We have isolated chicken genomic and cDNA clones representing the jun oncogene of
avian sarcoma virus 17 (ASV17). The genomic clone lacks intron sequences within its …

The oncogene jun is the putative transforming gene of avian sarcoma virus 17; jun appears
to be derived from a gene of the chicken genome and has homologues in several other …

Biologically active molecular clones of avian sarcoma virus 17 (ASV 17) contain a
replication-defective proviral genome of 3.5 kilobases (kb). The genome retains partial gag …

Jun is a transcription factor that can also induce oncogenic transformation. Its tional
equivalence. A chimeric GCN4 DNA-binding domain is conserved from yeast to man and …

Retroviral oncogenes are derived from cellular genes. These cellular genes code for
components of signal transduction chains. They include genes for growth factors, growth …

Since the discovery of v-jun as the transforming protein of the sarcoma virus 17 three
mammalian homologues of v-jun have been isolated. All three jun genes respond to a …

The coding sequences of avian (quail) or murine c-jun proto-oncogenes were introduced
into a non-defective retroviral vector derived from Rous sarcoma virus (RSV) in which c-jun …

In an extensive screen of a cDNA library prepared from serum‐stimulated mouse NIH 3T3
cells, we identified three distinct jun‐related clones. Two of them were carrying c‐jun and …

We have investigated the expression of Jun family proteins and composition of AP-1 in
chicken embryo fibroblasts before and after transformation by the v-Jun oncoprotein of …

We have isolated and characterized the chicken junD gene. It does not contain an intron; its
upstream regulatory sequences lack the AP-1-binding site seen in c-jun but include two …