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Research Highlights AAV-Mediated Gpm6b Expression Supports Hair Cell Reprogramming [Cell Proliferation]In Organoid Models, AAV-Mediated Gpm6b Expression Supports Hair Cell Reprogramming. Ear Organoids Feb 24, 2024 Varying Mechanical Forces Drive Sensory Epithelium Formation [Science Advances] Organoid models reveals the impact of mechanical stress on the formation of inner ear sensory epithelium and its signaling regulatory molecular mechanisms, providing new insights fo.

Pioneering Organoid Research at the"Organoids Are Us"Conference in Thailand: A Collaborative Endeavor to Drive Scientific Innovation Pioneering Organoid Research at the"Organoids Are Us"Conference in Thailand: A Collaborative Endeavor to Drive Scientific Innovation The "Organoids Are Us" symposium, held in the picturesque setting of Pattaya, Thailand, has successfully concluded, marking a significant milestone in the field of organoid research. The International Society of Organoid Research (ISoOR) was honored to be invited and to present at the conference.

Research Highlights KCNJ16-Depleted Kidney Organoids Recapitulate Tubulopathy and Lipid Recovery upon Statins Treatment Statin Treatment Reverses Lipid Accumulation in KCNJ16-Deficient Kidney Organoids T2+ T-regulatory Cells in Renal Inflammation and Fibrosis following Ischemic Kidney Injury Kidney Organoids Illuminate the Protective Role of ST2+ Tregs in Renal Inflammation and Fibrosis A perfusable, vascularized kidney organoid-on-chip model [Biofabrication] Microfluidic Kidney Organoid with Vascular Integration for Perfusion Studies. A Genetically Inducible Endothelial Niche Enables Vascularization of Human Kidney Organoids with Multilineage Maturation and Emergence of Renin Expressing Cells [Lab on a Chip] Brain Organoid sEVs Modulate Breast Cancer Invasion in Microphysiological Assays. Kidney Organoid Modeling of WT1 Mutations Reveals Key Regulatory Paths Underlying Podocyte Development [Advanced Science] WT1 Mutations in Kidney Organoids: Unveiling Regulatory Pathways.

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Efficient and Reproducible Generation of Human iPSC-Derived Cardiomyocytes and Cardiac Organoids in Stirred Suspension Systems [Nature Communications] Suspension Culture for High-Yield iPSC Cardiac Cells and Organoids.

Research Highlights Malignant Pleural Effusion Facilitates the Establishment and Maintenance of Tumor Organoid Biobank with Multiple Patient-Derived Lung Tumor Cell Sources Malignant Pleural Effusion Boosts Lung Cancer Organoid Establishment Modeling Lung Adenocarcinoma Metastases Using Patient-Derived Lung Organoids The Role of Organoid Models in Evaluating GOQD-PEI/S2.2/pLVSIN-iC9 Gene Therapy

Journal of Organoid & Bioscience ISSN:3029-2271 The Journal of Organoid & Bioscience, the official stem cell research journal of the International Society of Organoid Research, is a distinguished open access, peer-reviewed international journal. The organoid journal specializes in publishing groundbreaking research in the field of organoids, encompassing basic, translational, and related studies. With its commitment to high-quality research, the Organoid Journal plays a crucial role in advancing the organoid field, serving as a vital resource for researchers, clinicians, and academics worldwide. If you want to know more about organoid journal impact factor, please visit our website.