Faizzan S. Ahmad, Yongcheng Jin, Alexander D. Grassam-Rowe, Yafei Zhou, Meng Yuan, Xuehui Fan, Rui Zhou, Razik Mu-U-Min, Christopher O'Shea, Ayman M. Ibrahim, Wajiha Hyder, Yasmine Aguib, Magdi Yacoub, Davor Pavlovic
Fatemeh Eskandari, Samira Zolfaghari, Ayna Yazdanpanah, Rima Manafi Shabestari, Motahareh Rajabi Fomeshi, Peiman B. Milan, Jafar Kiani, Mina Soufi Zomorrod, Majid Safa
Anja Hess, Stefan D. Gentile, Amel Ben Saad, Raza-Ur Rahman, Tim Habboub, Alan C. Mullen
So Hee Nam, Yan Lee, Hee-Jin Yang, Sung Bae Park
Robyn M Jong, Krystal Ching, Nicholas E Garelis, Alex Zilinskas, Xammy Nguyenla, Sagar Rawal, Bianca Hill, Bridget Luckie, Lillian Shallow, Jeffery S Cox, Gregory Barton, Sarah Stanley
A recent paper in Nature Neuroscience by University of Notre Dame biologist Cody J. Smith demonstrated how lymphatics — which remove waste from the rest of the body — are also associated with microglia and brain development in zebrafish.
Key takeaways: • Just like the real thing. The stem cell–derived interneurons, which play a role in sensations like touch and pain, are indistinguishable from their real-life counterparts in the body. • Tomorrow’s therapies. In addition to potential treatments for injury-related sensation loss, the discovery could lead to new methods for screening drugs for chronic pain. • Moving forward. While stem cells from mice were used in the research, scientists are now working to replicate the findings with human cells.
Rutgers scientists have found more clear-cut evidence of how the destructive proteins linked to Alzheimer’s disease attack human brain cells and destroy surrounding tissue.
Amatullah Mir, Isaree Pitaktong, Jason Yusheng He, Katherine Nurminsky, Tyler Dunn, Sarah Koljaka, Olivia Dunn, Stephanie Ran, Daniel Rodgers, Anya Wang, Hiroshi Matsushita, Narutoshi Hibino, Wesley Shih
Amanda Menzele, Hamida Aboalgasm, Robea Ballo, Asfree Gwanyanya
Siqin Bao, Baojiang Wu, Zhiqing Yang, Yijie Liu, Jianwen Li, Chen Chen, Xihe Li
Ophelie Renoult, Catherine Gratas, Noemie Joalland, Melanie Laurent--Blond, Hala Awada, Marine Bourgeois, Lisa Oliver, Sophie Chiavassa, Mikael Croyal, Francois Paris, Claire Pecqueur
Hailin Zou, Juan Luo, Yibo Guo, Peng Li
Kolby Jardine, Rebecca Dewhirst, Suman Som, Joseph Lei, Eliana Tucker, Robert Young P, Miguel Portillo-Estrada, Yu Gao, Luping Su, Silvano Fares, Cristina Castanha, Jenny Mortimer
Yihong Li, Ting Cai, Huina Liu, Yun Lei, Shun Zhang, Fuyu Sun, Jie Liu, Shao-Yu Chen, Huadong Fan
Here, Seong et al. identify an optimal set of epiblast inducers that captures mouse trophectoderm stem cells (TESCs) as a stable and highly self-renewing state reflecting the blastocyst stage. TESCs have enhanced capacity to form blastoids that indu
Em um dos primeiros estudos inéditos, a Mayo Clinic analisou um grupo grande de pacientes para entender as motivações para buscar terapias com células-tronco, e se tais expectativas são fundamentadas na ciência.
妙佑医疗国际(Mayo Clinic) 在一项开创性调查研究中对一大批患者进行了分析，以了解他们寻求干细胞疗法的动机，以及他们的期望是否具有科学依据。调查发现有助于医务人员破除误导性观念，并更好地为患者提供咨询服务。
En uno de los primeros estudios de este tipo, Mayo Clinic analizó a un grupo grande de pacientes para entender qué les motiva a solicitar terapias con células madre y saber si sus expectativas tienen base científica.
Philipp Gmach, Marc Bathe-Peters, Narasimha Telugu, Martin J Lohse, Paolo Annibale
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