Publications by authors named "J S Boone"
Linear Modelling of the V̇O2/PO-Relationship during Constant Work Rate Exercise.
Med Sci Sports Exerc
January 2025
Introduction: The linear and continuous increase in power output (PO) during ramp incremental (RI) exercise causes a distinct V̇O2/PO relationship compared to constant work rate (CWR) exercise. Current methods enabling a translation of ramp-derived PO to CWR PO assume a linear development of the CWR V̇O2/PO relationship in the heavy-intensity domain. This study aimed to model the RI versus CWR V̇O2/PO relationship to investigate whether the loss of mechanical efficiency above GET develops linearly.
View Article and Find Full Text PDFBackground/objectives: There is potential utility and increasing interest in engaging professionals in non-traditional vaccination settings to participate in efforts to reduce human papillomavirus (HPV)-related cancer. This study assessed the impact of a multi-disciplinary HPV educational intervention on oral health care professionals' perceived role, comfort level, and scope of practice in HPV-related cancer prevention efforts.
Methods: The virtual educational intervention was provided by a multi-disciplinary panel of experts.
Purpose: The aims of this study were (1) to assess the test-retest reliability of the primary near infrared spectroscopy (NIRS) variables (i.e., StO, T[Hb], [HbO] and [HHb]) during cycling and (2) to investigate potential influences of exercise intensity and adipose tissue thickness (ATT) on this reliability.
View Article and Find Full Text PDFArticle Synopsis
- Management decisions in wildlife conservation should consider both habitat selection and demographic performance, as habitat selection alone may not reflect true species viability.
- This study focuses on the greater sage-grouse to illustrate how mapping habitat selection against survival rates can reveal important mismatches and trade-offs throughout different reproductive life stages.
- By integrating demographic measures into habitat management, conservation efforts can be more effectively tailored to enhance species survival and resource allocation, particularly during critical life stages.
Background: Digital breast tomosynthesis (DBT) has outpaced digital mammography in clinical adoption in the United States; however, substantial technological limitations remain to image quality in DBT, including undersampling from a one-dimensional (1D) scan geometry, x-ray source motion during acquisition, and patient motion artifacts from long exam times.
Purpose: A thermionic cathode x-ray system employing two-dimensional (2D, planar) multiple x-ray-source arrays (MXA) is proposed to improve DBT image quality.
Methods: A 1D MXA, consisting of a linear array of thermionic cathodes was used to simulate a 2D MXA.