... infrared spectroscopy (FTIR). In vivo analysis shows bone surface tissue with high regularity, higher osteoblast activity, and osteo-reabsorption activities areas. These results indicated that the transdermal permeation of otollith using this patch system was sufficient for the treatment of bone diseases...

...Ravi Sureddi; Jawahar L. Mehta Cardiovascular diseases, especially myocardial ischemia, have been a leading cause of death worldwide for several decades. Despite major advances in the diagnostic and therapeutic modalities available for the clinical management of patients with cardiovascular disease...

... heart rate variability (HRV) analysis and wavelet domain analysis techniques have revealed many differences in autonomic nervous-cardiovascular activity regulation, between men and women. Moreover, the diagnostic tests for cardiovascular diseases usually start upon the manifestation of chest pain...

... and diseased status ( 5 ). Under physiological or pathological conditions, the magnitude of cyclic strain could vary significantly and pose varying effects on the VSMCs ( 16 ). In the present study, we developed a system, consists of a six-well PDMS device mounted to a stretch mechanism that delivers...

... disease disparities are further examined through applications of stochastic mechanical stimuli. The results indicate that chondrocyte bioregulation initiates the catabolic pathway as a secondary response to control anabolic processes. In addition, high magnitude loading produced as a result of stochastic...

... for prevention, screening, diagnosis, and treatment. Medical interventions targeting vascular disease are becoming increasingly important, given current epidemiologic trends in morbidity and mortality due to these diseases. Vascular disease is a term that encompasses a collection of pathologies that affect...

... indirectly damage the other organs of the patient; and considers surgery as an aggressive solution ( 1 ). The developing theory presented in this article serves as a basis for the construction of a device that would determine the diseases which can measure the energy contained in the field...

...Zachary D. Wilson; Sean S. Kohles Investigations in cellular and molecular engineering have explored the impact of nanotechnology and the potential for monitoring and control of human diseases. In a recent analysis, the dynamic fluid-induced stresses were characterized during microfluidic...

... for the early detection of myocardial ischemia applications. 29 09 2009 05 10 2009 04 11 2009 04 11 2009 biomedical electrodes biomembranes blood vessels cardiovascular system cellular biophysics charge exchange diseases electrochemical impedance spectroscopy...