Hair keratin-associated proteins (KAP) are a major component of the hair fiber, and play crucial roles in forming a strong hair shaft through a cross-linked network with keratin intermediate filaments (KIF), which are produced from hair keratins. Recently, the study of human KAP has advanced significantly. So far, five clusters of human KAP genes have been characterized, leading to the identification of more than 80 individual human KAP genes. In situ hybridization studies have demonstrated sequential and spatial expression patterns of these KAP members in differential portions of the hair fiber cortex and cuticle. Furthermore, several human KAP genes have size polymorphisms that are mainly because of variable numbers of cysteine-rich repea...
Most protein in hair and wool is of two broad types: keratin intermediate filament-forming proteins ...
Abstract Background Hair is unique to mammals. Kerati...
Hair from different individuals can be distinguished by physical properties. Although some data exis...
Hair keratin-associated proteins (KAP) are a major component of the hair fiber, and play crucial rol...
Analysis of the EBI/GeneBank database using nonhuman hair keratin associated protein (KAP) gene sequ...
In a search for genes overexpressed in human sexual hairs, several partial complementary DNA (cDNA) ...
Hair fiber differentiation involves the expression of both hair keratin intermediate filament protei...
Hair keratin-associated proteins (KAP) are a major structural component of the hair fiber. In humans...
Hair keratin–associated proteins (KRTAPs) are one of the major structural components of the hair sha...
During anagen, cell proliferation in the germinative matrix of the hair follicle gives rise to the f...
During anagen, cell proliferation in the germinative matrix of the hair follicle gives rise to the f...
licenses/by-nc-nd/3.0/). Reproduction is permitted for personal, noncommercial use, provided that th...
Keratin associated proteins (KAPs) are a class of proteins that associate with keratin intermediate ...
Normal hair growth and differentiation requires co-ordinate expression of many hair specific structu...
The keratin-associated proteins (KAPs) are key constituents of cashmere fibres. Of the many mammalia...
Most protein in hair and wool is of two broad types: keratin intermediate filament-forming proteins ...
Abstract Background Hair is unique to mammals. Kerati...
Hair from different individuals can be distinguished by physical properties. Although some data exis...
Hair keratin-associated proteins (KAP) are a major component of the hair fiber, and play crucial rol...
Analysis of the EBI/GeneBank database using nonhuman hair keratin associated protein (KAP) gene sequ...
In a search for genes overexpressed in human sexual hairs, several partial complementary DNA (cDNA) ...
Hair fiber differentiation involves the expression of both hair keratin intermediate filament protei...
Hair keratin-associated proteins (KAP) are a major structural component of the hair fiber. In humans...
Hair keratin–associated proteins (KRTAPs) are one of the major structural components of the hair sha...
During anagen, cell proliferation in the germinative matrix of the hair follicle gives rise to the f...
During anagen, cell proliferation in the germinative matrix of the hair follicle gives rise to the f...
licenses/by-nc-nd/3.0/). Reproduction is permitted for personal, noncommercial use, provided that th...
Keratin associated proteins (KAPs) are a class of proteins that associate with keratin intermediate ...
Normal hair growth and differentiation requires co-ordinate expression of many hair specific structu...
The keratin-associated proteins (KAPs) are key constituents of cashmere fibres. Of the many mammalia...
Most protein in hair and wool is of two broad types: keratin intermediate filament-forming proteins ...
Abstract Background Hair is unique to mammals. Kerati...
Hair from different individuals can be distinguished by physical properties. Although some data exis...