Biallelic genome engineering to create isogenic induced pluripotent stem cells modeling Huntington’s disease

Genes & Genetic Systems · Published 2025-01-01 · DOI 10.1266/ggs.25-00016

Authors being retrieved — see the publisher record. https://doi.org/10.1266/ggs.25-00016

Abstract

PubPorta does not have an abstract for this article yet.

Read the article at the publisher →

Publication details

Year

2025

Related articles

• The role of transposable elements in human evolution and methods for their functional analysis: current status and future perspectives · Genes & Genetic Systems · 2023 · Same journal
• GGS Prize 2023 · Genes & Genetic Systems · 2023 · Same journal
• Next-generation sequencing analysis with a population-specific human reference genome · Genes & Genetic Systems · 2024 · Same journal
• METTL21C mediates autophagy and formation of slow-twitch muscle fibers in mice after exercise · Genes & Genetic Systems · 2024 · Same journal
• SARS-CoV-2 HaploGraph: visualization of SARS-CoV-2 haplotype spread in Japan · Genes & Genetic Systems · 2023 · Same journal
• A novel tracking and analysis system for time-lapse cellular imaging of Schizosaccharomyces pombe · Genes & Genetic Systems · 2024 · Same journal
• DnaA regulates stationary phase-specific expression of an AAA family gene in Caulobacter crescentus · Genes & Genetic Systems · 2025 · Same journal
• Impact of late Quaternary climate change on the demographic history of Japanese field voles and hares revealed by mitochondrial cytochrome b sequences · Genes & Genetic Systems · 2024 · Same journal
• Labor- and cost-effective long-read amplicon sequencing using a plasmid analysis service: application to transposon-containing alleles in Japanese morning glory · Genes & Genetic Systems · 2024 · Same journal
• Development of polymorphic microsatellite markers for Fagus pashanica (Fagaceae) using next-generation sequencing · Genes & Genetic Systems · 2023 · Same journal