Anti-Acne / Oiliness

Anti-acne and oiliness care focuses on addressing two key issues that contribute to acne development. Excessive sebum production, driven by hormonal changes, can clog pores and create an environment conducive to bacterial growth, leading to acne. Effective treatments aim to regulate oil production and reduce inflammation. Additionally, targeting the bacteria Propionibacterium acnes and promoting proper skin cell turnover helps prevent clogged pores and maintain clearer skin. Managing these factors is crucial for maintaining healthy skin and reducing acne outbreaks.

Biomarker Testing List:

Biomarker	Scientific Pathway Details	Used to Prove Claims
IL-1β	is a pro-inflammatory cytokine released in response to skin inflammation, often associated with acne. It is part of the inflammatory response pathway involving NF-κB signaling.	Anti-Inflammatory
Sebum Production	Sebum Production is regulated by sebaceous glands, influenced by hormones like androgens. Increased sebum production can lead to oily skin and acne development.	Oil Control
Propionibacterium acnes	is a bacterium that proliferates in the sebaceous follicles, contributing to acne pathogenesis through inflammation and follicular hyperkeratinization.	Antibacterial
Keratins 5 and 14	are key components of the skin’s keratinized layers. Abnormal keratinization can lead to clogged pores and acne. Proper keratinization ensures healthy skin turnover and function.	Normalizing Keratinization

Scientific Driven with our Technology:

Krishgen Labs utilizes advanced technologies such as ELISA (Enzyme-Linked Immunosorbent Assay) and PCR (Polymerase Chain Reaction) for precise biomarker analysis and pathogen detection. These technologies allow for accurate measurement of biomarkers related to inflammation, oil production, and bacterial presence, ensuring reliable results in evaluating anti-acne and oil control treatments.

Read our Blog on Cosmetic Product Claims and other Product Claims (natural / herbal / naturopathy etc)

Related Services

In-Vitro Melanin Inhibition Assay

Measures the product’s effectiveness in reducing melanin production in skin cells to address post-acne pigmentation.

In-Vitro Anti-Inflammatory Testing

Assesses the product’s ability to reduce inflammation in acne-affected skin models to prevent pigmentation

In-Vitro Pigmentation Reduction Assay

Evaluates the product’s impact on reducing pigmentation and dark spots in skin cell models.

In-Vitro Cell Regeneration Testing

Measures the product’s ability to promote skin cell turnover and repair, helping to fade acne-related pigmentation.