Helsinki 5.6.1925

Kirje

Helsinki 29.12.1925

Kirje

Official Positions for FRAX® clinical regarding international differences from Joint Official Positions Development Conference of the International Society for Clinical Densitometry and International Osteoporosis Foundation on FRAX®.

Osteoporosis is a serious worldwide epidemic. Increased risk of fractures is the hallmark of the disease and is associated with increased morbidity, mortality and economic burden. FRAX® is a web-based tool developed by the Sheffield WHO Collaborating Center team, that integrates clinical risk factors, femoral neck BMD, country specific mortality and fracture data and calculates the 10 year fracture probability in order to help health care professionals identify patients who need treatment. However, only 31 countries have a FRAX® calculator at the time paper was accepted for publication. In the absence of a FRAX® model for a particular country, it has been suggested to use a surrogate country for which the epidemiology of osteoporosis most closely approximates the index country. More specific recommendations for clinicians in these countries are not available. In North America, concerns have also been raised regarding the assumptions used to construct the US ethnic specific FRAX® calculators with respect to the correction factors applied to derive fracture probabilities in Blacks, Asians and Hispanics in comparison to Whites. In addition, questions were raised about calculating fracture risk in other ethnic groups e.g., Native Americans and First Canadians. In order to provide additional guidance to clinicians, a FRAX® International Task Force was formed to address specific questions raised by physicians in countries without FRAX® calculators and seeking to integrate FRAX® into their clinical practice. The main questions that the task force tried to answer were the following: The Task Force members conducted appropriate literature reviews and developed preliminary statements that were discussed and graded by a panel of experts at the ISCD-IOF joint conference. The statements approved by the panel of experts are discussed in the current paper.

Kaanaassa toukok. viimeisenä 1925

Kirje 31.5.1925

[Archives de la Parole]. , Monologue (Diction) : Premier disque à aiguille enregistré électriquement le 28 janvier 1925 / Voix parlée homme ; M. Rousseau, piano. Orchestre enregistré électriquement le 28 juillet 1926 / orchestre

Enregistrement : (France) [Studio Bernard Roux, Paris], 28-01-1925 - 28-07-1926

FRAX(®) Clinical Task Force of the 2010 Joint International Society for Clinical Densitometry & International Osteoporosis Foundation Position Development Conference.

The World Health Organization fracture risk assessment tool, FRAX(®), is an advance in clinical care that can assist in clinical decision-making. However, with increasing clinical utilization, numerous questions have arisen regarding how to best estimate fracture risk in an individual patient. Recognizing the need to assist clinicians in optimal use of FRAX(®), the International Osteoporosis Foundation (IOF) in conjunction with the International Society for Clinical Densitometry (ISCD) assembled an international panel of experts that ultimately developed joint Official Positions of the ISCD and IOF advising clinicians regarding FRAX(®) usage. As part of the process, the charge of the FRAX(®) Clinical Task Force was to review and synthesize data surrounding a number of recognized clinical risk factors including rheumatoid arthritis, smoking, alcohol, prior fracture, falls, bone turnover markers and glucocorticoid use. This synthesis was presented to the expert panel and constitutes the data on which the subsequent Official Positions are predicated. A summary of the Clinical Task Force composition and charge is presented here.

Las condiciones sanitarias de las islas del sur: informe presentado al finalizar la campaña 1924-1925

Detalla información de las diferentes enfermedades presentadas por las personas que se encuentran trabajando en las islas del sur, su etiología, tratamiento y profilaxis. Realiza un énfasis en el tema del tiempo que deben laborar los braceros para un buen rendimiento, buena alimentación, alojamiento y la existencia de agua potable.

Fenómenos oceánicos y climatéricos en la costa occidental de Sud-América durante el año 1925

Aborda los fenómenos naturales en las costas peruanas, desde el norte en Paita hasta el sur en Pisco. Analiza los efectos de la contracorriente y las relaciones de temperatura del océano, las lluvias en el mar y reseña los fenómenos oceanográficos del año 1891 en Talara y Piura.

Observaciones metereológicas en Negritos de Diciembre de 1924 a Mayo de 1925

Investiga los fenómenos climatológicos del noroeste del Perú, específicamente en el desierto de Tumbes, abordando los problemas de las lluvias, las corrientes de aguas fría y caliente, en especial la corriente de Humboldt que influye en la velocidad de la corriente del Niño. Por último, presenta los resúmenes de las observaciones meteorológicas hechas en Negritos para medir las temperaturas del aire.

Escala de madurez gonadal de caballa Scomber japonicus peruanus (Jordan y Hubbs, 1925)

En el presente trabajo se realizó la validación de la escala de madurez gonadal macroscópica de la caballa Scomber japonicus peruanus. Se analizaron 464 muestras de gónadas provenientes del plan de seguimiento de la pesquería pelágica del 2006, 2008, 2009 y 2014. Sobre la base del desarrollo ovocitario, se asignó a cada individuo el estadio de madurez gonadal macroscópico. Se describieron seis estadios de maduración que va desde el estadio 0 (virginal) hasta el estadio 5 (recuperación en hembras, post expulsante en machos). Se compara la presente escala con trabajos anteriormente realizados, se discute acerca de los beneficios de su uso y recomendaciones futuras como parte del seguimiento de la pesquería.

Copresence video conference mediated interaction

Abstract

Clinical review: Update on neurally adjusted ventilatory assist - report of a round-table conference.

ABSTRACT: Conventional mechanical ventilators rely on pneumatic pressure and flow sensors and controllers to detect breaths. New modes of mechanical ventilation have been developed to better match the assistance delivered by the ventilator to the patient's needs. Among these modes, neurally adjusted ventilatory assist (NAVA) delivers a pressure that is directly proportional to the integral of the electrical activity of the diaphragm recorded continuously through an esophageal probe. In clinical settings, NAVA has been chiefly compared with pressure-support ventilation, one of the most popular modes used during the weaning phase, which delivers a constant pressure from breath to breath. Comparisons with proportional-assist ventilation, which has numerous similarities, are lacking. Because of the constant level of assistance, pressure-support ventilation reduces the natural variability of the breathing pattern and can be associated with asynchrony and/or overinflation. The ability of NAVA to circumvent these limitations has been addressed in clinical studies and is discussed in this report. Although the underlying concept is fascinating, several important questions regarding the clinical applications of NAVA remain unanswered. Among these questions, determining the optimal NAVA settings according to the patient's ventilatory needs and/or acceptable level of work of breathing is a key issue. In this report, based on an investigator-initiated round table, we review the most recent literature on this topic and discuss the theoretical advantages and disadvantages of NAVA compared with other modes, as well as the risks and limitations of NAVA.