Homeobox (HOX) genes are a gene family that encode information critical for the normal embryologic development of many different organisms, including vertebrates. HOX genes encode transcriptional regulatory factors that bind to multiple different genes and thereby determine the developmental fate of a cell. The role of HOX genes in the development of skin is undetermined but, based on information from other organisms and recent experimental data from skin models, it is likely that this class of genes is important for the normal development of skin adnexae, pigmentary system, and stratified epidermis during embryogenesis. The purpose of this review is to briefly summarize what is known about HOX genes and to familiarize the reader with recen...
While mouse development has been well described at a morphological level, very little is known ab...
The outermost layers of skin consist of stratified epithelia that serve as a barrier and interface t...
Hox genes encode a family of transcription factors that play highly conserved regulatory roles in sp...
Homeobox (HOX) genes are a gene family that encode information critical for the normal embryologic d...
The spatial and temporal deployment of HOX homeobox genes along the spinal axis and in limb buds dur...
We examined the expression patterns of several class I homeobox genes in mouse fetal and adult skin....
The mechanism involved in the morphogenesis of skin appendages is a fundamental issue underlying the...
The developing vertebrate limb is a powerful system to study genes potentially involved in pattern f...
Homeobox (HOX) genes share a highly conserved 183-bp sequence. The encoded proteins are capable of b...
Homeobox genes (HOX) are a large family of transcription factors that direct the formation of many b...
Cell patterning during embryogenesis is essential for establishing the identity of the developing bo...
HOX genes are a group of evolutionarily conserved genes that encode a family of transcription factor...
Hox genes encode a family of transcriptional regulators that elicit distinct developmental programme...
HOX genes belong to a family of transcription factors characterized by a 183 bp DNA sequence called ...
It is gradually becoming accepted that vertebrate homeobox genes, like their counterparts in Drosoph...
While mouse development has been well described at a morphological level, very little is known ab...
The outermost layers of skin consist of stratified epithelia that serve as a barrier and interface t...
Hox genes encode a family of transcription factors that play highly conserved regulatory roles in sp...
Homeobox (HOX) genes are a gene family that encode information critical for the normal embryologic d...
The spatial and temporal deployment of HOX homeobox genes along the spinal axis and in limb buds dur...
We examined the expression patterns of several class I homeobox genes in mouse fetal and adult skin....
The mechanism involved in the morphogenesis of skin appendages is a fundamental issue underlying the...
The developing vertebrate limb is a powerful system to study genes potentially involved in pattern f...
Homeobox (HOX) genes share a highly conserved 183-bp sequence. The encoded proteins are capable of b...
Homeobox genes (HOX) are a large family of transcription factors that direct the formation of many b...
Cell patterning during embryogenesis is essential for establishing the identity of the developing bo...
HOX genes are a group of evolutionarily conserved genes that encode a family of transcription factor...
Hox genes encode a family of transcriptional regulators that elicit distinct developmental programme...
HOX genes belong to a family of transcription factors characterized by a 183 bp DNA sequence called ...
It is gradually becoming accepted that vertebrate homeobox genes, like their counterparts in Drosoph...
While mouse development has been well described at a morphological level, very little is known ab...
The outermost layers of skin consist of stratified epithelia that serve as a barrier and interface t...
Hox genes encode a family of transcription factors that play highly conserved regulatory roles in sp...