TEP

(redirected from Tracheoesophageal Prosthesis)
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AcronymDefinition
TEPTucson Electric Power
TEPTeacher Education Program (various locations)
TEPTotally Extraperitoneal (laparoscopic technique)
TEPThe Education Program (various locations)
TEPTriethyl Phosphate
TEPTivoli Enterprise Portal (IBM Corp.)
TEPTransepithelial Potential
TEPTerminal Emulator Program
TEPTropical Eastern Pacific
TEPTerminal Error Program
TEPTivoli Enterprise Portal
TEPTest Evaluation Plan
TEPTemporary Entry Permit
TEPTomographie par Emission de Positons (French: Nuclear medicine imaging)
TEPTrust and Estate Practitioner
TEPThe Equity Project (charter school; New York)
TEPThe English Patient (movie)
TEPTeacher Education Programme (various locations)
TEPTransportation Expenditure Plan
TEPTransportation Enhancement Program
TEPTop End Performance (automobiles)
TEPTransitional Employment Program
TEPTechnical Expert Panel
TEPTechnical Evaluation Panel
TEPTypical End Use Product (environment)
TEPToujours en Progression (French: Still in Progress)
TEPTunnel End-Point (computer science)
TEPTertiary Enabling Program (Australia)
TEPTrans-Equatorial Propagation (radio)
TEPTraded Endowment Policy (UK)
TEPTracheoesophageal Puncture
TEPTau Epsilon Phi (fraternity)
TEPTrade Enhancement Programme (various locations)
TEPTechnical Engineering Plan (US DoD)
TEPThéatre de l'Est Parisien (public theater; Paris, France)
TEPThe Exchange Project (software)
TEPTop Event Probability
TEPTerminate with Extreme Prejudice
TEPTribal Energy Program (US Department of Energy)
TEPTechnology Enterprise Park (Atlanta, GA)
TEPTeacher Exchange Program
TEPThe Empowerment Partnership (formerly Advanced Neuro Dynamics)
TEPTracheoesophageal Prosthesis
TEPTask Execution Plan
TEPTechnical Evaluation Plan
TEPTheater Engagement Plan (CINC's plan)
TEPTechnology Enhancement Program (various locations)
TEPTechnical Evaluation Report
TEPTransit of Extrasolar Planets
TEPTrombo Embolismo Pulmonar (Spanish: Pulmonary Thromboembolism)
TEPThe Enigma Project
TEPThermo-Electric Power
TEPTactical Environmental Processor
TEPTexas Educational Paperbacks (Dallas, TX)
TEPTender Evaluation Plan
TEPTEMPEST Endorsement Program
TEPThe Engineered Plague (online community)
TEPTechnology Experts Panel
TEPTransmission/Escape Probability
TEPTranslation, Editing and Proofreading (text translations)
TEPTuberculose Extra Pulmonaire (French: Extra Pulmonary Tuberculosis)
TEPTitre Electronique de Paiement (French: Title Electronic Payment; France)
TEPTechniques Embouteillage Packaging (French: Bottle Packaging Techniques; France)
TEPTumeurs Endocrines du Pancréas (French)
TEPTeam Execution Plan
TEPTelomerase Protein Component
TEPTactical ELINT Processor
TEPTerminal Emulation Processor
TEPTalk Echo Protection
TEPTechnology Exchange Program
TEPTechnical Evaluation Program
TEPTransmitter Experiment Package
TEPTalker Echo Path
TEPTactical Earth Penetrator
TEPTest Error Pattern
TEPTactical Exploitation Processor
TEPTBMCS Evolution Plan
TEPThermodynamic Equilibrium Program (computes products of combustion)
TEPThermal Exchange Pump
TEPTango Editor Project
TEPTechnology Expansion Project
TEPTelecommunications Equipment Practices
TEPTraffic Engineering Program
TEPTransfer Enhancement Practices
TEPTraction Enhancement Program
TEPTechnology Evolution Plan
TEPTotal Environmental Partnering
TEPTorpedo Ejection Pump (submarines)
TEPTest Evaluation Plan/Program
TEPTraining Equipment Package/Plan
TEPTon of Equivalent Petroleum
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References in periodicals archive ?
Golz, "Delayed diagnosis of tracheoesophageal prosthesis aspiration," Annals of Otology, Rhinology & Laryngology, vol.
Most of the patients using a tracheoesophageal prosthesis had lower scores on the emotional domain, referring that the items in this particular domain involving anxiety, frustration and depression represent a moderate problem.
It should be noted that there was a difference in the number of subjects rehabilitated with an electronic larynx (8) and tracheoesophageal prosthesis (3).
The subjects with tracheoesophageal prosthesis had the best V-RQOL scores.
This study analyzed speakers using electronic larynx and tracheoesophageal prosthesis since these are the most commonly used speech methods in the studied support group, where esophageal voice is seldom used.
However, these consequences are perceived differently by tracheoesophageal prosthesis users and electronic larynx users, since the frustrations manifest in bigger damage on the physical domain for the first group of patients and in the emotional domain for the second.
This result is in accordance with the findings of another study [17] that observed that, in spite of the irreplaceable quality of the larynx, most individuals using a tracheoesophageal prosthesis for rehabilitation have better quality of life levels and are therefore more satisfied with their communication.
The findings of this study show that tracheoesophageal prosthesis users had global scores above the sample's mean on the V-RQOL.