/PAX7− cells constituted 39% of differentiating myoblasts, and MYOG−/PAX7+ cells constituted 23% of putative quiescent SCs. MYOG+/PAX7− cells accounted for 30% of differentiated #myocyte s, and 8% and 6% of the MYOG+ cells in #hSkMO s co-expressed PAX7 and Ki67, respectively. This data shows that the researchers were able to identify and characterize different types of skeletal muscle stem/progenitor cells during #myogenesis.
The text is discussing the results of a research study that used hSkMOs (human skeletal muscle #organoid s) to study the development of skeletal muscle #tissue. The study found that the #hSkMO s grew exponentially in size within two months, and the growth rate then steadily decreased. The researchers then used scanning electron microscopy (SEM) imaging and confocal microscopy to examine the cytoarchitecture of the hSkMOs. They found that the hSkMOs contained a large population of terminally differentiated #myogenic cells and a small population of preserved myogenic stem/progenitor cells. They also found that the hSkMOs contained a substantial proportion of TITIN+ muscle cells and MAP2-positive #neuron s. To further characterize the presence of sustainable stem cells within the mature hSkMOs, they quantified the amount of dormant stem cells by #confocal #microscopy imaging. The results showed that approximately 56%, 31%, and 5% of PAX7+/Ki67- putative dormant stem cells existed throughout the differentiation of hSkMOs at days 30, 70, and 130, respectively. This indicates that the hSkMOs contained mature skeletal muscle properties and had the potential for #regeneration .
The researchers wanted to see if the #hSkMO s (human #skeletal muscle #organoid s) had the ability to regenerate #muscle #tissue after damage. To test this, they treated the hSkMOs with a cardiotoxin (CTX) which is known to induce muscle inflammation and damage. They then observed a decrease in PAX7+ and MYOD+ cells in the hSkMOs. To further test the #regenerative potential of the #hSkMO s, they added interleukin-4 (IL-4) to the medium to promote #muscleregeneration. After 14 days, they observed a significant increase in MYOG+ myocytes in the CTX-injured hSkMOs with the treatment of IL-4 compared to the CTX-injured hSkMOs without the treatment. This suggests that the hSkMOs have the potential to regenerate muscle tissue after damage.
Generation of Skeletal Muscle Organoids from Human Pluripotent Stem Cells to Model Myogenesis and Muscle Regeneration
Authors :
Min-Kyoung Shin , Jin Seok Bang , Jeoung Eun Lee , Hoang-Dai Tran , Genehong Park , Dong Ryul Lee and Junghyun Jo
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Cada año miles de personas necesitan un donante de #médulaósea para recuperar su salud y no cuentan con un donante compatible en su familia por lo que deben recurrir a un donante no emparentado. Por eso existen en el mundo los Registros de Donantes.
Aqui un video de #incucai en #argentina
#stemcell #stemcelltransplant #wmdd #wmda #THANKYOUDONOR #thankyoudonors
Full video https://youtu.be/D0ClzhEhpRY -
Blinding #Moths in #Nepal Reflect a Blinded #Climate Reality : Medium
We Are Living in the #Pyrocene - At Our #Peril : Sci Am
How to #Supercharge #Cancer-fighting #Cells: give them #StemCell skills : Nature
Check our latest #KnowledgeLinks
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For those who are not a stem-cell donor yet, now is the time to become one! It is an easy and logical way to save someone's life !
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For those who are not a stem-cell donor yet, now is the time to become one! It is an easy and logical way to save someone's life !
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For those who are not a stem-cell donor yet, now is the time to become one! It is an easy and logical way to save someone's life !
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Join the typing campaign at our #Munich main campus on February 18-19 to register as a potential #stemcell donor with a quick cheek swab. #StemCellDonation helps people suffering from #BloodCancer: http://go.tum.de/634489
📷TUM
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@sankarshan But all of it was on #cadaverdonation.
There are some #living #organdonor registry in India that struggle to get #donormatches due to lesser enlisting eg bone marrow (#stemcell ) #registry http://www.mdrindia.org
Or #livertransplant registry started in Aug 15, 2019 for healthy donors to register maintained by liver society https://ltsi.org.in -
If you have a spare moment in your day, please check out our November issue of Stem Cells. 😊 Also please submit your #stemcell manuscripts! 🙌🎉
#hematopoiesis #hematology #exosomes #gvhd #iPSCs #MSCs #cells #immunology #science
