James Selib Michaelson

The paper introduces a new method for estimating fetal weight using ultrasound measurements based on binary cellular analysis, showing improved performance over existing equations.

The paper introduces Binary Cellular Analysis to quantify growth and development by modeling cell division and proliferation, providing equations for fetal growth and body part formation.

The paper links growth and aging through a mathematical model showing both processes are tied to the reduction in the fraction of cells dividing, providing insights into aging mechanisms and potential applications in improving vaccine effectiveness in the elderly.

The paper introduces two new growth processes, UNI-GROWTH and ALLO-GROWTH, and their mathematical equations to model cellular development across species.