STOP-COPD Standard vs Targeted Oxygen Therapy Prehospital for Chronic Obstructive Pulmonary Disease

2022-500816-21-00 Therapeutic use (Phase IV) Not authorised

Status Not authorised · 1 EU/EEA countries · 1 sites

Overview

Sponsor-declared trial summary

Phase Therapeutic use (Phase IV)
Status Not authorised
Participants planned 1,888
Countries 1
Sites 1

Acute Exacerbation of Chronic Obstructive Pulmonary Disease

To determine whether prehospital titrated oxygen in patients with suspected AECOPD will decrease 30-day mortality compared to patients receiving standard care.

Key facts

Sponsor
Præhospitalet
Participant type
Patients
Age range
18-64 years, 65+ years
Gender
Male and Female
Therapeutic area
Diseases [C] - Respiratory Tract Diseases [C08]
Decision date (initial)
2022-09-12
Transition trial
No
Low-intervention
Yes
Rare-disease indication
No
Vulnerable population
Yes
Funding sources
The Nationwide Emergency Medical Helicopter Service (Denmark)

External identifiers

EU CT number
2022-500816-21-00
WHO UTN
U1111-1278-2162

Trial design

CTIS Part I — objectives, methods, condition coding

Main objective

Scope: Therapy

To determine whether prehospital titrated oxygen in patients with suspected AECOPD will decrease 30-day mortality compared to patients receiving standard care.

Secondary objectives 7

  1. • To determine whether a prehospital titrated oxygen strategy for AECOPD patients will have a positive effect on experienced dyspnoea, rated on a scale from 0-10 compared to patients receiving standard care
  2. • To determine whether a prehospital titrated oxygen strategy for AECOPD patients will reduce the in-hospital need for NIV or invasive ventilation compared to patients receiving standard care
  3. • To determine whether a prehospital titrated oxygen strategy for AECOPD patients will result in a reduced 24-hour and 7-day mortality compared to patients receiving standard care.
  4. • To determine whether a prehospital titrated oxygen strategy for AECOPD patients will reduce the proportion of patients with respiratory acidosis (PaCO2 >6,3 kPa AND pH <7,35[6]) and the degree of acidosis measured on arrival to hospital compared to patients receiving standard care.
  5. • To determine whether a prehospital titrated oxygen strategy for AECOPD patients reduces mortality (24 hours, 7 days, 30 days), acidosis, intensive care unit (ICU) admission rate and need of assisted ventilation compared to patients receiving standard care analyzed on a subgroup level based on prehospital transport time.
  6. • To determine if there is a difference in time to intensive care admission, non-invasive ventilation or endotracheal assisted ventilation events
  7. • To determine if a titrated oxygen strategy will lower the readmission rate compared with standard care

Conditions and MedDRA coding

Acute Exacerbation of Chronic Obstructive Pulmonary Disease

VersionLevelCodeTermSystem organ class
21.1 LLT 10077773 Chronic obstructive pulmonary disease exacerbation 10038738

Eligibility criteria

Principal inclusion / exclusion criteria as submitted by sponsor

Inclusion criteria 2

  1. Treating EMT or Paramedic suspects acute exacerbation of chronic obstructive pulmonary disease
  2. Patients over the age of 40 years

Exclusion criteria 7

  1. Non-COPD bronchospasm
  2. Known or suspected pregnancy
  3. Prehospital NIV, invasive or bag mask assisted ventilation
  4. Allergy to inhalation drug (Salbutamol)
  5. Transfer between hospitals
  6. More than 2 doses (5 mg salbutamol) inhalation drug, given by EMT or paramedic (acute treatment), before allocated treatment is initiated
  7. Readmission within 30 days from last randomization

Endpoints

Primary and secondary outcome measures (English text)

Primary endpoints 1

  1. 30-day mortality

Secondary endpoints 13

  1. 24-hour mortality
  2. 7-day mortality
  3. Length of hospitalization
  4. ICU admission rate
  5. Length of ICU admission
  6. In-hospital need for non-invasive ventilation
  7. Time to non-invasive ventilation
  8. In-hospital need for invasive ventilation
  9. Time to invasive ventilation
  10. Proportion of patients with respiratory acidosis on arrival to hospital
  11. The degree of acidosis based on the pH-value
  12. Patient experienced dyspnoea on a verbal rating scale 0-10
  13. Readmission rate

Investigational products

Investigational medicinal products (IMPs), comparators, placebo, auxiliary

Test 1

AIRAPY, komprimeret medicinsk gas

PRD373484 · Product

Active substance
Air, Medicinal
Substance synonyms
AIR MEDICINAL
Pharmaceutical form
MEDICINAL GAS, COMPRESSED
Route of administration
INHALATION
Max daily dose
1000 l litre(s)
Max total dose
1000 l litre(s)
Max treatment duration
1 Day(s)
Authorisation status
Authorised
ATC code
V03AN05 — -
Marketing authorisation
40815
MA holder
LINDE GAS
MA country
Denmark
Paediatric formulation
No
Orphan designation
No
Modified vs. Marketing Authorisation
No

Comparator 1

Conoxia 100 %, medicinsk gas, komprimeret

PRD404290 · Product

Active substance
Oxygen
Pharmaceutical form
MEDICINAL GAS, COMPRESSED
Route of administration
INHALATION
Max daily dose
1000 l litre(s)
Max total dose
1000 l litre(s)
Max treatment duration
1 Day(s)
Authorisation status
Authorised
ATC code
V03AN01 — -
Marketing authorisation
39261
MA holder
LINDE GAS
MA country
Denmark
Paediatric formulation
No
Orphan designation
No
Modified vs. Marketing Authorisation
No

Auxiliary 2

Salbutamol ”TEVA”, inhalationsvæske til nebulisator, opløsning

PRD2564137 · Product

Active substance
Salbutamol Sulfate
Pharmaceutical form
NEBULISER SOLUTION
Route of administration
INHALATION
Max daily dose
25 mg milligram(s)
Max total dose
25 mg milligram(s)
Max treatment duration
1 Day(s)
Authorisation status
Authorised
ATC code
R03AC02 — SALBUTAMOL
Marketing authorisation
41493
MA holder
TEVA B.V
MA country
Denmark
Paediatric formulation
No
Orphan designation
No
Modified vs. Marketing Authorisation
No

Berodual, inhalationsvæske til nebulisator, opløsning

PRD307015 · Product

Active substance
Fenoterol Hydrobromide
Pharmaceutical form
NEBULISER SOLUTION
Route of administration
INHALATION
Max daily dose
6.25 mg milligram(s)
Max total dose
6.25 mg milligram(s)
Max treatment duration
1 Day(s)
Authorisation status
Authorised
ATC code
R03AK03, R03AL01 — FENOTEROL AND OTHER DRUGS FOR OBSTRUCTIVE AIRWAY DISEASES, -
Marketing authorisation
14975
MA holder
BOEHRINGER INGELHEIM INTERNATIONAL GMBH
MA country
Denmark
Paediatric formulation
No
Orphan designation
No
Modified vs. Marketing Authorisation
No

Sponsors and contacts

Sponsor organisations, regulatory contacts, third parties

Præhospitalet

Sponsor organisation
Præhospitalet
Address
Olof Palmes Allé 34
City
Aarhus N
Postcode
8200
Country
Denmark

Scientific contact point

Organisation
Præhospitalet
Contact name
Martin Fauerholt Gude

Public contact point

Organisation
Præhospitalet
Contact name
Martin Fauerholt Gude

Locations

1 EU/EEA country · 1 investigational sites

By country

CountryMS statusPlanned subjectsSites
Denmark Not authorised 1,888 1
Rest of world 0

Investigational sites

Denmark

1 site · Not authorised
Præhospitalet
Forskning & Udvikling, Olof Palmes Allé 34, 8200, Aarhus N

Application history

1 submissions — initial application plus substantial / non-substantial modifications

#TypeCodeSubmittedReference MSConclusionDecision date
1 INITIAL IN 2022-06-24 Denmark Not acceptable
2022-09-11
2022-09-12