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AZD3199

Phase 2

Asthma | Small molecule | Respiratory |AstraZeneca PLC|Last Updated: May 19, 2014

Success Probability

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Trial Design

RandomizedDouble-BlindPLACEBO_CONTROLLED
Total Trials2
Total Enrollment76

FDA Designations

No designations recorded

Clinical trial landscape

AZD3199 · 5 trials · 6 indications

Phase 2 3Phase 1 2
NCT01348139Evaluation of the Pharmacokinetics and the Pharmacodynamics of Different Dry Powder Inhalation Formulations of AZD3199 in Patients With AsthmaAsthma
COMPLETED39 Analytics
NCT00929708Efficacy of AZD3199 in Chronic Obstructive Pulmonary Disease (COPD) PatientsCOPD
COMPLETED329 Analytics
NCT00736489Single-dose Crossover Study to Investigate Pharmacodynamics of AZD3199Asthma
COMPLETED37 Analytics
PHASE2COMPLETED
Evaluation of the Pharmacokinetics and the Pharmacodynamics of Different Dry Powder Inhalation Formulations of AZD3199 in Patients With Asthma
AsthmaUnlock trial analytics
PHASE2COMPLETED
Efficacy of AZD3199 in Chronic Obstructive Pulmonary Disease (COPD) Patients
COPDUnlock trial analytics
PHASE2COMPLETED
Single-dose Crossover Study to Investigate Pharmacodynamics of AZD3199
AsthmaUnlock trial analytics

Study Endpoints

Primary Endpoints

Emax: Maximum Value of FEV1 for Every Treatment Visits
0-24 hrs

Peak effect (Emax) within 0-24 hours of FEV1, for treatment visits 2 to 7.

E22-26h: The Average of the FEV1 Values Between 22 and 26 h for Every Treatment Visit
22-26 hrs.

Trough effect (E22-26h) will be computed from the repeated measurements collected after each single dose during 22-26 hours of FEV1 from visit 2 to 7.

FEV1, E0-4; the Average Value at Visit 5 From Before to 4 Hours After Morning Dose (Peak Effect)
0,5 min, 15 min, 60 min, 2 h, 4 h

change from baseline

FEV1, E24-26; the Average Value at Visit 5 Between 24 and 26 Hours Following the Morning Dose (Trough Effect)
24h, 26h

change from baseline

FEV1 Peak Effect Within 0 - 24 h Post-dose
0, 5min, 15min, 30min, 1h, 2h, 4h, 6h, 8h, 10h, 12h, 14h, 18h, 22h, 24h

Maximum FEV1 value

E22-26: the Average of the FEV1 Value Between 22 and 26 h Post Dose for Every Treatment Visit.
22- 26 h post dose

Residual FEV1 24 h post-dose

S-potassium, Peak Effect Over 0 - 4 h Post-dose
0, 15min, 30min,1h, 2h, 4h

Minimum S-potassium concentration (A well-known effect of beta2-agonists (AZD3199 is a beta2-agonist) is a reduction in serum potassium levels. The minimum value has therefore been evaluated.

S-potassium, Average Effect Over 0 - 4 h Post-dose
0, 15min, 30min,1h, 2h, 4h

Average S-potassium concentration

To investigate the effect of AZD3199 on the QT interval
Throughout the study

QTcF or QTcI (algorithm based decision)

Incidence and nature of Adverse Events
Before, during and after dosing
Clinical significant abnormalities in ECG, pulse, blood pressure, lung function, temp, lab
Before, during and after dosing

Secondary Endpoints

tEmax: Time to Maximum Value of FEV1 for Every Treatment Visit
0 - 24 hrs.
E5min: The Value of FEV1 at 5 Min for Every Treatment Visit.
FEV1 at 5 min
E0-24h: The Average of the FEV1 Values Between 0 and 24 h for Every Treatment Visit
0 - 24 hrs
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Study Design & Arms

AllocationRANDOMIZED
MaskingTRIPLE
ModelCROSSOVER
PurposeTREATMENT

Treatment Arms

ArmTypeDescription
1EXPERIMENTALAZD3199 800 µg inhaled via single inhaler device (SID), single dose
2EXPERIMENTALAZD3199 880 µg inhaled via SID, single dose
3EXPERIMENTALAZD3199 1400 µg inhaled via SID, single dose
4EXPERIMENTALAZD3199 300 µg inhaled via Turbuhaler inhaler, single dose
5EXPERIMENTALAZD3199 1200 µg inhaled via Turbuhaler inhaler, single dose
6PLACEBO_COMPARATORPlacebo inhaled via Turbuhaler inhaler and SID, single dose
crossover dose 1EXPERIMENTALAZD3199 120 microgram
crossover dose 2EXPERIMENTALAZD3199 480 microgram
crossover dose 3EXPERIMENTALAZD3199 1920 microgram
crossover dose 4PLACEBO_COMPARATORPlacebo
crossover dose 5ACTIVE_COMPARATORFormoterol 9 microgram
crossover dose 6ACTIVE_COMPARATORFormoterol 36 microgram

Interventions

NameTypeDescription
AZD3199DRUGInhaled via single inhaler device (SID)
AZD3199 PlaceboOTHERInhaled via Turbuhaler inhaler and SID
formoterolDRUGDry powder for inhalation, b.i.d., 4 weeks
PlaceboDRUGDry powder for inhalation, b.i.d., 4 weeks
MoxifloxacinDRUGSingle dose, oral encapsulated tablet
Placebo comparatorOTHERSingle dose, oral inhalation
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Eligibility Criteria

Age Range18 Years to N/A
SexALL
Healthy VolunteersNo
Study Sites3

Inclusion Criteria: * Provision of signed and dated written informed consent prior to any study specific procedures * Men or women, age ≥ 18 years. Women must be of non-childbearing potential or stable on a highly effective contraceptive method for at least 3 months prior to Visit 1 and be willing ...

Countries:SwedenBulgariaCanadaJapanPolandRussiaDenmarkUnited Kingdom
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Frequently asked questions about AZD3199

What is AZD3199 used for?

AZD3199 is an investigational small molecule being developed for respiratory conditions including chronic obstructive pulmonary disease (COPD) and asthma. It has been studied in healthy volunteers and patients with airway obstruction. The drug is administered as an inhaled formulation via a dry powder inhaler.

Who makes AZD3199?

AZD3199 is being developed by AstraZeneca PLC, a multinational pharmaceutical company traded on the NASDAQ under the ticker symbol AZN. The drug has completed clinical trials in respiratory indications.

What phase is AZD3199 in?

AZD3199 has completed Phase 1 and Phase 2 clinical trials. It is an investigational drug that has not been approved by regulatory authorities. The development program includes studies in healthy volunteers and patients with asthma or COPD.

What clinical trials is AZD3199 in?

AZD3199 has been studied in four completed clinical trials. These include NCT00713271, a Phase 1 multiple ascending dose study in healthy men; NCT00736489, a Phase 2 pharmacodynamics study in asthma patients; NCT01222442, a Phase 1 cardiac safety study; and NCT01348139, a Phase 2 pharmacokinetics study in asthma.

How does AZD3199 work?

AZD3199 is a small molecule developed for respiratory diseases. It is designed to be delivered via inhalation to act locally in the lungs. The specific molecular target has not been disclosed in available clinical trial information.