Skin, hair, and nail support is the main area connected here, and any felt benefit should be read together with the human evidence base.
Some human supplement-context evidence is present and directly informs the score.
Representative tier calculated from paper evidence that passed the collection audit.
The representative ingredient tier is calculated from these target-level evidence groups.
Potential benefit studied in Skin, hair, and nails.
This score reflects the strength of this benefit group. The ingredient tier also considers paper count, repetition, population, and study context.
Potential benefit studied in Bone and joint health. These findings come from a defined study population, so everyday effects may differ.
This score reflects the strength of this benefit group. The ingredient tier also considers paper count, repetition, population, and study context.
Potential benefit studied in Exercise performance and recovery.
This score reflects the strength of this benefit group. The ingredient tier also considers paper count, repetition, population, and study context.
This range includes studies in specific patient groups. It is not a general dose or recommendation.
Findings from studies of this ingredient alone are separated from findings involving another supplement or medication.
No standalone side-effect or combination signal is currently clear enough to show from the collected papers. This does not mean there is no concern.
Paper IDs and full lists are private. Only study types and summaries are shown.
The atlas of collagen-producing cells provides a roadmap for studying the roles of these unique populations in homeostasis and pathologic fibrosis and shows a pro-fibrotic phenotype.
Type and source of extraction are the main factors that affect HC properties, such as molecular weight of the peptide chain, solubility, and functional activity.
How recent in vitro models have addressed critical questions regarding the role of the non-collagenous proteins in controlling mineralization is discussed, the nature of the interactions between amorphous calcium phosphate and collagen during the early stages
Collagen hybridizing peptide (CHP), which binds unfolded collagen by triple helix formation, is utilized to detect molecular level subfailure damage to collagen in mechanically stretched rat tail tendon fascicle to elucidate a probable molecular failure mechan
The data demonstrate that compared with placebo, collagen peptide supplementation in combination with resistance training further improved body composition by increasing FFM, muscle strength and the loss in FM.
The results indicate the general correlation between the level of collagen remodeling and the amount of denatured collagen in tissue and show that the CHP probes can be used across species and collagen types, providing a versatile tool for not only pathology a