Norfolk and Waveney Integrated Care System (ICS) on X: "Reduce your carbon footprint by switching to a greener inhaler for asthma, COPD and other respiratory conditions. Find out more: https://t.co/JDV7akm3T7 https://t.co/rXEy8c8vJB" /
Asthma carbon footprint 'as big as eating meat'
The excessive carbon footprint of inhaler devices used in airway... | Download Scientific Diagram
Reported and calculated inhaler carbon footprint data. | Download Scientific Diagram
HealthPRO Canada | HealthPRO's New Impact Assessment Tool for Inhalers
Sustainable Inhalers in Primary Care
Reduce your inhaler carbon footprint | The Castle Medical Group
Minimising the environmental impact of inhalers
Inhalers and the environment – Green Inhaler
Switching to 'green' inhalers could reduce carbon emissions and cut costs, study suggests | University of Cambridge
Reducing the Environmental Impact of Inhalers in Paediatrics at Wexham Park Hospital – QI Central
Breathing Space Northamptonshire - Are you prescribed an inhaler? Dry Powder Inhalers (DPIs) have a much lower carbon footprint than pressurised Metered Dose Inhalers (pMDIs). Swapping from a pMDI to a DPI
Bulletin 295: Inhaler carbon footprint | PrescQIPP C.I.C
Reducing the Environmental Impact of Inhalers in Paediatrics at Wexham Park Hospital – QI Central
Community Pharmacy South Central :: Ventolin to Salamol Swap - Low Carbon Asthma Care
New inhaler carbon footprint table from MIMS supports greener prescribing | MIMS online
Can Switching Inhalers Reduce Your Carbon Footprint? | MedPage Today
Why switching asthma inhaler could be better for you and the planet - BBC News
Inhalers and the environment – Green Inhaler
Asthma patients could cut carbon footprint by switching to 'greener' inhalers | CNN
Joined Up Care Derbyshire Greener Inhaler Strategy July 2022 » Joined Up Care Derbyshire
MIMS initiatives help reduce carbon footprint of inhaler prescribing | MIMS online
Switching to Dry Powder Inhaler Cuts Carbon Footprint | RT
Sustainability | Free Full-Text | Carbon Footprints and Life Cycle Assessments of Inhalers: A Review of Published Evidence
