Organoids: Types, Studies, Uses, and Ethical Issues: Publications and Documents
Summary
The Organoids: Types, Studies and Ethical Use database at Disabled World (DW) comprises an extensive collection of publications centered around the emerging field of organoid research. This database includes research articles, review papers, ethical discussions, and case studies that explore the development, application, and ethical considerations of organoids. It covers various types of organoids, such as brain, liver, and intestinal organoids, their use in disease modeling, drug screening, personalized medicine, and regenerative therapies. Additionally, the database addresses significant ethical issues like informed consent, the moral status of organoids, and the implications of organoid transplantation, providing a comprehensive resource for scientists, ethicists, and policymakers.Searching the Database
The data table below lists items that may have been updated or revised, but the table defaults to sorting by descending publication date; you can search and sort by clicking column headers (JavaScript required). Items in this category are also distributed via our Organoids: Types, Studies, Uses, and Ethical Issues RSS feed.
| Title and Description | Ed | Publish Revised |
|---|---|---|
| Cancer Drug ADH-503 Shows Promise for Rett Syndrome Cases UC San Diego researchers found experimental cancer medication ADH-503 restores microglial function in Rett syndrome brain organoids, potentially easing cognition. | ✓ ✓ | |
| Integrating Stem Cells, Organoids, and Neurons in Hybrid Brain Studies Hybrid brains will allow researchers to better understand how brain cells get sick or die and better understand the rules of repairing and replacing parts of the brain. | ✓ ✓ | |
| Fetal Intestine Organoid Development Model Shows Promise Peer-reviewed study shows transplanted human intestinal organoids model fetal intestine development, aiding research into congenital and digestive conditions. | ✓ ✓ | |
| Epicardioid Heart Organoid Models Human Heart Development Groundbreaking heart organoid research reveals early human heart formation, aiding disease study and drug testing with lab-grown mini-heart models. | ✓ ✓ | |
| Biocomputer AI Using Human Brain Organoids for Next-Gen Computing Biocomputing with human brain organoids promises faster, more energy-efficient AI and novel disability research tools with real scientific backing and potential. | ✓ ✓ | |
| Human Brain Organoids Implanted in Mice Respond to Visual Stimuli Peer-reviewed research shows implanted human brain organoids in mice form functional connections and respond to visual input with real-time neural activity. | ✓ ✓ | |
| Human Body Plan Emergence from iPSCs and Somites Study Peer-reviewed research shows how human induced pluripotent stem cells form somites in vitro, illuminating early body plan formation and congenital spine disease. | ✓ ✓ | |
| Stem-Cell Derived Adrenal Gland Organoids Advance Therapy Stem cells guided to form functional adrenal organoids show hormone production and feedback responses, advancing research on regenerative treatments for adrenal disorders. | ✓ ✓ | |
| COVID-19 Brain Organoids Show SARS-CoV-2 Damage & Rescue New research reveals SARS-CoV-2 infects brain cell organoids, disrupts synapses, and shows sofosbuvir can inhibit viral replication and repair neural damage. | ✓ ✓ | |
| Human Brain Cells in a Dish Learn to Play Pong Brain cells in a dish learn to play Pong, offering insights into neurological conditions like epilepsy and dementia. | ✓ ✓ | |
| Ethics of Research on Organoids and Conscious Artificial Brains Exploring ethical guidelines for brain organoid research, this study preemptively considers potential consciousness, impacting future medical treatments. | ✓ ✓ | |
| Brain Organoids Reveal Autism-Linked Neural Differences Lab-grown brain organoids uncover neural abnormalities tied to autism and offer a powerful model for studying developmental brain disorders in human cells. | ✓ ✓ | |
| Mini Brain Organoids with Tiny EEG Caps Advance Research Innovative micro-EEG caps measure neural activity in brain organoids, improving models for neurological disorders, chemical testing, and stem cell research. | ✓ ✓ | |
| Reversing Effects of Autism Linked Mutation in Brain Organoids Explores how brain organoids help scientists study autism and uncover new insights into brain development, potential treatments, and early diagnosis. | ✓ ✓ |
Key: the first check mark indicates the publication carries an editor's note; the second indicates a footnote.
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