… , and the detection of Ig and the onset of humoral immunity, and enable a better understanding
of the different maturation state of the immune system during zebrafish development. …

… changes during early zebrafish development reported in this study further establishes a
conserved pattern of DNA methylation in vertebrate development. Indeed, zebrafish are finding …

… in developmental biology, the zebrafish has now been adopted into varied fields of study
including immunology. In this review, we describe the characteristics of the zebrafish, which …

… the zebrafish to study immune responses to infection. Although many of the zebrafish pathogen
models were developed to … The results of in vivo fluorescence-based assays for detecting …

… that zebrafish can offer for immunological research. … system, have been detected in zebrafish.
Polymorphisms within … The range of tools developed for labeling neutrophils in zebrafish …

… zebrafish developmental biology. We describe phenotypic screening assays being developed
… a test compound or drug to zebrafish in vivo; (ii) the subsequent detection or "readout" of a …

… In CHIKV-infected zebrafish larvae, primers were designed to detect expression of both
genomic RNA and subgenomic mRNA for the E1 viral spike gene. Viral transcript levels were …

… Under homeostatic conditions, we detected low expression levels at 1 wpf and at adult
age (14 wpf), but increased expression at 5 wpf both in scattered granulocytic cells and in the …

… detection of ROS production in zebrafish embryos [177]. DMPO is a chemical substrate that
binds to reactive oxygen, which can later be detected … been developed for zebrafish embryos, …

… the advantages of using the zebrafish as a genetic model to uncover mutations that affect
T-cell and thymic development. Finally, we summarize the use of the zebrafish as a new model …