Name: Aangepaste smartphone-applicatie om locomotorische-respiratoire koppeling in het veld te begeleiden met behulp van stap-adaptieve ademhalingsgeluiden (Video) | JoVE Journal
Uploaded: 2024-09-27T13:10:00.000+00:00
Duration: 6 min 26 s
Description: Leer hoe je locomotor-respiratoire koppeling beheerst met de RunRhythm smartphone-app. Deze methode verbetert ademhalingsefficiëntie en hardloopprestaties door stap-adaptieve geluidstechnieken.

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<meta charset="utf8"></head><body>Verbetering van de hardloopprestaties en het comfort met RunRhythm

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<table><tbody><tr><td>Android smartphone</td><td>Samsung of Google</td><td></td><td>Minimaal Android 8.0 vereist voor applicatiefunctionaliteit</td></tr><tr><td>FMOD engine&nbsp;</td><td>Firelight Technologies Pty Ltd</td><td></td><td>Geluidsengine</td></tr><tr><td>Hexoskin slim shirt&nbsp;</td><td>Carr&eacute; Technologies</td><td></td><td>Draagbaar sensorshirt</td></tr><tr><td>RunRhythm applicatie voor Android&nbsp;</td><td>adidas GmbH en abios GmbH</td><td></td><td></td></tr></tbody></table>

aangepaste smartphone-applicatie om locomotorische-respiratoire koppeling in het veld te begeleiden met behulp van stap-adaptieve ademhalingsgeluiden 

Custom Smartphone Application to Guide Locomotor-Respiratory Coupling in the Field Using Step-Adaptive Breathing Sounds

Aangepaste smartphone-applicatie om locomotorische-respiratoire koppeling in het veld te begeleiden met behulp van stap-adaptieve ademhalingsgeluiden 

While running is amongst the most popular activities for competition and leisure, an estimated 20-40% of runners may suffer from respiratory limitations. ...

custom-smartphone-application-to-guide-locomotor-respiratory-coupling

Research

JoVE Journal

Biology

Biologie

Het huidige protocol bevat een gedetailleerde stap-voor-stap beschrijving van de vereiste om metingen van de ademhalingswegen mechanica, alsmede de beoordeling van de luchtwegen voor geïnhaleerde methacholine in muizen met behulp van de geforceerde oscillatie techniek (flexiVent voeren procedures; SCIREQ Inc, Montreal, Qc , Canada).

Evaluatie van Respiratory System Mechanics in Muizen met behulp van de Gedwongen Oscillatie techniek

Aangezien het gebruik van geforceerde oscillatietechniek (FOT) steeds vaker wordt gebruikt om ademhalingsmechanica te karakteriseren, is er behoefte aan standaardisatiemethoden met betrekking tot ontluikende technische richtlijnen en de aanbevelingen van verschillende fabrikanten. Een gedetailleerd protocol wordt verstrekt, inclusief FOT-beoordeling en -interpretatie voor twee gevallen om de standaardisatie van methoden te vergemakkelijken.

Gebruik van de geforceerde oscillatietechniek voor de beoordeling van ademhalingsmechanica bij volwassenen

Het huidige protocol introduceert een niet-commerciële zelfontwikkelde applicatie voor het verzamelen van real-time on-site gegevens, waaronder psychologische weegschalen, GPS-locatie, hartslag en bloed-zuurstofverzadigingsniveau, evenals de operationele procedures van de applicatie. Een empirische studie uitgevoerd in Taiwan in 2020 werd gebruikt als een toepassingsvoorbeeld.

Een applicatie voor het koppelen met draagbare apparaten om de persoonlijke gezondheidsstatus te controleren

We demonstreren een standaard operationeel protocol om respiratoire oscillometrie uit te voeren, waarbij de belangrijkste kwaliteitscontrole- en borgingsprocedures worden benadrukt.

Het uitvoeren van respiratoire oscillometrie in een poliklinische setting

Deze studie maakte gebruik van spraaksignaalanalyse en machine learning-methoden, waarbij MATLAB werd gebruikt om onderscheidende spraakkenmerken te extraheren voor niet-invasieve vroege detectie van astma. De algoritmen Support Vector Machine (SVM) en Random Forest (RF) vertoonden vergelijkbare prestaties op het gebied van algehele classificatienauwkeurigheid, hoewel SVM een betere balans tussen gevoeligheid en specificiteit kan bereiken.

Onderzoek naar astmadetectie op basis van spraaksignaalverwerking en machine learning

Deze studie heeft de geautomatiseerde classificatie van twee verschillende categorieën effectief bereikt door hoestgeluidsgegevens te verkrijgen van patiënten met de diagnose chronische obstructieve longziekte (COPD) en luchtweginfecties (RTI), met behulp van een integratie van spraaksignaalverwerkingstechnieken en machine learning-algoritmen.

Op machine learning gebaseerde classificatie van hoesttonen: diagnostische verkenning van chronische obstructieve longziekte en luchtweginfecties

M3-BREATHE is een mobiel gezondheidssysteem (mHealth) dat draagbare sensoren integreert om ademhaling, gedrag en omgevingsblootstellingen te monitoren voor gepersonaliseerde behandeling en gezondheidsevaluatie in de praktijk.

Echte wereld M3-BREATHE: Richting multimodale mobiele monitoring van gedrag, ademhaling en blootstelling voor behandeling en gezondheidsevaluatie

Lens ontwikkeling houdt interacties met andere weefsels. Verschillende zebravis oog mutanten worden gekenmerkt door een abnormaal kleine lens formaat. Hier laten we zien een lens transplantatie experiment om te bepalen of dit fenotype is te wijten aan intrinsieke oorzaken of defecte interacties met weefsels die de lens omringen.

Lens transplantatie in de zebravis en de toepassing ervan in de Analyse van Eye Mutanten

Een eenvoudige procedure van het uitvoeren van op maat microRNA microarray experimenten beschreven. De stappen omvatten het isoleren van RNA, etikettering RNA en DNA, het hybridiseren van het monsters microarrays, het scannen van de microarrays, kwantificeren en analyseren van hybridisatie signalen.

Het uitvoeren van op maat MicroRNA microarray experimenten

Om de relatie tussen eiwithomeostase, stress en veroudering te bestuderen, hebben we veranderingen in eiwitvouwing gemonitord door eiwitdisfunctie, eiwitlocalisatie in de cel en eiwitstabiliteit op organismisch, cellulair en eiwitniveau te volgen, met behulp van de genetisch hanteerbare metazoa Caenorhabditis elegans als modelsysteem.

Gebruik Caenorhabditis elegans Als een modelsysteem voor de Protein Homeostase studeren in een meercellige

Leer hoe je locomotor-respiratoire koppeling beheerst met de RunRhythm smartphone-app. Deze methode verbetert ademhalingsefficiëntie en hardloopprestaties door stap-adaptieve geluidstechnieken.

Aangepaste smartphone-applicatie om locomotorische-respiratoire koppeling in het veld te begeleiden met behulp van stap-adaptieve ademhalingsgeluiden (Video) | JoVE Journal

Aangepaste smartphone-applicatie om locomotorische-respiratoire koppeling in het veld te begeleiden met behulp van stap-adaptieve ademhalingsgeluiden

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