Lithotripsy: The Treatment of Kidney Stones with Shock Waves. - Laurens E. Howle; David G. Schaeffer; Michael Shearer; Pei Zhong (SIAM Rev., 1998)

A computationally advantageous system for fitting probabilistic decompression models to empirical data. - Laurens E. Howle; Paul W. Weber; Richard D. Vann (Comput. Biol. Medicine, 2009)

Analytic gain in probabilistic decompression sickness models. - Laurens E. Howle (Comput. Biol. Medicine, 2013)

Bayesian approach to decompression sickness model parameter estimation. - Laurens E. Howle; Paul W. Weber; Jonathan M. Nichols (Comput. Biol. Medicine, 2017)

Bimodal decompression sickness onset times are not related to dive type or event severity. - Amy E. King; F. Gregory Murphy; Laurens E. Howle (Comput. Biol. Medicine, 2017)

Probabilistic pharmacokinetic models of decompression sickness in humans, part 1: Coupled perfusion-limited compartments. - F. Gregory Murphy; Ethan A. Hada; David J. Doolette; Laurens E. Howle (Comput. Biol. Medicine, 2017)

Probabilistic pharmacokinetic models of decompression sickness in humans: Part 2, coupled perfusion-diffusion models. - F. Gregory Murphy; Ethan A. Hada; David J. Doolette; Laurens E. Howle (Comput. Biol. Medicine, 2018)

Iso-risk air no decompression limits after scoring marginal decompression sickness cases as non-events. - F. Gregory Murphy; Ashleigh Swingler; Wayne A. Gerth; Laurens E. Howle (Comput. Biol. Medicine, 2018)

Trinomial decompression sickness model using full, marginal, and non-event outcomes. - Amy E. King; Nicholas R. Andriano; Laurens E. Howle (Comput. Biol. Medicine, 2020)