KRTAP9-2 Activators

Retinyl palmitate is a precursor to retinoic acid that influences gene expression related to keratinization, which can enhance the production of keratin proteins such as KRTAP9-2. Ascorbic acid, known for its role in collagen synthesis, also contributes to a robust follicular environment that is essential for the health of keratin proteins. In the energy-generating pathways of the cell, α-ketoglutarate provides resources that can be utilized for the synthesis of keratin, thus indirectly supporting KRTAP9-2 expression. L-Cysteine, an amino acid, is pivotal for the formation of disulfide bonds in keratin, directly impacting the structural integrity and function of KRTAP9-2. The metabolism of amino acids, facilitated by pyridoxine, or vitamin B6, is crucial for the synthesis of various proteins, including those in the keratin family. Magnesium L-aspartate salt plays a supportive role in enzymatic reactions, which can have downstream effects on protein synthesis and function.

Oleic acid's regulatory action on cellular processes extends to the synthesis of keratin proteins, potentially influencing KRTAP9-2 production. Epigallocatechin gallate, is associated with the health of hair follicles and may indirectly impact the expression of keratin proteins. Biotin's role in hair health is also significant, as it may affect keratin protein synthesis, including KRTAP9-2. Gluconic acid zinc (II) salt and copper peptide are trace elements that contribute to follicle health, which is critical for the synthesis of hair proteins. Nicotinic Acid, or vitamin B3, improves the health of skin cells, which in turn may support the synthesis of keratin proteins in hair follicles.