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1 n the well-established laboratory fish model Xiphophorus.
2 ion within the genetic map of the fish genus Xiphophorus.
3 ybrids between distinct species of the genus Xiphophorus are often used in varied research investigat
4        All 24 acrocentric chromosome sets of Xiphophorus are represented in the assembled linkage map
5           Swordtail fish (Poeciliidae: genus Xiphophorus) are a paradigmatic case of sexual selection
6  (UV) ra-diation (UVR)-induced melanoma in a Xiphophorus backcross hybrid model previously reported t
7 ther in several populations of the swordtail Xiphophorus birchmanni.
8 eported here are the same as the melanoma in Xiphophorus, by assessing mutation of the EGFR gene, Xmr
9 ails to do so, when exogenously expressed in Xiphophorus cells derived from a melanoma.
10                           Here, we show that Xiphophorus cortezi females from two populations prefer
11                           Previously, select Xiphophorus experimental crosses have been shown to exhi
12 cally melanoma-susceptible specific cross of Xiphophorus fish.
13                  Further characterization of Xiphophorus FoxO5 will contribute to understanding the m
14                             Expansion of the Xiphophorus gene map by linkage analysis of AP-PCR/RAPD
15 ression properties of a fish CDKN2 gene from Xiphophorus helleri and X. maculatus.
16 me features are also present in a swordtail (Xiphophorus helleri) genomic DXB PCR clone.
17                                         Thus Xiphophorus, in contrast to zebrafish, Danio rerio, and
18 rkers we report can be easily adapted to any Xiphophorus interspecies and some intraspecies crosses,
19 e number of genetic markers available in the Xiphophorus interspecies cross of interest.
20             Melanoma development in the fish Xiphophorus is determined, at least in part, by overexpr
21   CDKN2X was mapped to a region on autosomal Xiphophorus linkage group V (LG V) known to contain the
22          The CDKN2-like polymorphism maps to Xiphophorus linkage group V and exhibits recombination f
23 The gene, which we have named FoxO5, maps to Xiphophorus Linkage Group XV.
24 esulted in the addition of 16 new markers to Xiphophorus linkage groups (LGs) I, II, III, V, IX, X, X
25                        Using a cross between Xiphophorus maculatus and X. andersi, we report a linkag
26 class II B genes from the inbred fish strain Xiphophorus maculatus Jp 163 A.
27 loned an FKHR (FoxO sub-family) homolog from Xiphophorus maculatus.
28                                       In the Xiphophorus melanoma model, a functional oncogene (Xipho
29 horus melanoma model, a functional oncogene (Xiphophorus melanoma receptor kinase Xmrk) has been main
30 easily scored markers by characterization of Xiphophorus microsatellite sequences.
31 melanoma susceptibility in this UV-inducible Xiphophorus model, we genotyped individual animals from
32 diated communication by northern swordtails, Xiphophorus nigrensis, using a custom-built videopolarim
33                We UV-irradiated spotted side Xiphophorus platyfish-swordtail backcross hybrids to ind
34 us melanoma formation in spotted dorsal (Sd) Xiphophorus platyfish-swordtail hybrids has been studied
35                       There are 24 described Xiphophorus species and a greater number of pedigreed st
36        Here we have sequenced CDKN2X in both Xiphophorus species and have characterized its expressio
37                                 Melanomas in Xiphophorus spp. fishes (platyfishes and swordtails) hav
38                             Knowledge of the Xiphophorus TP53 sequences will allow assessment of muta

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