Research Articles
Cellular Alchemy: The Revolutionary Science of Transdifferentiation
Explore the revolutionary science of transdifferentiation - how cells can be directly converted from one type to another without stem cell intermediates, offering new hope for regenerative medicine.
Sacred Cells: Navigating the Religious and Ethical Landscape of Embryo Research
An exploration of religiously based opposition to clinical and scientific interference with the human embryo, examining ethical frameworks and global policies.
Revolutionizing Alzheimer's Research: The Promise of Human Stem Cells
Explore how human induced pluripotent stem cells are transforming Alzheimer's disease research through advanced 3D brain organoid models and personalized medicine approaches.
The Blood Revolution: How In Vivo Editing of Stem Cells is Changing Medicine
Explore the groundbreaking advances in in vivo editing of hematopoietic stem cells and how this technology is revolutionizing treatment for genetic blood disorders.
Getting to the Root of It All: Regenerating Hearing and Balance with Gene and Stem Cell Therapies
Explore groundbreaking advances in gene and stem cell therapies for treating hearing and balance disorders, including clinical trials and future directions.
Rewriting Our Blueprint: How Genome Editing in Stem Cells is Revolutionizing Medicine
Explore how CRISPR and stem cell technologies are transforming medicine by enabling precise genetic corrections for diseases like sickle cell anemia and cancer.
The Cell's Traffic Control System: How Tiny RNAs Guide the Fate of Stem Cells
Explore how microRNAs and Ago2 protein work together as cellular traffic controllers to guide stem cell fate through genome-wide binding mapping.
The Golden Standard: How a Special Stem Cell Line Is Revolutionizing Collaborative Science
Discover how the KOLF2.1J reference iPSC line is solving the reproducibility crisis in stem cell research and enabling large-scale collaborative studies.
Guardians of the Blueprint: How Mouse Stem Cells Protect Their Precious DNA
Explore how mouse embryonic stem cells employ unique strategies to preserve their genomic integrity against constant DNA damage threats.
Gene Editing Precision: Knocking Out Disease with CRISPR Scissors in Stem Cells
Exploring how CRISPR/Cas9 and synthetic DNA are used to create NPHP1 knockout stem cells for studying kidney diseases.