James E. Jones
Indiana University – Purdue University Indianapolis
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Publication
Featured researches published by James E. Jones.
International Journal of Paediatric Dentistry | 2011
Joseph A. Guido; Esperanza A. Martinez Mier; Armando Soto; Hafsteinn Eggertsson; Brian J. Sanders; James E. Jones; James A. Weddell; Irma Villanueva Cruz; Jose Luis Anton de la Concha
BACKGROUND. With Dental Caries being the most common disease amongst children in the world today, there is a need to fully understand risk factors that may be related to caries prevalence and how they could be best addressed. AIM. The aim of this study was to evaluate soda, juice, sugared-beverage intake, brushing habits, and community water source availability as they relate to the prevalence of both noncavitated and cavitated caries lesions in small rural villages in Mexico. DESIGN. The International Caries Detection and Assessment System (ICDAS) was used in children from small, isolated, villages in Mexico. Risk factors were assessed via questionnaires. RESULTS. Caries prevalence in the villages was very high, ranging from 94.7% to 100% of the children studied. The mean number of surfaces with lesions per child (D1MFS + d1mfs) having scores ≥1 (noncavitated and cavitated) ranged from 15.4 ± 11.1 to 26.6 ± 15.2. Many of the children reported drinking beverages containing sugar. CONCLUSIONS. Drinking sugared beverages, poor oral hygiene habits, and lack of access to tap water were identified as risk factor for caries in this sample of residents of rural Mexico.
Anesthesia Progress | 2018
Leah B. Davis; Mark A. Saxen; James E. Jones; James D. McGlothlin; Juan F. Yepes; Brian J. Sanders
Surgical fires require an oxygen-enriched environment, a flammable substrate, and an ignition source. We hypothesized ambient oxygen concentration is proportional to the latency time to combustion and the incidence of surgical fires that are detected. We examined latency time and number of events, utilizing the VanCleave et al model of intraoral fire ignition under 60, 80, and 100% oxygen concentration and flow rates of 4 and 10 L/min. Results demonstrated that ambient oxygen concentration and flow rate correlated positively to the initiation of combustion. The number of combustion events with 60% oxygen was significantly lower than with both 80% ( p = .0168) and 100% ( p = .002). Likewise, the number of events with 80% oxygen was significantly lower than with 100% oxygen ( p = .0019). Flow rate has a significant effect on the time to the first event ( p = .0002), time to first audible pop ( p = .0039), and time to first flash or fire ( p < .0001). No combustion occurred at oxygen concentrations less than 60% or flows less than 4 L/min. We conclude that latency time to combustion is directly proportional to ambient oxygen concentration and flow rate. Minimum oxygen concentration and flow rate were identified in our model. Further research is indicated to determine the minimal clinical oxygen concentration and flow rate needed to support combustion of an intraoral fire in a patient.
Special Care in Dentistry | 1982
James E. Jones; Lorine Henderson; David R. Avery
McDonald and Avery's Dentistry for the Child and Adolescent (Tenth Edition) | 2016
Vanchit John; James A. Weddell; Daniel E. Shin; James E. Jones
McDonald and Avery Dentistry for the Child and Adolescent (Ninth Edition) | 2011
Ralph E. McDonald; David R. Avery; Jeffrey A. Dean; James E. Jones
Archive | 2016
James A. Weddell; Brian J. Sanders; James E. Jones
McDonald and Avery Dentistry for the Child and Adolescent (Ninth Edition) | 2011
James E. Jones; Alan Michael Sadove; Jeffrey A. Dean; Donald V. Huebener
Author | 2017
E. Angeles Martinez-Mier; Kathryn L. Spencer; Brian J. Sanders; James E. Jones; Armando E. Soto-Rojas; Angela M. Tomlin; LaQuia A. Vinson; James A. Weddell; George J. Eckert
Author | 2017
Juan F. Yepes; Megan R. Booe; Brian J. Sanders; James E. Jones; Ygal Ehrlich; John B. Ludlow; Brandon Johnson
Author | 2017
John R. Emhardt; Juan F. Yepes; LaQuia A. Vinson; James E. Jones; John D. Emhardt; Diana Kozlowski; George J. Eckert