SCOTT THOMAS DULL, M.D.

TULSA, OK

Research Active
Neurological Surgery NPI registered 21+ years 9 publications 1989 – 2026 NPI: 1568465961
PrognosisBreast NeoplasmsHealth Knowledge, Attitudes, PracticeMastectomyDecision MakingPatient ParticipationPhysician-Patient RelationsConflict of InterestSocioeconomic FactorsVulnerable PopulationsInternetPatient Education as TopicDecision Support TechniquesCongresses as TopicDisclosure

Practice Location

6465 S YALE AVE STE 202
TULSA, OK 74136-7804

Phone: (918) 502-4900

What does SCOTT DULL research?

Dr. Dull studies how patients, particularly those from low-income backgrounds, make decisions about their breast cancer treatment. He developed a web-based decision aid aimed at helping these patients understand their surgical options better and feel more informed. Additionally, his research explores the unnecessary use of medications in patients with chronic obstructive pulmonary disease (COPD) during hospital stays. Beyond cancer care, he investigates innovative materials for fuel cells, targeting improvements in efficiency and performance in clean energy technologies.

Key findings

  • 22% more patients using the web tool felt informed about their breast surgery options compared to standard care.
  • Only 44% of socioeconomically disadvantaged patients engaged with the web tool for breast surgery decisions, and it did not significantly impact their engagement levels.
  • 72.7% of hospitalized COPD patients received unnecessary extra medications, costing an additional $50 per patient without improving health outcomes.
  • Using a novel nanoporous carbon material improved fuel cell performance with a specific activity of over 0.4 mA/cm² and achieved a maximum power density of 1230 mW/cm².
  • 40% of guideline authors for brain surgery received financial support from medical companies, raising concerns about conflicts of interest.

Frequently asked questions

Does Dr. Dull study breast cancer?
Yes, Dr. Dull focuses on improving decision-making for breast cancer surgeries, especially for socioeconomically disadvantaged patients.
What treatments has Dr. Dull researched?
He has researched web-based decision aids for breast cancer patients, medication management in COPD, and improvements in fuel cell technology.
Is Dr. Dull's work relevant to COPD patients?
Yes, his research highlights unnecessary medication use during hospital treatment for COPD patients, aiming to improve care and reduce costs.
What impact does Dr. Dull's work have on low-income patients?
His studies aim to enhance the quality of care and decision-making support available to low-income patients, particularly in cancer treatments and chronic disease management.
What innovations in fuel cells has Dr. Dull researched?
Dr. Dull has studied new materials for fuel cells that enhance their efficiency and performance, which could lead to more effective clean energy solutions.

Publications in plain English

Impact of a web-based breast cancer surgery decision aid on knowledge and perceptions of feeling informed in clinics that care for socioeconomically disadvantaged patients: An Alliance Clinical Trial (A231701CD).

2026

Cancer

Schumacher JR, Hanlon BM, Zahrieh D, Rathouz PJ, Tucholka JL +16 more

Plain English
This study looked at whether a web-based tool designed to help breast cancer patients make surgery decisions improved their understanding of their options compared to standard care in clinics for low-income patients. While the tool did not increase the actual knowledge about surgery options, it did make patients feel more informed, with 22% more patients in the web tool group reporting they felt informed (a score of 1.36). This is important because feeling informed can help patients make better choices about their care, especially for those who may face additional challenges due to socioeconomic factors. Who this helps: This helps breast cancer patients, especially those from disadvantaged backgrounds.

PubMed

Impact of a Web-Based Decision Aid on Socioeconomically Disadvantaged Patients' Engagement in Breast Surgery Decision-Making: Stepped-Wedge Clinical Trial (Alliance-A231701CD).

2025

Annals of surgical oncology

Schumacher JR, Hanlon BM, Zahrieh D, Rathouz PJ, Tucholka JL +16 more

Plain English
The study examined whether a web-based tool could help patients from lower socioeconomic backgrounds become more involved in decision-making about breast cancer surgery. Out of 576 patients, only 44% used the tool, but it didn't significantly improve their engagement compared to standard care. Interestingly, the study found that socioeconomically disadvantaged patients were less likely to take active roles in their healthcare decisions. Who this helps: This research helps patients facing socioeconomic challenges when making decisions about their breast cancer treatment.

PubMed

Direct Integration of Strained-Pt Catalysts into Proton-Exchange-Membrane Fuel Cells with Atomic Layer Deposition.

2021

Advanced materials (Deerfield Beach, Fla.)

Xu S, Wang Z, Dull S, Liu Y, Lee DU +16 more

Plain English
This study focused on improving the performance of fuel cells by using specially designed platinum catalysts that have a unique structure, achieved through a specific manufacturing method. The researchers found that these catalysts can produce a high level of energy output, reaching nearly 0.8 A per milligram at a certain voltage. However, they also discovered that even these highly efficient catalysts struggle at high current densities, indicating that more work is needed to enhance their performance in demanding conditions. Who this helps: This helps manufacturers of hydrogen fuel cells and engineers working on improving energy efficiency.

PubMed

Scalable nanoporous carbon films allow line-of-sight 3D atomic layer deposition of Pt: towards a new generation catalyst layer for PEM fuel cells.

2021

Materials horizons

Atwa M, Li X, Wang Z, Dull S, Xu S +5 more

Plain English
This study explored a new type of nanoporous carbon material that can be used for creating a more efficient layer of platinum in fuel cells. The researchers found that using this material led to fuel cell performance with a specific activity of over 0.4 mA/cm², which is better than traditional catalyst layers and achieved a maximum power density of 1230 mW/cm². This advancement is important because it could improve the efficiency of fuel cells, making them a more viable clean energy option. Who this helps: This helps patients who rely on fuel cell technologies for clean energy solutions.

PubMed

Redundant medication use during acute exacerbation of chronic obstructive pulmonary disease in hospitalized patients.

2020

International journal of clinical pharmacy

Dull R, Dull S

Plain English
This study looked at patients hospitalized with a worsening of chronic obstructive pulmonary disease (COPD) to see how often they were given unnecessary extra medications and what effects this had. Out of 137 patients, 99 (72.7%) received these extra treatments, but having redundant medication didn’t lead to better health results and actually cost almost 11 times more, raising average costs by about $50 per patient. This matters because it shows that using extra medications doesn’t help patients but does waste money that could be better spent elsewhere. Who this helps: This helps patients and healthcare providers by highlighting the need for more effective medication management.

PubMed

Evaluation of Financial Conflicts of Interests Among Congress of Neurological Surgeon Guideline Authors.

2020

JAMA surgery

Johnson BS, Walters CG, Wayant C, Dull S, Vassar M

Plain English
This study looked at payments made to doctors who write guidelines for brain surgery from companies that make medical devices and drugs. It found that 40% of these doctors received financial support from these companies, with some getting as much as $100,000. This matters because it raises concerns about whether money influences medical advice, which could affect patient care. Who this helps: Patients needing neurological surgery.

PubMed

Strong electrostatic adsorption of Pt onto SiOpartially overcoated AlO-Towards single atom catalysts.

2019

The Journal of chemical physics

Bo Z, McCullough LR, Dull S, Ardagh MA, Wang J +1 more

Plain English
This research studied a method to create very small clusters or single atoms of platinum (Pt) that can be used as effective catalysts. Researchers found that by using a special technique, they could significantly increase the number of single Pt atoms on a support material, achieving nearly 100% dispersion of these tiny particles. Specifically, they observed that the best results came from using a support coated with silicon oxide (SiO) which allowed for precise control over the size and distribution of the Pt particles. Who this helps: This helps researchers and manufacturers looking to develop more efficient catalysts for chemical reactions.

PubMed

Meeting the continuing education needs of pediatric nurses: the Pediatric Nurse Exchange Program.

1993

Journal of continuing education in nursing

Cedagren D, Dull S, Rodrigues-Fisher L, Hoffman MN, Morris E

Plain English
This study looked at the Pediatric Nurse Exchange Program, which is designed to help pediatric nurses improve their skills and professional development by allowing them to spend time working in different children's hospitals. During a pilot project involving three hospitals in Ohio, nurses participated in exchanges lasting two to five days, where they shared knowledge and learned new patient care strategies. This is important because it helps nurses provide better care to children and families, ultimately improving healthcare outcomes. Who this helps: This benefits pediatric nurses and the children and families they care for.

PubMed

Existence of a strength-duration curve for spinal cord motor evoked potentials in cats.

1989

Electroencephalography and clinical neurophysiology

Konrad PE, Geddes LA, Tacker WA, Reuter D, Schooler D +1 more

Plain English
This study looked at how electrical stimulation affects nerve signals in the spinal cords of cats. Researchers found that two important measures, called chronaxie values, ranged from 190 to 337 microseconds, which helps us understand how these nerve fibers respond to electrical signals. Knowing these values can improve our understanding of nerve function and may aid in developing treatments for nerve-related conditions. Who this helps: This helps doctors and researchers working with nerve injuries and rehabilitation therapies.

PubMed

Frequent Co-Authors

Jessica R Schumacher Bret M Hanlon David Zahrieh Paul J Rathouz Jennifer L Tucholka Grace McKinney Angelina D Tan Catherine R Breuer Lisa Bailey Anna M Higham

Physician data sourced from the NPPES NPI Registry . Publication data from PubMed . Plain-English summaries generated by AI. Not medical advice.