-transparent.png){kind=logo}
Earlier work suggested that the wingless gene of Drosophila is required for cooperation within discrete groups of cells during development. We show that antisense RNA made from a 3 kb transcript produces wingless mutant phenocopies when injected into wild-type eggs, proving that this transcript executes the wingless function. In the accompanying paper, Rijsewijk et al. report cloning of a Drosophila homolog (Dint-1) of the mouse int-1 gene and show that this gene is identical to wingless+. The partial sequence of the wingless cDNA that we have isolated is identical to part of the complete Dint-1 sequence described by Rijsewijk et al.
Related Publications
C V Cabrera, and
M C Alonso, and
P Johnston, and
R G Phillips, and
P A Lawrence
January 1985,
Nature,
C V Cabrera, and
M C Alonso, and
P Johnston, and
R G Phillips, and
P A Lawrence
January 1986,
Annual review of biochemistry,
C V Cabrera, and
M C Alonso, and
P Johnston, and
R G Phillips, and
P A Lawrence
May 1994,
Proceedings of the National Academy of Sciences of the United States of America,
C V Cabrera, and
M C Alonso, and
P Johnston, and
R G Phillips, and
P A Lawrence
January 1989,
Genome,
C V Cabrera, and
M C Alonso, and
P Johnston, and
R G Phillips, and
P A Lawrence
January 1991,
Symposia of the Society for Experimental Biology,
C V Cabrera, and
M C Alonso, and
P Johnston, and
R G Phillips, and
P A Lawrence
January 1991,
Antisense research and development,
C V Cabrera, and
M C Alonso, and
P Johnston, and
R G Phillips, and
P A Lawrence
July 2001,
Science's STKE : signal transduction knowledge environment,
C V Cabrera, and
M C Alonso, and
P Johnston, and
R G Phillips, and
P A Lawrence
April 2018,
European journal of human genetics : EJHG,
C V Cabrera, and
M C Alonso, and
P Johnston, and
R G Phillips, and
P A Lawrence
March 2000,
Gene therapy,
C V Cabrera, and
M C Alonso, and
P Johnston, and
R G Phillips, and
P A Lawrence
January 1991,
Biotechnology & genetic engineering reviews,
