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    Background We previously demonstrated that CD34 + cell transplantation in animals healed intractable fractures via osteogenesis and vasculogenesis; we also demonstrated the safety and efficacy of this cell therapy in an earlier phase I/II clinical trial conducted on seven patients with fracture nonunion. Herein, we present the results of a phase III clinical trial conducted to confirm the results of the previous phase studies using a larger cohort of patients. Methods CD34 + cells were mobilized via administration of granulocyte colony-stimulating factor, harvested using leukapheresis, and isolated using magnetic cell sorting. Autologous CD34 + cells were transplanted in 15 patients with tibia nonunion and 10 patients with femur nonunion, who were followed up for 52 weeks post transplantation. The main outcome was a reduction in time to heal the tibia in nonunion patients compared with that in historical control patients. We calculated the required number of patients as 15 based on the

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    • A Phase III #clinicaltrial of autologous #CD34+ #cell #transplantation accelerates time to radiological #fracture nonunion repair by 2.8 times. https://t.co/HOZhbSWtyZ Kuroda, Niikura et al. from @KobeU_Global report of interest to @MSKmedBMC #orthotwitter #stemcell https://t.co/9EdmYzRowI

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    The COVID-19 pandemic magnified the importance of digital advances as companies raced to meet the demand for new testing, vaccines, and treatments to combat the pandemic. However, with increased competition, a shifting regulatory landscape, and growing demands from patients and health care providers, life sciences companies face significant challenges and must find ways to differentiate…

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    • #Vaccines and next-generation treatments like #cell #gene therapy are creating new revenue streams for #lifesciences companies. Our 2023 Global Life Sciences Outlook discusses more. https://t.co/4ozfh4E0CG https://t.co/j0PepxCNT7

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    Background The advent of culture-independent, next-generation DNA sequencing has led to the discovery of distinct lung bacterial communities. Studies of lung microbiome taxonomy often reveal only subtle differences between health and disease, but host recognition and response may distinguish the members of similar bacterial communities in different populations. Magnetic-activated cell sorting has…

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    • Magnetic-activated #cell sorting identifies a unique #lung #microbiome #community https://t.co/Zk3I1KpK0G https://t.co/xD5Sm0KBok

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    Quick Links Sign Up for Updates Solutions Register for the May 22nd Event Register Today for our upcoming hybrid meeting on May 22nd, The Next Generation of Cellular Therapies: A Blueprint to Accelerate Development. Cell and gene therapies are emerging therapies that represent a new treatment paradigm for many diseases including cancer. Friends of Cancer Research (Friends) supports…

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    • #Cell & #gene therapies are emerging therapies that represent a new treatment paradigm for many diseases including cancer. Read @CancerResrch’s latest #CGTFriends project updates and join us on May 22. https://t.co/L6HUSLqcua