Diese Arbeit charakterisiert die Funktion und das Expressionmuster der beiden Zinkfinger-
Homöodomänentranskriptionsfaktoren zfh1 und zfh2 von Drosophila melanogaster. Das …

Different aspects of neural development are tightly regulated and the underlying
mechanisms have to be transcriptionally well controlled. Here we present evidence that the …

Abstract The zfh-1 and zfh-2 genes of D. melanogaster encode novel proteins containing
both hemoedomain and C 2-H 2 zinc-finger DNA-binding motifs. Antisera against these …

In Drosophila, the zing-finger homeodomain transcription factors zfh are expressed in many
tissues including nervous system. Two vertebrate homologues, Zfhx1a and Zfhx1b have …

zfh-1 is a zinc finger/homeodomain transcriptional repressor in Drosophila that regulates
differentiation of muscle and gonadal cells and is also expressed in the central nervous …

Abstract zfh-1 is a member of the zfh family of proteins, which all contain zinc finger and
homeodomains. The roles and mechanisms of action of most family members are still …

Zinc finger homeodomain1 (zfh1) encodes a transcription factor containing zinc fingers and
is expressed in the central nervous system (CNS) and in various mesodermal lineages …

Elucidating mechanisms that differentiate motor neurons from interneurons are fundamental
to understanding CNS development. Here we demonstrate that within the Drosophila NB 7 …

A number of genes, spanning the evolutionary scale from yeast to mammals, that are
involved in spatial and temporal patterning during development contain zinc finger and …

ABSTRACT δEF1 is a DNA binding protein containing a homeodomain and two zinc finger
clusters, and is regarded as a vertebrate homologue of zfh-1 (z inc finger h omeodomain …