Behavioral screening measures delivered with a smartphone app: psychometric properties and user preference.

The smartphone is an increasingly widespread technological vehicle for general health and psychological health promotion, evaluation, education, and sometimes intervention. However, the psychometric performance of behavioral health screening measures has not been commonly evaluated for the new, small-format, touch-screen medium. Before mobile-based applications for behavioral health screening can be disseminated confidently, the reliability and the validity of measures administered by the smartphone must be evaluated.

Usability and feasibility of smartphone video capabilities for telehealth care in the U.S. military.

The two-way audio/visual capabilities on the latest smartphone platforms bring new possibilities for the delivery of healthcare services to users. Because this technology is so new, the feasibility and the basic usability of the technology need to be evaluated before more research is conducted on its application in the telehealth field. The purpose of this study was to conduct preliminary usability testing of smartphone two-way video capabilities for potential telehealth use for U.

Soldiers' personal technologies on deployment and at home.

Objective: Personal technologies such as smartphones, computers, and gaming devices, are ubiquitous in the civilian world. Consequently they represent ideal vehicles for disseminating psychological and other health resources and interventions. However, almost nothing is known about personal technology use in the U.

Peripherin- and CGRP-immunoreactive nerve fibers in rat molars have different locations and developmental timing.

Unlabelled: Developing rat molars gain mature sensitivity to electric stimulation at 4-5 weeks after eruption, but the related mechanisms are incompletely understood. Preliminary studies showed weak co-localization of calcitonin gene-related peptide (CGRP) immunoreactivity (IR) with peripherin (PER) or neurofilament protein (NF) in rat molar nerve fibers, while the latter two co-localized extensively.

Objective: Our goal was to compare timing and location of PER-IR and CGRP-IR innervation in rat first molars during tooth maturation.