Liupanshui Normal University (20240218314). HIGHLY EFFICIENT TANNIN-DEGRADING BACTERIUM SL006 FROM ROSA ROXBURGHII AND APPLICATION THEREOF simplified abstract
Contents
HIGHLY EFFICIENT TANNIN-DEGRADING BACTERIUM SL006 FROM ROSA ROXBURGHII AND APPLICATION THEREOF
Organization Name
Inventor(s)
Xiaoyong Zhang of Liupanshui (CN)
Jianhong Li of Liupanshui (CN)
Guimei Zhang of Liupanshui (CN)
HIGHLY EFFICIENT TANNIN-DEGRADING BACTERIUM SL006 FROM ROSA ROXBURGHII AND APPLICATION THEREOF - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240218314 titled 'HIGHLY EFFICIENT TANNIN-DEGRADING BACTERIUM SL006 FROM ROSA ROXBURGHII AND APPLICATION THEREOF
The abstract of the patent application describes a highly efficient tannin-degrading bacterium strain SL006 and its application in the field of biotechnology. The bacterium has been preserved in the China Center for Type Culture Collection with a preservation number of CCTCC No: M 20221946. It is separated, purified, and screened from moldy pomace due to its high tannin degradation efficiency.
- Highly efficient tannin-degrading bacterium strain SL006 isolated from moldy pomace
- Taxonomic designation of the bacterium is provided
- Preserved in the China Center for Type Culture Collection
- High tannin degradation efficiency
- Application in the field of biotechnology
Potential Applications: - Bioremediation of tannin-rich waste - Production of tannin-degrading enzymes - Improvement of tannin-rich feed for livestock
Problems Solved: - Efficient degradation of tannins in waste materials - Enhanced utilization of tannin-rich resources - Reduction of environmental pollution from tannin-containing substances
Benefits: - Sustainable waste management - Increased resource efficiency - Environmental protection
Commercial Applications: Title: "Biotechnological Application of Highly Efficient Tannin-Degrading Bacterium Strain SL006" Potential commercial uses in waste management, enzyme production, and livestock feed industries Market implications include cost savings, environmental compliance, and product innovation
Prior Art: Readers can explore prior research on tannin-degrading bacteria, bioremediation technologies, and enzyme production processes to understand the background of this innovation.
Frequently Updated Research: Stay updated on advancements in bioremediation techniques, microbial enzyme production, and sustainable waste management practices related to tannin degradation.
Questions about Highly Efficient Tannin-Degrading Bacterium Strain SL006: 1. How does the bacterium SL006 compare to other tannin-degrading microorganisms in terms of efficiency and specificity? 2. What are the potential challenges in scaling up the production of tannin-degrading enzymes using this bacterium?
Original Abstract Submitted
a strain of highly efficient tannin-degrading bacterium sl006 from and application thereof are disclosed in the present application, belonging to the technical field of biotechnology. the highly efficient tannin-degrading bacterium sl006 from has a taxonomic designation of , and has been preserved in the china center for type culture collection (cctcc), with a preservation number of cctcc no:m 20221946. the highly efficient tannin-degrading bacterium sl006 with high tannin degradation efficiency is separated, purified and screened from moldy pomace.
