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Purpose Of The Report: Adults with Down Syndrome (DS) have a substantially increased risk for Alzheimer's disease (AD) due to the triplicated amyloid-precursor-protein gene on chromosome 21, resulting in amyloid and tau accumulation. However, tau PET assessments are not sufficiently implemented in DS-AD research or clinical work-up, and second-generation tau tracers such as [F]PI-2620 have not been thoroughly characterized in adults with DS. We aim at illustrating feasibility and potential diagnostic value of tau PET imaging with [F]PI-2620 for the diagnosis of DS-AD.

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Background: Chromosomal mosaicism, a phenomenon observed in a minority of embryos, showcases its prevalence and inherent unpredictability, leading to variations in embryo mosaic rates across different centers. This research endeavors to assess the prevalence of mosaicism and its characteristics within the scope of our preimplantation genetic testing-A (PGT-A) services in Indonesia. Specifically focusing on our center's experience since 2020, this study aims to elucidate mosaic rates among embryos in our care.

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Male Down syndrome Ts65Dn mice have impaired bone regeneration.

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March 2025

Department of Veterinary Physiology and Pharmacology, College of Veterinary Medicine and Biomedical Sciences, Texas A&M University, College Station, TX 77843, United States of America. Electronic address:

Trisomy of human chromosome 21 (Ts21) individuals present with a spectrum of low bone mineral density (BMD) that predisposes this vulnerable group to skeletal injuries. To determine the bone regenerative capacity of Down syndrome (DS) mice, male and female Dp16 and Ts65Dn DS mice underwent amputation of the digit tip (the terminal phalanx (P3)). This is a well-established mammalian model of bone regeneration that restores the amputated skeletal segment and all associated soft tissues.

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Down syndrome (DS), caused by trisomy 21 (T21), results in immune and metabolic dysregulation. People with DS experience co-occurring conditions at higher rates than the euploid population. However, the interplay between immune and metabolic alterations and the clinical manifestations of DS are poorly understood.

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Article Synopsis
  • People with Down syndrome face a higher risk of early onset Alzheimer's, prompting a study to pinpoint issues in their healthcare from the perspectives of providers, patients, and facility staff.
  • The study involved 14 interviews revealing that medical providers often lack knowledge and experience in treating individuals with Down syndrome, making dementia diagnosis particularly challenging.
  • Proposed solutions include better training, caregiver involvement, medication reviews, and alternative treatment methods, which will be used to inform future health policy aimed at improving care for this population.
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