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Investigation of the Accordance Between Event Detection of prismaLINE Devices and Polysomnography Using Full Face Masks (EventLAB FF)

L

Löwenstein Medical Technology GmbH & Co. KG

Status

Not yet enrolling

Conditions

Sleep Apnea Syndromes

Treatments

Other: PAP therapy setting
Other: exclusive use of Löwenstein Medical full face masks

Study type

Interventional

Funder types

Industry

Identifiers

NCT06317077
I5-R1-C-FA

Details and patient eligibility

About

Sleep-related breathing disorders are highly prevalent and are usually treated with positive airway pressure (PAP) therapy. To determine the quality of therapy, PAP therapy devices measure the frequency of residual breathing events. For this purpose, breathing events of different classes are detected, counted and identified.

This clinical investigation aims to evaluate the performance of prismaLINE devices based on the accuracy of the apnea-hypopnea index (AHI) recorded in the devices. During the PAP titration night, the AHI is similarly detected via polysomnography (PSG) device and a subsequent manual scoring of the recorded PSG data. The validation of the device AHI accuracy refers to the alignment with the manually scored AHI.

Further goals of this clinical investigation are the confirmation of safety of the prismaLINE devices, the confirmation of performance and safety of LM full face masks (full face masks of the manufacturer Löwenstein Medical Technology), as well as the investigation of the influence of LM full face masks on therapy quality.

The most relevant inclusion criteria are diagnosis of a sleep-related breathing disorder and indication for therapy with continuous positive airway pressure (CPAP). Treatment takes place with prismaLINE PAP therapy devices in combination with LM full face masks.

Full description

The duration of the clinical investigation per participant is two or three nights: diagnosis night with the following CPAP titration night. A further titration night (CPAP or APAP) might be necessary to find optimal therapy settings. But only the CPAP titration night with the best therapy result will be analysed.

The titration night is performed according to a predefined titration scheme. Therapy pressure will be gradually increased until breathing events are treated sufficiently. Due to the need of a certain number of remaining breathing events for sufficient performance evaluation, therapy pressure will be gradually reduced after reaching the ideal pressure level to provoke additional breathing events. The titration night is additionally monitored and recorded via polysomnography (PSG). No significant negative impact on patients' condition based on subtherapeutic phase is expected.

After the end of the clinical investigation participants will be treated according to clinical routine.

The performance of the prismaLINE therapy device will be evaluated by the accuracy of the alignment between the device AHI and the manually scored PSG AHI (using AASM hypopnea scoring rule 1A). The alignment between device AHI versus PSG AHI will be defined for coincident titration night recordings of both, therapy and PSG device.

The accuracy of the device AHI is defined by the absolute or relative deviation from the manually scored PSG AHI (ΔAHI_rel or ΔAHI_abs) and classified in acceptable, good, very good or unacceptable. The maximum deviation (ΔAHI_rel or ΔAHI_abs) is used throughout to determine the corresponding device AHI values for each category.

To achieve the primary endpoint, the proportion of the investigation population with an at least acceptable device AHI must be ≥ 80%.

Enrollment

48 estimated patients

Sex

All

Ages

18 to 80 years old

Volunteers

No Healthy Volunteers

Inclusion criteria

  • Polysomnographic diagnosis performed at the investigator site
  • Indication for CPAP therapy (initial setting)
  • Age of the participants: ≥ 18 ≤ 80 years
  • AHI diagnosis night ≥ 15/h
  • Capacity to consent
  • Agreement to use a full face mask of Löwenstein Medical during the titration night
  • Existence of a signed informed consent form for participation in the clinical investigation and a signed declaration of consent for the use of data within the scope of the DSGVO

Exclusion criteria

  • Presence of a contraindication to CPAP therapy
  • Participation in another clinical investigation that influences the adjustment to CPAP therapy by stipulate device settings or titration
  • pregnant or breastfeeding woman

Inclusion Criteria Statistical Evaluation:

  • AHI PSG (diagnosis and therapy) and AHI of the device (therapy) are completely available
  • Evaluation of the mask/device functionalities is available
  • Clear documentation of (predictable) adverse events and (predictable) adverse device effects
  • Existence of a signed informed consent form for participation in the clinical investigation and a signed declaration of consent for the use of data within the scope of the DSGVO
  • Reliable evaluation of the polysomnography (titration night) is possible: no missing signals, good signal quality, no deviation of the applied CPAP pressure course from the course specified for the clinical investigation
  • Total sleep time during the titration night ≥ 4 hrs
  • Proportion of the therapy time with high leakage (more than 50 l/min) < 10%
  • The quality assurance process did not identify any deviations from the source data that could not be corrected

Trial design

Primary purpose

Treatment

Allocation

N/A

Interventional model

Single Group Assignment

Masking

None (Open label)

48 participants in 1 patient group

Treatment group
Other group
Description:
All participants of the clinical investigation undergo the standard stages of the clinical routine within an initial PAP therapy setting: a diagnostic night followed by a titration night (or if necessary two titration nights) with prescribed titration scheme. All participants use a full face mask of Löwenstein Medical.
Treatment:
Other: exclusive use of Löwenstein Medical full face masks
Other: PAP therapy setting

Trial contacts and locations

1

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Central trial contact

Regina Schaefer

Data sourced from clinicaltrials.gov

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