Animation TRP channel multimodulators in colds

Design of an animation on the effect of multimodulators on TRP receptors in upper respiratory tract infections.

Rights of use of the visual material: Procter & Gamble
Music: Kevin McLeod – Impact prelude – License: Creative Commons (CC BY 3.0)

Backgound:

Upper respiratory tract infections are diseases that affect the nose, nasopharynx and throat. They are common and can be caused by various viruses. The usual symptoms include cough, sore throat, runny nose and nasal congestion. Treatment for upper respiratory tract infections usually focuses on relieving symptoms.

Project description:

For Procter and Gamble, under the direction of the MSL Group, we created a 3D animation about the processes that are responsible for the discomfort of an upper respiratory tract infection. We focused on the inflammatory reactions in the epithelium of the nasal mucosa and the processes in the throat that cause coughing and sore throat. TRP (Transient Receptor Potential) receptors play an important role here.

In the second part of the 3D animation, the effect of various plant-based active ingredients on TRP receptors was shown. These are menthol, camphor and eucalyptus. Menthol and eucalyptus activate TRPM8 receptors located on the membrane of the nasal mucosa at the nerve endings. This has a reducing effect on the perception of nasal congestion, providing relief. At the epithelial cells in the throat, menthol interacts with TRPM8 receptors, and camphor and eucalyptus interact with TRPA1 receptors at the nerve endings, reducing the stimulus to cough.

Project description TRP channel multimodulators in colds

Content: 1 animation

Usage: Lectures, congresses, website, social media

Specifications: Full-HD, subtitles EN, lenght ~2:15 min

Client: MSL Group / Procter & Gamble

The rights of use of the graphic material shown here belong to the client, use is not permitted. Images and video are protected with watermarks.

Screenshots animation TRP channel multimodulators for colds:

Infection upper respiratory tract
Infection upper respiratory tract
Epithel in nasal mucosa developing an inflammatory response
Epithel in nasal mucosa developing an inflammatory response
Activating receptors on membrane of nerve ends - infection
Activating receptors on membrane of nerve ends – infection
swell nasal mucosa
swell nasal mucosa
TRP receptors triggering cough
TRP receptors triggering cough
Active ingredients as TRP multumolators
Active ingredients as TRP multumolators
Interaction of TRPM8 with eucalyptus and menthol on membrane of nerve endings
Interaction of TRPM8 with eucalyptus and menthol on membrane of nerve endings
Interaction of Menthol on TRPM8 on epithelium
Interaction of Menthol on TRPM8 on epithelium
Interaction of Eucalyptus and Camphor on TRPA1 receptor
Interaction of Eucalyptus and Camphor on TRPA1 receptor
Distribution of TRP receptors in respiratory tract
Distribution of TRP receptors in respiratory tract
Storyboard animation on respiratory tract infections
Storyboard animation on respiratory tract infections