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391 results on '"Chang, C.P."'

10. International consensus statement on obstructive sleep apnea.

Author

Chang J.L., Goldberg A.N., Alt J.A., Ashbrook L., Auckley D., Ayappa I., Bakhtiar H., Barrera J.E., Bartley B.L., Billings M.E., Boon M.S., Bosschieter P., Braverman I., Brodie K., Cabrera-Muffly C., Caesar R., Cahali M.B., Cai Y., Cao M., Capasso R., Caples S.M., Chahine L.M., Chang C.P., Chang K.W., Chaudhary N., Cheong C.S.J., Chowdhuri S., Cistulli P.A., Claman D., Collen J., Coughlin K., Creamer J., Davis E.M., Dupuy-McCauley K.L., Durr M.L., Dutt M., Ali M.E., Elkassabany N.M., Epstein L.J., Fiala J.A., Freedman N., Gill K., Gillespie M.B., Golisch L., Gooneratne N., Gottlieb D.J., Green K.K., Gulati A., Gurubhagavatula I., Hayward N., Hoff P.T., Hoffmann O.M.G., Holfinger S.J., Hsia J., Huntley C., Huoh K.C., Huyett P., Inala S., Ishman S., Jella T.K., Jobanputra A.M., Johnson A.P., Junna M.R., Kado J.T., Kaffenberger T.M., Kapur V.K., Kezirian E.J., Khan M., Kirsch D.B., Kominsky A., Kryger M., Krystal A.D., Kushida C.A., Kuzniar T.J., Lam D.J., Lettieri C.J., Lim D.C., Lin H.-C., Liu S.Y.C., MacKay S.G., Magalang U.J., Malhotra A., Maurer J.T., May A.M., Mitchell R.B., Mokhlesi B., Mullins A.E., Nada E.M., Naik S., Nokes B., Olson M.D., Pack A.I., Pang E.B., Pang K.P., Patil S.P., de Perck E.V., Piccirillo J.F., Pien G.W., Piper A.J., Plawecki A., Quigg M., Ravesloot M.J.L., Redline S., Rotenberg B.W., Ryden A., Sarmiento K.F., Sbeih F., Schell A.E., Schmickl C.N., Schotland H.M., Schwab R.J., Seo J., Shah N., Shelgikar A.V., Shochat I., Soose R.J., Steele T.O., Stephens E., Stepnowsky C., Strohl K.P., Sutherland K., Suurna M.V., Thaler E., Thapa S., Vanderveken O.M., de Vries N., Weaver E.M., Weir I.D., Wolfe L.F., Woodson B.T., Won C.H.J., Xu J., Yalamanchi P., Yaremchuk K., Yeghiazarians Y., Yu J.L., Zeidler M., Rosen I.M., Chang J.L., Goldberg A.N., Alt J.A., Ashbrook L., Auckley D., Ayappa I., Bakhtiar H., Barrera J.E., Bartley B.L., Billings M.E., Boon M.S., Bosschieter P., Braverman I., Brodie K., Cabrera-Muffly C., Caesar R., Cahali M.B., Cai Y., Cao M., Capasso R., Caples S.M., Chahine L.M., Chang C.P., Chang K.W., Chaudhary N., Cheong C.S.J., Chowdhuri S., Cistulli P.A., Claman D., Collen J., Coughlin K., Creamer J., Davis E.M., Dupuy-McCauley K.L., Durr M.L., Dutt M., Ali M.E., Elkassabany N.M., Epstein L.J., Fiala J.A., Freedman N., Gill K., Gillespie M.B., Golisch L., Gooneratne N., Gottlieb D.J., Green K.K., Gulati A., Gurubhagavatula I., Hayward N., Hoff P.T., Hoffmann O.M.G., Holfinger S.J., Hsia J., Huntley C., Huoh K.C., Huyett P., Inala S., Ishman S., Jella T.K., Jobanputra A.M., Johnson A.P., Junna M.R., Kado J.T., Kaffenberger T.M., Kapur V.K., Kezirian E.J., Khan M., Kirsch D.B., Kominsky A., Kryger M., Krystal A.D., Kushida C.A., Kuzniar T.J., Lam D.J., Lettieri C.J., Lim D.C., Lin H.-C., Liu S.Y.C., MacKay S.G., Magalang U.J., Malhotra A., Maurer J.T., May A.M., Mitchell R.B., Mokhlesi B., Mullins A.E., Nada E.M., Naik S., Nokes B., Olson M.D., Pack A.I., Pang E.B., Pang K.P., Patil S.P., de Perck E.V., Piccirillo J.F., Pien G.W., Piper A.J., Plawecki A., Quigg M., Ravesloot M.J.L., Redline S., Rotenberg B.W., Ryden A., Sarmiento K.F., Sbeih F., Schell A.E., Schmickl C.N., Schotland H.M., Schwab R.J., Seo J., Shah N., Shelgikar A.V., Shochat I., Soose R.J., Steele T.O., Stephens E., Stepnowsky C., Strohl K.P., Sutherland K., Suurna M.V., Thaler E., Thapa S., Vanderveken O.M., de Vries N., Weaver E.M., Weir I.D., Wolfe L.F., Woodson B.T., Won C.H.J., Xu J., Yalamanchi P., Yaremchuk K., Yeghiazarians Y., Yu J.L., Zeidler M., and Rosen I.M.

Abstract

BACKGROUND: Evaluation and interpretation of the literature on obstructive sleep apnea is needed to consolidate and summarize key factors important for clinical management of the OSA adult patient. Toward this goal, an international collaborative of multidisciplinary experts in sleep apnea evaluation and treatment have produced the International Consensus statement on Obstructive Sleep Apnea (ICS:OSA). METHOD(S): Using previously defined methodology, focal topics in OSA were assigned as literature review (LR), evidence-based review (EBR), or evidence-based review with recommendations (EBR-R) formats. Each topic incorporated the available and relevant evidence which was summarized and graded on study quality. Each topic and section underwent iterative review and the ICS:OSA was created and reviewed by all authors for consensus. RESULT(S): The ICS:OSA addresses OSA syndrome definitions, pathophysiology, epidemiology, risk factors for disease, screening methods, diagnostic testing types, multiple treatment modalities, and effects of OSA and treatment on the multiple comorbidities. Specific focus on outcomes with positive airway pressure (PAP) and surgical treatments were evaluated. CONCLUSION(S): This review of the literature in OSA consolidates the available knowledge and identifies the limitations of the current evidence. This effort aims to highlight the basis of OSA evidence-based practice and identify future research needs. Knowledge gaps and opportunities for improvement include improving the metrics of OSA disease, determining the optimal OSA screening paradigms, developing strategies for PAP adherence and longitudinal care, enhancing selection of PAP alternatives and surgery, understanding health risk outcomes, and translating evidence into individualized approaches to therapy. This article is protected by copyright. All rights reserved.

Published
2022

33. Structural evolution and significance of a melange in a collision belt: the Lichi Melange and the Taiwan arc--continent collision

Author

Chang, C.P., Angelier, J., Huang, C.Y., and Liu, C.S.

Subjects
Taiwan -- Natural history, Geological research -- Analysis, Mountains -- Natural history, Geological maps, Earth sciences
Abstract

The analysis of `melanges' of various types (sedimentary, diapiric, tectonic and polygenetic) is generally difficult and depends on a variety of criteria. However, understanding the nature and origin of melanges is crucial to deciphering the evolution of some mountain belts. The Lichi Melange of the Taiwan Coastal Range is juxtaposed against remnant forearc basin sequences by thrust faults and is composed of exotic ophiolite and sedimentary blocks, with sizes ranging from metres to kilometres, and coherent turbidite beds, all embedded in a sheared scaly argillaceous matrix. The Lichi Melange has been interpreted either as a subduction complex, or as an olistostrome. By separating four main deformation levels based on the degree of disruption within the Lichi Melange and adjacent sedimentary rocks, we have made new detailed geological maps and structural profiles in two key areas of the Lichi Melange. We paid particular attention to the original stratigraphic relationships between the melange and the adjacent flysch formation. Our field results compared with submarine seismic profiles suggest that the present-day structure of the Lichi Melange results mainly from the shearing of lower forearc basin sequences, rather than from a subduction complex or a mere olistostrome. In Late Miocene time, because lithospheric subduction turned into arc--continent collision in the southern Taiwan area, the site of the proto-Manila trench changed from an active plate boundary into a deformation zone with several thrusts. A new plate suture zone between the Eurasian plate (eastern Central Range) and the Philippine Sea plate (Coastal Range) was therefore formed along the Longitudinal Valley. The Longitudinal Valley originated as a submarine arc--prism boundary, an innate weak zone within the overriding plate, and has become a prominent tectonic feature of the arc--continent collision. This inference is supported by observations on the Lichi Melange in the Coastal Range and the Huatung Ridge off southeastern Taiwan.

Published
2001

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