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4 results on '"Amy Snook"'

1. P194: SeqFirst mitigates race-based disparities in access to a precise genetic diagnosis in hospitalized neonates

Author

Tara Wenger, Alexandra Keefe, Lukas Kruidenier, Megan Sikes, Abbey Scott, Joon-Ho Yu, Kate MacDuffie, Kailyn Anderson, Olivia Sommers, Heidi Gildersleeve, Kati Buckingham, Jessica Chong, Katrina Dipple, David Veenstra, Dan Doherty, Daniel Miller, Deborah Copenheaver, Jane Juusola, Amy Snook, Chayna Davis, Kirsty McWalter, Paul Kruszka, and Michael Bamshad

Subjects
Genetics, QH426-470, Medicine
Published
2024
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2. P208: SeqFirst: Impact of a precise genetic diagnosis on end-of-life decision making in the NICU

Author

Alexandra Keefe, Tara Wenger, Joon-Ho Yu, Megan Sikes, Luke Kruidenier, Abbey Scott, Kate McDuffie, Olivia Sommers, Heidi Gildersleeve, Chayna Davis, Paul Kruszka, Kati Buckingham, Jessica Chong, David Veenstra, Kyle Retterer, Kirsty McWalter, Amy Snook, Jane Juusola, Deborah Copenheaver, Danny Miller, Katrina Dipple, Kyle Brothers, and Michael Bamshad

Subjects
Genetics, QH426-470, Medicine
Published
2023
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3. P414: SeqFirst: Parental perspectives on receiving results from neonatal rapid whole genome sequencing

Author

Tara Wenger, Alexandra Keefe, Megan Sikes, Luke Kruidenier, Joon-Ho Yu, Kate McDuffie, Olivia Sommers, Heidi Gildersleeve, Abbey Scott, Chayna Davis, Paul Kruszka, Kati Buckingham, Jessica Chong, Kyle Retterer, Kirsty McWalter, Amy Snook, Jane Juusola, Deborah Copenheaver, David Veenstra, Danny Miller, Katrina Dipple, and Michael Bamshad

Subjects
Genetics, QH426-470, Medicine
Published
2023
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4. Advanced Dual-Axis Backtracking Improves Output While Reducing Project Costs—Technology That Produces the Best Project Internal Rate of Return in the Solar Industry

Author

Kenneth Oosting, Amy Snook, James E. Green, Dustin Keele, and Reid Rutherford

Subjects
Engineering, Renewable Energy, Sustainability and the Environment, Backtracking, business.industry, Photovoltaic system, Energy Engineering and Power Technology, Internal rate of return, Tracking (particle physics), Solar energy, Automotive engineering, Solar industry, Power output, business, Dual axis, Simulation
Abstract

This paper reviews the results of 3 years of research and development in optimizing solar project internal rate of return (IRR) through various solar mounting strategies, including fixed-mount, single-axis, and dual-axis tracking. Various tracking algorithms are explored. The results of the research show that shadowing from adjacent photovoltaic (PV) arrays, as well as horizon clouds, significantly impact power output in traditional mounting architectures, but that innovative tracking algorithms and array shape can reduce the negative impact of shadowing. These innovations produce greater power output while reducing project costs and substantially increasing project IRR.

Published
2013
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