*Green puls bacillus : Gram-negative bacteria.
*Goldena staphylococcus : Gram-positive bacteria.
*They can enter the upper respiratory tract or intestines.
*If golden staphylococcus infect the intestines, it proliferates extensively
within the intestines,causing significant disruption to the stability of the
intestinal microbial community while producing enterotoxins.
* Currenttly, the primary method for detecting golden staphylcoccus is the
plasma coagulase test.
*Enterotoxins are important products of Staphylococcus aureus.They can
be detected using simple methods like double-layered agar diffusion
assays or ELISA tests.
*Molecular biology methods like DNA electrophoresis after PCR can detect
Staphylococcus aureus, while utilizing the differences between bacterial and
eukaryotic ribosomes can only identify the presence of certain microbial
groups, but not the exact species of bacteria
*The CRISPR-Casl2a technology is based on the most cuttingedge gene editing.
*We innovatively applied the CRISPR/Cas technology to a reagent kit,
expanding the scope of its application, By combining simple heating and other
steps fluorescence can be observed and readings can be taken, providing an
easy way to quantify results.
CRISPR/Cas 12a gene
Easy and convenient to
detect bacteria right at
home Can also be utilized
by cosmetic companies
help people to detect cosmetics in their home
without using specialized facilities
to the safety of cosmetics
skin diseases caused by
New means of detecting bacteria at a lower cost
and with higher efficiency
produce high-quality, safe
healthier and more
become a valuable and much needed solution
safety and quality of cosmetics