Asunto(s)
Náusea/etiología , Sarcoidosis/complicaciones , Gastropatías/complicaciones , Vómitos/etiología , Pérdida de Peso , Adulto , Biopsia , Endoscopía Gastrointestinal , Femenino , Glucocorticoides/administración & dosificación , Humanos , Náusea/diagnóstico , Prednisona/administración & dosificación , Sarcoidosis/diagnóstico , Sarcoidosis/tratamiento farmacológico , Gastropatías/diagnóstico , Gastropatías/tratamiento farmacológico , Tomografía Computarizada por Rayos X , Resultado del Tratamiento , Vómitos/diagnósticoAsunto(s)
Fármacos Gastrointestinales/uso terapéutico , Síndrome del Colon Irritable/tratamiento farmacológico , Adulto , Contraindicaciones , Gastroenterología , Fármacos Gastrointestinales/efectos adversos , Humanos , Síndrome del Colon Irritable/clasificación , Inhibidores Selectivos de la Recaptación de Serotonina , Sociedades Médicas , Estados UnidosRESUMEN
While there are a plethora of in vivo fiber-optic spectroscopic techniques that have demonstrated the ability to detect a number of diseases in research trials with highly trained personnel familiar with the operation of experimental optical technologies, very few techniques show the same level of success in large multicenter trials. To meet the stringent requirements for a viable optical spectroscopy system to be used in a clinical setting, we developed components including an automated calibration tool, optical contact sensor for signal acquisition, and a methodology for real-time in vivo probe calibration correction. The end result is a state-of-the-art medical device that can be realistically used by a physician with spectroscopic fiber-optic probes. We show how the features of this system allow it to have excellent stability measuring two scattering phantoms in a clinical setting by clinical staff with â¼0.5 % standard deviation over 25 unique measurements on different days. In addition, we show the systems' ability to overcome many technical obstacles that spectroscopy applications often face such as speckle noise and user variability. While this system has been designed and optimized for our specific application, the system and design concepts are applicable to most in vivo fiber-optic-based spectroscopic techniques.
Asunto(s)
Fibras Ópticas , Imagen Óptica/instrumentación , Análisis Espectral/instrumentación , Algoritmos , Humanos , Procesamiento de Imagen Asistido por Computador , Mucosa Intestinal/diagnóstico por imagen , Fantasmas de Imagen , Recto/diagnóstico por imagenRESUMEN
The use of herbal supplements has increased considerably over the last decade. We report a case of an elderly woman who began taking Move Free Advanced for arthritis, which in addition to glucosamine and chondroitin, contained two herbal ingredients, Chinese skullcap and Black Catechu. Our patient presented with significant cholestasis and hepatitis which significantly improved after discontinuation of the supplement. Since neither the patient nor the treating physician recognized this supplement as a potential hepatotoxin, she resumed taking the supplement and again suffered from considerable hepatotoxicity. Liver biopsy at that time was consistent with acute drug induced liver injury. She, once again, recovered after discontinuation of the supplement. Review of the literature confirms that Chinese skullcap has been implicated as a possible hepatotoxic agent which was demonstrated in this case.