Marko E. Horb

This study shows that cell division during Xenopus gastrulation affects A-P patterning and neural plate elongation but not neurulation or dorsal mesoderm formation.

This study identifies synapse-specific autophagy alterations in Danon disease using a Xenopus tropicalis model, linking them to visual and cognitive impairments.

The paper analyzes citation practices for biological resources over 10 years, showing improved findability and adherence to NIH rigor criteria after adopting RRID citations.

This paper identifies AAV serotypes effective for transducing amphibian CNS cells and develops tools for neural circuit tracing and manipulation in multiple amphibian species.

This study identifies conserved molecular mechanisms and stem cells in Xenopus tropicalis lung growth and repair, showing similarities with mammalian systems.

The paper shows Adam13 regulates histone modifications, gene expression, and splicing in cranial neural crest cells by interacting with Arid3a and other proteins.

This study shows that homozygous sf3b4 deletion in Xenopus tropicalis causes splicing defects and gene dysregulation, disrupting cranial neural crest development and leading to Nager syndrome-like features.

The paper identifies age-associated DNA methylation changes in Xenopus tropicalis using whole genome bisulfite sequencing and develops a cost-effective epigenetic clock assay.

This study identifies a maternal-effect mutation in Xenopus wnt11b and shows it affects cortical rotation and axis formation without involving Wnt coreceptors or Dishevelled.

This paper generates a six1-null line in Xenopus tropicalis using CRISPR/Cas9 to study development and congenital disease.