Abstract

Organ formation requires coordinating signals to time proliferation, specify cell fates, and shape tissue. Tracing these events and the signals that drive them remains a challenge, as intermediate states across many critical transitions are unresolvable over real time and space. Here, we designed a unique computational approach to decompose a non-linear differentiation process into biological meaningful components to resolve the signals and cell behaviors that drive a rapid transition during hair follicle dermal condensate genesis.

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