What we do

We rethink breath. Deep Breath Intelligence is a healthtech company unleashing the huge potential of analyzing exhaled breath by applying machine learning algorithms.

We provide non-invasive solutions for early diagnosis of diseases and therapeutic drug monitoring – enabling better treatment by precision medicine. Our first product, DBI-EPIbreath®, is a test for drug monitoring in epilepsy which is CE-certified under IVDD.

We are working hard today on developing a broad range of products in different disease areas to take future precision medicine to the next level and improve people’s health.

News

DBI wins the *zünder accelerator award 2023

DBI has been selected as finalist by the "zünder accelerator"

DBI cordially welcomes its 1st Master Student Kevin

One breath sample allows testing in multiple conditions.

Non-invasive and in real-time

Precision medicine

DBI-EPIbreath®

50 mio people worldwide live with epilepsy, a sixth of them are children. Medical treatment helps in ~70% of cases and often requires therapeutic drug monitoring.

Therapeutic drug monitoring requires blood sampling and frequent visits to healthcare providers. Drug concentrations in blood often do not correlate with the treatment response and side effects and/or persistent seizures are common.

Our certified DBI-EPIbreath® test only needs an exhale to estimate the drug concentration of valproic acid in blood and estimates risks of severe side effects and seizures.

Drug monitoring and decision support

  • In real-time
  • Non-invasive
  • Supports precision medicine

Blog

by Felix Schmidt

The role of therapeutic Drug Monitoring

Is it the right dosage? Perhaps you have also asked yourself this question when it comes to taking your medication? Therapeutic Drug Monitoring (TDM) plays a crucial role in ensuring the effectiveness and safety of certain medications that have a narrow therapeutic range. The primary goal of TDM is to tailor the individual dosage to each patient's specific needs.

by Jyoti Srivastava

Obstructive Sleep Apnea Part 2 - Breath Analysis potential for OSA

Chronic lack of sleep affects metabolic function and overall performance and health. In Part 1 of this OSA series, we touched on how metabolism is regulated during sleep. Now in Part 2, we explore how can breath analysis has the potential to help with sleep disorders such as Obstructive Sleep Apnea (OSA).

by Jyoti Srivastava

Obstructive Sleep Apnea Part 1 - Metabolism during sleep

Sleep and metabolism are closely intertwined, and healthy sleep habits support proper metabolic function and maintain overall health. So what happens to our metabolism during sleep and how can breath analysis help with sleep disorders such as Obstructive Sleep Apnea (OSA)?

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