Chad C. Schooley's research primarily investigates the safety of oil and gas pipelines, particularly in critical areas like the Gulf of Mexico. He develops comprehensive data resources that help evaluate risks associated with these pipelines, which are essential for preventing environmental disasters such as oil spills. Additionally, he has explored improvements in medical procedures, specifically regarding the monitoring of blood thinners during surgeries to ensure patient safety. Schooley also promotes science education through effective teaching tools that enhance students' understanding of microscopic exploration and other scientific concepts.
Key findings
Created a dataset with over 490 pieces of information on more than 89,000 pipelines, enhancing safety evaluations in the Gulf of Mexico.
Developed a resource with 47 data sources to facilitate safe planning for carbon dioxide transport, aiding efforts to reduce greenhouse gas emissions effectively.
Demonstrated that standard blood tests can effectively monitor high-dose intravenous dalteparin, improving dosage accuracy and patient safety during procedures requiring blood thinners.
Frequently asked questions
Does Dr. Schooley study pipeline safety?
Yes, he focuses on safety evaluations of oil and gas pipelines, particularly in the Gulf of Mexico, to prevent environmental risks.
What treatments has Dr. Schooley researched?
He has researched monitoring techniques for blood thinners like dalteparin to ensure accurate dosing during medical procedures.
Is Dr. Schooley's work relevant to environmental concerns?
Absolutely, his research aims to improve safety and sustainability in pipeline transport, which is crucial for environmental protection.
Does he provide resources for science education?
Yes, Dr. Schooley has developed educational materials designed to enhance science teaching, particularly in microscopy.
What impact do his findings have on medical practices?
His studies help improve patient safety by ensuring accurate monitoring of medications used during critical medical procedures.
Publications in plain English
A curated data resource to support safe carbon dioxide transport-route planning.
2024
Data in brief
Schooley C, Romeo L, Pfander I, Sharma M, Justman D +2 more
Plain English This study created a resource to help plan safe routes for transporting carbon dioxide in the U.S. The new database includes 47 different data sources that map important features, risks, and regulations across the continental U.S., focusing on potential environmental and social impacts of pipeline routes. This matters because it supports the goal of reducing greenhouse gas emissions safely and effectively by providing valuable information for decision-makers.
Who this helps: This benefits policymakers, environmental planners, and communities affected by carbon dioxide transport.
Extensive pipeline location data resource: Integrating reported incidents, past environmental loadings, and potential geohazards for integrity evaluations in the U.S. Gulf of Mexico.
2024
Data in brief
Pfander I, Romeo L, Duran R, Dyer A, Schooley C +4 more
Plain English This research focused on the numerous oil and gas pipelines in the Gulf of Mexico, many of which are old and can be damaged by factors like weather and corrosion. The study created extensive datasets with over 490 pieces of information about more than 89,000 pipelines, aiming to help evaluate their safety and environmental risks. This is important because it can help prevent oil spills and other accidents that harm the environment and community.
Who this helps: This benefits environmental regulators, oil and gas companies, and communities near the pipelines.
High-dose intravenous dalteparin can be monitored effectively using standard coagulation times.
2005
Clinical and applied thrombosis/hemostasis : official journal of the International Academy of Clinical and Applied Thrombosis/Hemostasis
Wilson JM, Gilbert J, Harlan M, Bracey A, Allison P +2 more
Plain English This study looked at how well standard blood tests can track the effects of high-dose intravenous dalteparin, a blood thinner, in healthy volunteers. Researchers found that after administering dalteparin, blood tests showed increased results that correlated well with drug levels in the body, meaning these tests can effectively estimate how much of the drug is in a patient's system. This is important because it can help doctors determine the right dosage for patients receiving treatments that require blood thinning, improving safety and effectiveness.
Who this helps: Patients undergoing procedures like heart surgery or angioplasty that require careful blood thinning.
A successful educational collaboration between scientists and educators: microscopic explorations.
2003
Cell biology education
Bergman L, Schooley C
Plain English This study explored a successful partnership between scientists and educators to create a teaching guide called "Microscopic Explorations." The guide helps teach students about microscopy and is part of a broader effort to provide affordable science education to a wide audience. The collaboration has been beneficial, reaching a large educational community and offering valuable insights for future partnerships in science and education.
Who this helps: This helps teachers and students by providing effective resources for science education.
Modified embedding procedure for microtomy of large particle zeolites.
1990
Journal of electron microscopy technique
Ulan JG, Schooley C, Gronsky R
Plain English This study focused on improving a method for cutting large particles of zeolites, a type of mineral, into thin slices. Researchers found that they could cut particles much larger than before, increasing the size limit from 3 microns to over 20 microns. This advancement allows for better analysis of different types of materials, which is important for scientific research and development.
Who this helps: This helps materials scientists and researchers studying zeolites and similar materials.
Membrane fusion in a model system. Mucocyst secretion in Tetrahymena.
1973
The Journal of cell biology
Satir B, Schooley C, Satir P
Plain English This study looked at how mucocysts, which are sacs containing material in the single-celled organism Tetrahymena, fuse with their outer membranes to release their contents. Researchers found that when mucocysts discharge, their shape changes from being elongated to spherical, and the process involves the membranes changing and expanding from 60 to 200 nanometers before they fuse together. Understanding this fusion process is important because it helps us learn how cells communicate and release substances, which could have implications for studying similar processes in human cells.
Who this helps: This benefits researchers and doctors interested in cell biology and treatments for diseases related to cell communication.