A tour-de-force demonstrating the abilities of Lucas‘s quantitation tool (previously available as a preprint) on pancreatic islet cell quantitation is now published in Scientific Reports! The source code of SAM (semi-automated measurement tool) along with all documentation has been deposited…
by Lucas Unger Yang et al. demonstrate that HHEX is a lineage-restricting transcription factor essential for pancreas specification from foregut progenitors. Through CRISPR-Cas9 loss-of-function screening combined with hiPSC differentiation and single-cell multiomics, the study reveals that deletion of HHEX diverts…
by Lucas Unger This study explores the development of a potential universal antivenom by combining monoclonal antibodies with a small-molecule inhibitor. By isolating antibodies from a hyperimmune human donor with extensive venom exposure (Tim Friede, who injected himself over 800…
After many months of persuasion, Lucas published his semi-automated quantification tool that he developed over 3 years of quantification of thousands of sc-islets and pancreatic sections. His tool is now available both in GitHUB and as a manuscript (currently as…
by Lucas Unger The differentiation of human pluripotent stem cells into insulin-producing beta cells holds great potential for both transplantation-based treatment of insulin-dependent diabetes and diabetes research. In this study, a comprehensive analysis of publicly available single-cell RNA sequencing data…
During pancreas development the HH-signaling modulations plays an essential role, its inactivation being absolutely required for pancreas organogenesis, even slight ectopic activation compromising this process. Moreover, the pathway also plays a role in adult pancreas regeneration, its inactivation promoting regenerative…
Induced pluripotent stem cells as a source for generating pancreatic islet endocrine cells represent a great research tool for deciphering the molecular mechanisms of lineage commitment, a layered multi-step process. Additionally, targeted gene silencing by using GapmeRs, short antisense oligonucleotides,…