On the basis of sequence similarity in the repeated zinc finger domain, we have identified and characterized two human cDNA clones (ZNF7 and ZNF8), both encoding proteins containing potential finger-like nucleic acid binding motifs. Northern blot analysis indicates that both genes are expressed as multiple transcripts and they are ubiquitously present in many human cell lines of different embryological derivation. Moreover, their expression is modulated during in vitro induced terminal differentiation of human myeloid cell line HL-60. By in situ hybridization experiments, we have localized the ZNF7 gene to chromosome 8 (region q24) and the ZNF8 gene to the terminal band of the long arm of chromosome 20 (20q13)
The finger motif is a tandemly repeated DNA-binding domain recently identified in the primary struct...
We identified a novel gene encoding a RING finger (C3HC4-type zinc finger) protein from a human neur...
We report the structural and functional characterization of the HF.10 zinc finger gene (ZNF35) in no...
We have isolated and characterized a novel zinc finger gene by screening a human testis cDNA library...
We report the partial characterization of a novel putative zinc finger gene of the Krüppel-type (ZNF...
We have isolated a novel human zinc finger gene, ZNF41, from a human X-chromosome-specific library. ...
We have isolated a novel human zinc finger gene, ZNF41, from a human X-chromosome-specific library. ...
We have isolated a novel human zinc finger gene, ZNF41, from a human X-chromosome-specific library. ...
We report here the partial characterization of a new human zinc finger (ZNF75) gene of the Kruppel t...
With the aim of identifying genes involved in early human embryonic development. we have isolated a ...
We have isolated a novel human zinc finger gene, ZNF41, from a human X-chromosome-specific library. ...
In this study, we describe the identification and partial characterization of 101 potential human zi...
In the context of a project aimed at the identification of zinc finger proteins involved in skeletal...
In the context of a project aimed at the identification of zinc finger proteins involved in skeletal...
The zinc finger domain is a sequence-specific DNA binding motif that was originally identified in th...
The finger motif is a tandemly repeated DNA-binding domain recently identified in the primary struct...
We identified a novel gene encoding a RING finger (C3HC4-type zinc finger) protein from a human neur...
We report the structural and functional characterization of the HF.10 zinc finger gene (ZNF35) in no...
We have isolated and characterized a novel zinc finger gene by screening a human testis cDNA library...
We report the partial characterization of a novel putative zinc finger gene of the Krüppel-type (ZNF...
We have isolated a novel human zinc finger gene, ZNF41, from a human X-chromosome-specific library. ...
We have isolated a novel human zinc finger gene, ZNF41, from a human X-chromosome-specific library. ...
We have isolated a novel human zinc finger gene, ZNF41, from a human X-chromosome-specific library. ...
We report here the partial characterization of a new human zinc finger (ZNF75) gene of the Kruppel t...
With the aim of identifying genes involved in early human embryonic development. we have isolated a ...
We have isolated a novel human zinc finger gene, ZNF41, from a human X-chromosome-specific library. ...
In this study, we describe the identification and partial characterization of 101 potential human zi...
In the context of a project aimed at the identification of zinc finger proteins involved in skeletal...
In the context of a project aimed at the identification of zinc finger proteins involved in skeletal...
The zinc finger domain is a sequence-specific DNA binding motif that was originally identified in th...
The finger motif is a tandemly repeated DNA-binding domain recently identified in the primary struct...
We identified a novel gene encoding a RING finger (C3HC4-type zinc finger) protein from a human neur...
We report the structural and functional characterization of the HF.10 zinc finger gene (ZNF35) in no...