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Advancements in nanoformulations for CRISPR-Cas9 genome editing can respond to specific triggers for controlled gene editing, showing promise in treating incurable diseases, but challenges like precision and system design complexity still need to be addressed.

Hair growth is controlled by specific gene clusters and proteins, and cysteine affects hair gene expression in sheep.

The hair's outermost surface has multiple layers of lipids and proteins.

A specific RNA molecule blocks hair growth by affecting a protein related to hair loss conditions.

Certain genetic variants impair enzyme activity, contributing to non-classic congenital adrenal hyperplasia.

SPARC likely aids in tissue remodeling during the hair cycle, not in starting new hair growth phases.

CAP7.1 is generally safe at 200 mg/m²/day, but can cause fatigue, nausea, hair loss, fever, and blood-related issues.

CaV1.2 helps activate hair follicle stem cells without calcium flux.

Basonuclin helps keratinocytes multiply and prevents them from fully maturing.

Keratin 17 is important for hair and nail structure and affects pachyonychia congenita symptoms.

Nuclear shape and chromatin changes affect gene expression in skin cell differentiation.

Specific cross-linkages help make hair proteins stable and strong.

pCLCA2 protein may help maintain skin structure and function.

DNA methylation controls lncRNA2919, which negatively affects hair growth.

Reptile skin hardens by layering beta-proteins on keratin.

Two new gene clusters important for hair formation were found on human chromosome 11.

A gene variant causes patched hair loss in mice, similar to alopecia areata in humans.

New nanocarriers were developed for safer, targeted drug delivery and diagnostics, showing promise for future medical use.

Removing part of the vitamin D receptor stops vitamin D from working properly.

Hair structural proteins are synthesized sequentially in specific cells, offering a new way to study hair proteins and defects.

Targeting endolysosomes may help treat COVID-19.

Molecular dynamics simulations help understand keratin's properties and predict hair's response to treatments.

Whn is essential for hair growth, and its malfunction causes hair loss.

NFIC helps rat dental cells grow and turn into bone-like cells.

Researchers found a new gene, hacl-1, that is active in mouse hair follicles during hair growth and may be important for hair biology.

Mutations in the Whn gene affect hair keratin gene expression differently.

A child with ectodermal dysplasia-syndactyly syndrome has a new mutation in the NECTIN4 gene.

NFATc1 controls hair stem cell activity, affecting hair growth and could be a target for hair loss treatments.