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Inhalation clinical trials

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NCT ID: NCT06197646 Recruiting - Respiratory Disease Clinical Trials

Inhalation Therapy and Therapeutic Play

INHALATION
Start date: August 1, 2023
Phase: N/A
Study type: Interventional

The aim of this clinical research study was to determine the effect of the use of a cartoon character mask on treatment compliance and parental satisfaction and to evaluate the effectiveness of the cartoon character mask in children receiving inhaled therapy for the treatment of respiratory system diseases in children. The hypotheses it aims to answer are as follows: H1: Inhalers given using a mask with a cartoon character facilitate treatment compliance. H2: The inhaler given using a mask with a cartoon character makes treatment compliance difficult. H3: Inhaler treatment using a mask with a cartoon hero increases parental satisfaction. H4: Inhaler treatment using a mask with a cartoon hero decreases parental satisfaction. H5: Inhaler treatment using a mask with a cartoon hero has a positive effect on the hospitalization process. H6: Inhaler treatment using a mask with a cartoon hero has a positive effect on the recovery process. H7: Compared to routine inhaler mask use, the use of masks with cartoon heroes provides a positive relationship between treatment adherence and parental satisfaction. In the study, according to randomization, the intervention group will receive inhalers with masks, and the other group will receive inhalers routinely used in the clinic. The treatment of the children was planned by the physician, and no additional treatment was given for the study. Children's adherence to treatment and parents; satisfaction will be evaluated. The effectiveness of the masked inhaler used will be asked.

NCT ID: NCT05529641 Recruiting - Neck Pain Clinical Trials

Effects of Diaphragmatic Resistance Training in People With Chronic Neck Pain.

Start date: December 9, 2022
Phase: N/A
Study type: Interventional

With increasing usage of electronic devices and sedentary lifestyle, chronic neck pain has become a more prevalent musculoskeletal disorder around the world. Many impairments have been identified in people with chronic neck pain including pain, muscle weakness, proprioceptive deficits and altered breathing pattern. Diaphragm is the key muscle for inspiration and also plays an important role in spinal stability. Previous studies have found that diaphragm functions are related to the stability of the lumbar spine through the fascial, neural and visceral systems. Diaphragmatic resistance training thus could have some positive effects on reducing pain and disability in people with low back pain. However, to date how diaphragmatic resistance training would affect chronic neck pain is still unknown. Therefore, the purpose of this study is to investigate the effects of diaphragmatic resistance training on pain, disability and movement quality in people with chronic neck pain.

NCT ID: NCT05025215 Recruiting - Inhalation Clinical Trials

The Effect of Precise Aerosol Inhalation Nursing on Sputum Excretion in Elderly Patients With Lung Surgery

Start date: May 8, 2021
Phase: N/A
Study type: Interventional

Comparing the effects of different kinds of aerosol inhalation nursing programs on effective sputum excretion in elderly patients with lung surgery.

NCT ID: NCT03275935 Completed - COPD Asthma Clinical Trials

Evaluation of Inhalation Technique in Patients With COPD, Asthma or ACOS Using a Dry Powder Device (DPI)

Start date: March 1, 2017
Phase: N/A
Study type: Observational [Patient Registry]

This study analyzes the prevalence of patients using inhalation devices via incorrect technique and access the adherence of patients to correct inhalation technique when taught along with their subjective improvement of symptoms.

NCT ID: NCT02427971 Recruiting - Desflurane Clinical Trials

A Comparison Between the Aysis® Cs2 (General Electrics) Ventilator in EtControl® Mode and the Perseus® A 500 (Dräger) in VaporView® Mode on Maniability and Consumption of Desflurane

ConsoHalo
Start date: January 2015
Phase: N/A
Study type: Observational

The Aysis® Cs2 ventilator offers an automated control of end-tidal inhalation anesthetic concentration, the EtControl® mode. A low Fresh Gas Flow (FGF) (0.5L/min) is kept during the maintenance of the anesthesia, decreasing the expensive consumption of halogenated agents. The Perseus® A 500 offers a VaporView® mode that gives the evolution of inspired (Fi) and end-tidal (Fe) fractions of halogenated agents for 20 minutes based on the delivered fraction (Fd). FGF remains adjusted manually by the practitioner. This mode also makes it possible to maintain a low FGF (0.5 L/min), provided the halogen Fd is set to maintain a steady Fe curve. The goal of this work was to compare the maniability of the intraoperative administered concentrations and the consumption of Desflurane between these 2 modalities of administration.