18578037. MICROBIOME MANAGEMENT IN AN ANIMAL RESIDENCE simplified abstract (SIGNIFY HOLDING B.V.)
Contents
MICROBIOME MANAGEMENT IN AN ANIMAL RESIDENCE
Organization Name
Inventor(s)
PETER Deixler of ARLINGTON MA (US)
MICROBIOME MANAGEMENT IN AN ANIMAL RESIDENCE - A simplified explanation of the abstract
This abstract first appeared for US patent application 18578037 titled 'MICROBIOME MANAGEMENT IN AN ANIMAL RESIDENCE
The invention provides a lighting system for indoor microbiome management in an animal residence, consisting of a light generating device, a control system, and an input system.
- The light generating device produces radiation with a specific spectral power distribution to promote the persistence of certain microbes over others.
- The input system receives and senses microbiome influencing parameters to provide input signals to the control system.
- The control system regulates the light generating device based on the input signals.
Potential Applications: - Animal husbandry facilities - Research laboratories - Indoor farming operations
Problems Solved: - Controlling indoor microbiome composition - Promoting the growth of specific microbes - Enhancing animal health and well-being
Benefits: - Improved indoor air quality - Enhanced animal health and productivity - Customizable microbiome management
Commercial Applications: Title: Indoor Microbiome Management Lighting System This technology can be used in various commercial settings such as animal husbandry facilities, research laboratories, and indoor farming operations to control indoor microbiome composition and promote the growth of specific microbes, ultimately enhancing animal health and productivity.
Questions about Indoor Microbiome Management Lighting System: 1. How does this lighting system impact animal health in indoor environments? This lighting system can positively influence animal health by promoting the growth of beneficial microbes and controlling indoor microbiome composition.
2. What are the potential long-term effects of using this technology in animal husbandry facilities? The long-term effects may include improved indoor air quality, enhanced animal health and productivity, and customizable microbiome management strategies.
Original Abstract Submitted
The invention provides a lighting system () for indoor microbiome management in an animal residence (), wherein the lighting system () comprises a light generating device (), a control system (), and an input system (), wherein: the light generating device () is configured to generate first device radiation (), wherein a spectral power distribution of the first device radiation () is selected for promoting persistence of the first microbes () relative to second microbes, other than the first microbes (); the input system () is configured to receive and/or sense a microbiome influencing parameter and to provide a related input signal to the control system (): the control system () is configured to control the light generating device () in dependence of the related input signal.
