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  1. Pair-rule gene. Expression of the pair-rule genes even-skipped and fushi tarazu in alternating bands in the Drosophila early embryo. Each band corresponds to one parasegment. A pair-rule gene is a type of gene involved in the development of the segmented embryos of insects.

  2. May 3, 2019 · Drosophila fushi tarazu. Abstract. Background:Hox genes specify cell fate and regional identity during animal development. These genes are present in evolutionarily conserved clusters thought to have arisen by gene duplication and divergence. Most members of the Drosophila Hox complex (HOM-C) have homeotic functions.

    • Ulrike Löhr, Miyuki Yussa, Leslie Pick
    • 2001
  3. Treatments emerge for rare ‘catastrophic’ bone growth disease. Segmentation genes control cell identities during early pattern formation in Drosophila. One of these genes, fushi tarazu (ftz), is now shown also to control cell fate during neurogenesis. Early in...

    • Chris Q. Doe, Yasushi Hiromi, Yasushi Hiromi, Walter J. Gehring, Corey S. Goodman
    • 1988
  4. Feb 4, 2004 · The pair-rule gene fushi tarazu (ftz) of Drosophila is expressed at the blastoderm stage in seven stripes that serve to define the even-numbered parasegments. ftz encodes a DNA-binding homeodomain protein and is known to regulate genes of the segment polarity, homeotic, and pair-rule classes.

    • Mark W. Kankel, Dianne M. Duncan, Ian Duncan
    • 10.1534/genetics.104.027250
    • 2004
    • Genetics. 2004 Sep; 168(1): 161-180.
  5. Fushi tarazu (ftz) is a homeodomain transcription factor that regulates segmentation in the Drosophila embryo. Learn about its biological overview, evolutionary homologs, transcriptional regulation, targets, interactions, mRNA transport, developmental effects and mutations.

  6. Aug 26, 2021 · Here we evaluated the endogenous function of a classic Drosophila CRE, the fushi tarazu ( ftz) zebra element. ftz is a pair-rule segmentation gene expressed in seven stripes during embryogenesis, necessary for formation of alternate body segments.

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  8. Apr 10, 2011 · Transcription factors for these motifs 6 include factors involved in mesoderm development (tinman and CF2II), segmentation (bicoid and caudal) or both (Kruppel and fushi tarazu).

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