Ian Groves

This study identifies a BMP signaling wave that drives anteroposterior specification of the tuberal hypothalamus in chicken embryos.

The paper trains a deep convolutional neural network to accurately classify chick embryos from images, achieving high accuracy on both brain and wing tissues.

This study uses single-cell RNA-Seq to analyze early chick hypothalamic development, revealing that hypothalamic cells originate from prethalamic-like progenitors and identifying novel molecular regulators.

This study exposes chick embryos to carbon monoxide at different concentrations and finds reduced heart weight and increased ventricular wall thickness, suggesting CO affects cardiac development even at low levels.