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10 Results
Embryo
Emerging Human Embryo Research Technologies, the 14-day Rule, and the Special Status of the Embryo
The authors examine a proposal for new human embryo and embryoid guidelines, writing that before conducting any research beyond day 14, scientists must develop clear, thoughtful and culturally sensitive guidelines that include limitations and oversight procedures to ensure that science responds to societal needs and values.
Kirstin R.W. Matthews, Ana S. Iltis, Sam Lowe December 21, 2021
A needle poking a human cell.
Rethinking Human Embryo Research Policies
It now seems technically feasible to culture human embryos beyond the “fourteen‐day limit,” which has the potential to increase scientific understanding of human development and perhaps improve infertility treatments. Robust stakeholder engagement preceded adoption of the fourteen‐day limit and should arguably be part of efforts to reassess it, write the authors.
Kirstin R.W. Matthews, Ana S. Iltis, Daniel S. Wagner, Nuria Gallego Marquez, Jason Scott Robert, Inmaculada de Melo-Martín, Marieke Bigg, Sarah Franklin, Soren Holm, Ingrid Metzler, Matteo A. Molè, Jochen Taupitz, Giuseppe Testa, Jeremy Sugarman February 26, 2021
Stem Cell
Unproven Stem Cell-based Interventions: Advancing Policy Through Stakeholder Collaboration
A growing number of stem cell clinics treat a variety of illnesses and injuries, yet few have conducted the necessary clinical research to ensure safety and efficacy. The authors highlight the importance of collaboration between scientists, regulators, patients and patient advocates in developing effective policies and practices for unproven stem cell-based intervention clinics.
Kirstin R.W. Matthews, Ana S. Iltis June 1, 2017
A globe lies next to the diaphragm of a stethoscope.
The Newest “Omics”—Metagenomics and Metabolomics—Enter the Battle Against the Neglected Tropical Diseases
The international Human Microbiome Project trumpeted the coming of age of the field of metagenomics, the study of entire communities of microbes and their contributions to health and disease. In parallel, the field of metabolomics emerged as the systematic, nonbiased analysis of all low-molecular-weight small molecules, or metabolites, produced by a system in response to an environmental stimulus. These fields have enabled discoveries pertinent to a number of human conditions — namely, acute gastroenteritis, antibiotic-associated diarrhea, inflammatory bowel disease, irritable bowel syndrome, liver disease, undernutrition and obesity — and have begun to shed new light on multiple aspects of the neglected tropical diseases.
Geoffrey Preidis, Peter J. Hotez February 12, 2015