Might the chemicals we exhale while watching movies tell us about the emotional stress that we're experiencing? In episode 41, Jonathan Williams from the Max Planck Institute for Chemistry in Mainz, Germany discusses his research analyzing the gasses emitted in cinemas, as described in his article "Proof of concept study: Testing human volatile organic compounds as tools for age classification of films," published on October 11, 2018 in the journal PLOS One.https://www.parsingscience.org/2019/01/22/williams/</div
Abstract In the history of diagnostics, breath analysis was one of the first method used until the b...
Article très originalThis study deals with students working with a hypermedia that links a bank of c...
Human beings emit many volatile organic compounds (VOCs) of both endogenous (internally produced) an...
Humans emit numerous volatile organic compounds (VOCs) through breath and skin. The nature and rate ...
Humans emit numerous volatile organic compounds (VOCs) through breath and skin. The nature and rate ...
Human beings continuously emit chemicals into the air by breath and through the skin. In order to de...
Current PTR-MS technology allows hundreds of volatile trace gases in air to be measured every second...
The economic success of a movie depends on audience satisfaction and on how much they are emotionall...
Exhaled breath is a rich and complex matrix containing many hundreds of compounds. Every breath offe...
A new testing method can rapidly determine the condition of old books and documents by analyzing the...
© 2016 Future Science Ltd.Aim: Breath analyses have potential to detect early signs of disease onset...
Science in film is gaining attention from scientists and science communicators. Sixteen experts gath...
Humans emit a wide range of volatile organic compounds (VOCs). These molecules can be emitted via br...
Background Parosmia is a debilitating condition in which familiar smells become distorted and disgu...
Chromatograph: How scientists sniff out what’s in a smell. Kadri Koppel, assistant professor of food...
Abstract In the history of diagnostics, breath analysis was one of the first method used until the b...
Article très originalThis study deals with students working with a hypermedia that links a bank of c...
Human beings emit many volatile organic compounds (VOCs) of both endogenous (internally produced) an...
Humans emit numerous volatile organic compounds (VOCs) through breath and skin. The nature and rate ...
Humans emit numerous volatile organic compounds (VOCs) through breath and skin. The nature and rate ...
Human beings continuously emit chemicals into the air by breath and through the skin. In order to de...
Current PTR-MS technology allows hundreds of volatile trace gases in air to be measured every second...
The economic success of a movie depends on audience satisfaction and on how much they are emotionall...
Exhaled breath is a rich and complex matrix containing many hundreds of compounds. Every breath offe...
A new testing method can rapidly determine the condition of old books and documents by analyzing the...
© 2016 Future Science Ltd.Aim: Breath analyses have potential to detect early signs of disease onset...
Science in film is gaining attention from scientists and science communicators. Sixteen experts gath...
Humans emit a wide range of volatile organic compounds (VOCs). These molecules can be emitted via br...
Background Parosmia is a debilitating condition in which familiar smells become distorted and disgu...
Chromatograph: How scientists sniff out what’s in a smell. Kadri Koppel, assistant professor of food...
Abstract In the history of diagnostics, breath analysis was one of the first method used until the b...
Article très originalThis study deals with students working with a hypermedia that links a bank of c...
Human beings emit many volatile organic compounds (VOCs) of both endogenous (internally produced) an...