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SCI Journal Publication: CIRS Biotech and Junyu Group Collaboration Reveals Scientific Mechanism of Gardenia Extract Against Skin Photodamage
A breakthrough study on the anti-photodamage effects of Gardenia Fructus Extracts, jointly conducted by Hangzhou CIRS KEXIN Biotech Co., Ltd. (CIRS Biotech) and Shanghai Junyu Biotechnology Co., Ltd. (Junyu Group), has been published in Cosmetics, an internationally renowned SCI-indexed journal. The breakthrough study provides scientific validation for the development of photoprotective ingredients and the establishment of its efficacy evaluation systems.
08-18
Free Webinar: Global PFAS Regulations and Compliance Overview (Sept. 25)
CIRS is to host a PFAS-focused webinar, concentrating on the latest regulatory updates and compliance practices. This webinar is designed to help businesses promptly adapt to policy changes, fulfill compliance responsibilities robustly, and seize opportunities for sustainable development. Register now to solidify your compliance defenses and empower your business for the future!
09-25
Interpretation of the New Regulatory Requirements for Hair Dye Cosmetics in China
On July 31, 2025, the National Institutes for Food and Drug Control (NIFDC) released six Technical Guidelines, including the Technical Guidelines for the Study of Hair Dye Cosmetics (Trial) (Draft for Comments), to solicit public opinions. The following is a detailed interpretation of the Technical Guidelines for the Study of Hair Dye Cosmetics (Trial) (Draft for Comments) and the Technical Guidelines for the Study of Quality Control Standards for Hair Dye Cosmetics (Trial). This aims to assist enterprises in keeping up with regulatory and policy changes in a timely manner, ensuring smooth adaptation to regulatory developments.
09-23
ECHA to Conduct Public Consultation on PFAS Restriction Draft in Spring 2026
To assist stakeholders in preparation, ECHA will host an online briefing on October 30, 2025.
09-22
CIRS Cosmetic Efficacy Evaluation and Practical Cases – In-vitro Hair Thermal Damage Model
In this article, we would like to share the hair thermal damage model conducted by CIRS Testing and Amway (Shanghai), as published in the Journal of Cosmetic Dermatology. The frequent use of hair dryers can cause thermal damage to the hair. Currently, there are various hair care products aimed at repairing thermal-damaged hair emerged on the market, making it necessary to establish a convenient and stable hair thermal damage model to evaluate the efficacy of such products.
09-15
Why Choose CIRS C&K Testing
01
Global Service Network
CIRS Group has set up branch offices across multiple countries, including the Republic of Ireland, South Korea, the United States, the United Kingdom, Japan and China, enabling it to offer global services to its clients.
02
Rich Industrial Experience
Deeply rooted in the industry for more than 17 years, CIRS Group provided its technical services to over 20,000 enterprises, including 60+ Top 500 enterprises.
03
International Elite Team
The technical team comprises of over 100 technical staffs, including products regulations experts, risk assessment experts, toxicologists, data analysis and software specialists. They have more than 10 years of experience.
04
One-stop Compliance Services
CIRS Group is able to provide one-stop compliance services across products full life cycle, including compliance consulting, testing, product R&D, data services, etc., for multiple industries, such as chemicals, cosmetics, food, medical devices, disinfectants, pesticides, vehicles and consumer goods.
05
High-quality Industrial Resources
With high-quality industrial resources, including government institutions, industrial associations, academic institutions, globally cooperative enterprises, laboratories, etc., CIRS Group is able to provide supports for global trade.
06
Sound Laboratory Construction
CIRS Group owns several professional laboratories, including Chemical Analysis Laboratory, Microbiology Laboratory, Efficacy Evaluation Laboratory, Toxicology Laboratory, etc.