Searching journal content for articles similar to Farber et al. 13 (6a): 1082.

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  1. ...Corresponding authors: twang@wustl.edu, gzhao@wustl.eduAbstractFollowing amputation, zebrafish regenerate their injured caudal fin through lineage-restricted reprogramming. Although previous studies have charted various genetic and epigenetic dimensions of this process, the intricate gene regulatory programs...
  2. ...gene vimentin (Vim) and annexin A1 (Anxa1), revealed expression patterns untypical for muscle cells (Supplemental Fig. S5B), indicating that the exclusion of the muscle gene set may have excluded genes outside of our target group.Next, we performed differential expression analysis with the remaining...
  3. ...in genomes. We tested this approach to identify regulatory sequences that control expression in the midline of the zebrafish embryo. We first isolated a set of genes that are coexpressed in the midline of the zebrafish embryo during somitogenesis stages by gene array analysis and subsequent rescreens...
  4. ..., the annexin genes anxa1a/anxa1b and anxa3a/anxa3b, the ATPase genes atp2a2a/ atp2a2b, and the calbindin 2 genes calb2/calb2l.Many other genes retained in duplicate in zebrafish have annotated functions during development and include, for example, fzd8a and fzd8b and otx1 and otx1lb. Expression localization...
  5. ...to be a rapid and economical approach by which to identify and characterize expressed genes. We generated 5102 ESTs from a 3-d-old embryonic zebrafish heart cDNA library. Of these, 57.6% matched to known genes, 14.2% matched only to other ESTs, and 27.8% showed no match to any ESTs or known genes. Clustering...
  6. ...genes were subsequently lost. An example of this type of gene loss was suggested for the teleost fish that have undergone a recent tetraploidization that resulted in seven Hox cluster chromosomes in the zebrafish, of which only four seem to remain in the puffer fish (Amores et al. 1998). The NPY...
  7. ...immediate off-targets (Table 1, column 12, x = 0). In less complex species, the number of genes lacking any unique TTSs rises above 30% (Table 1, column 9, x = 0), which could be due to the more compact gene encoding in these species, the smaller quantity of annotated RefSeq genes (14,482 in zebrafish...
  8. ...) regulates the development of erythroid cells from bi-potent progenitor cells via the transcriptional activation of a diverse set of genes. Mice lacking Klf1 die in utero prior to E15 from severe anemia due to the inadequate expression of genes controlling hemoglobin production, cell membrane...
  9. ...over previous maps. With 69 new FISH assignments, a total of 253 cytogenetically mapped loci physically anchor the RH map to various chromosomal segments. Synteny assignments of 39 gene loci complemented the RH mapping of 27 genes. The results added 12 new loci to the horse gene map. Lastly, comparison...
  10. ...genes or the flanking genes ( Loricrin and Involucrin ) in the zebrafish and pufferfish sequences. As expected, based on the shorter evolutionary distance between two rodents, comparing the mouse Sprr locus sequence with rat produced long blocks of conserved sequence with high percent similarity...
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