Advancing Therapeutic Science

Pioneering the future of drug delivery through significant advances in aerosol technology

Our research programs combine breakthrough aerosol technology, and digital precision to transform how therapeutics reach their targets. Explore our latest findings, technical achievements, and ongoing investigations.

Reduced Risk Nicotine Samantha Wright Reduced Risk Nicotine Samantha Wright

New Study Highlights Scientific Breakthrough in Reduced-Risk Nicotine Delivery

Pneuma Respiratory, a leader in inhaled respiratory therapeutics, today announced the results of a groundbreaking study examining the aerosol composition of various nicotine delivery devices. The study highlights the absence of concerning heavy metals and organic compounds in Pneuma’s innovative, non-heated reduced-risk nicotine delivery system, reinforcing the company’s scientific leadership and commitment to harm reduction.

Read More
Reduced Risk Nicotine Samantha Wright Reduced Risk Nicotine Samantha Wright

Aerosol Composition Testing of Concerning Compounds

This study was performed to compare the amounts of concerning compounds in the emissions of several inhaled nicotine products. The compounds of interest included heavy metals (chromium, iron, nickel, copper, zinc, arsenic, cadmium, tin, silver, lead, beryllium, cobalt, selenium, and vanadium) and organic compounds (acetaldehyde, acrolein, butyraldehyde, crotonaldehyde, diacetyl, formaldehyde, furfural, pentanedione, acrylonitrile, and benzene).

Read More
Reduced Risk Nicotine Samantha Wright Reduced Risk Nicotine Samantha Wright

Pneuma Respiratory Advances Inhaled Therapeutics to Improve Respiratory Health

Advancing inhaled respiratory therapeutics through innovative aerosol technology, we’re focused on bringing transformative solutions to market, starting with reduced-risk nicotine delivery and expanding into treatments for conditions like COPD and lung cancer. Our proprietary aerosol generation technology features non-heated, water-based solutions and ultra-fine droplet precision, achieving over 90% aerosol delivery to the lungs.

Read More