«Clinical phenotype similarity in megalencephalic leukoencephalopathy patients explained
by zebrafish model study.»
Not exact matches
For this reason, the
zebrafish is now used as a
model organism
by scientists around the globe.
To test whether fatty acid levels in the bloodstream was a cause or a consequence of disease, the researchers turned to a
zebrafish model of Crohn's disease that had been developed
by Stefan Oehlers, a post-doctoral fellow in David Tobin's group at Duke.
«Our hope is that
by creating this system, we can continue our own investigations into other harmful organisms, and that other scientists worldwide can adapt our
zebrafish model to investigate the diseases that are priorities in their communities,» Perfect said.
The study, published Feb. 16 in PLOS Biology, made use of a mutant
zebrafish strain that
models human Hirschsprung disease, which is caused
by loss of the gut neurons that coordinate gut contractions.
In order to understand this contradiction, the research group led
by Raúl Estévez and Alejandro Barrallo compared genetically - modified
zebrafish and mice
models — in other words, knock - out organisms that, in this case, do not express the gene MLC1 — with the brain biopsy from an MLC patient.
«We tested a drug currently used for cancer treatment (vorinostat (Zolinza)-RRB- and found that it reduced average daily seizures in
zebrafish and mouse
models by 60 per cent,» says Kurrasch.
By screening commercially available drugs currently being used for other diseases, researchers found vorinostat to be an effective anti-seizure drug in
zebrafish and mouse
models.
In addition, the significant number (> 1000) novel
models that came from RNA - Seq that were absent from the
zebrafish cDNAs suggests that the deep sequencing offered
by RNA - Seq can be used to expand the gene annotation of even well - studied
model organisms.
In their
zebrafish model, the barcode contains 10 20 - base - pair sequences targeted
by Cas9 endonuclease, with each of the sequences matching a specific single guide RNA.
Zebrafish have only been used as a
model organism
by a lot of labs in the last 15 years or so.
Enriched
by the rapid evolution of these technologies, TEFOR - TACGene has developed a solid expertise in the design, production and use of TALE - N and CRISPR / Cas9 systems, both for its own research projects in cultured cells and in collaboration, in many
model organisms, including the rat,
zebrafish, Drosophila, and Xenopus as part of the National Infrastructure in Biology and Health TEFOR supported
by Investissement d'Avenir programme (2012 - 2019).
On the other hand, the present research work shows a confirmatory evidence of the potential of kahweol to inhibit in vivo angiogenesis,
by using another completely independent
model system, namely, that of genetically modified
zebrafish.
In a
zebrafish model of cryptococcal disease, a decrease in ERK5 activity led to reduced dissemination of infection
by an increase in vomocytosis.
To demonstrate Amrose functionality in an established higher
model system, Amrose v0 — v4 variants were cloned into the pCS2 + vector system to synthesize mRNA
by in vitro transcription, which was used for injection into one - cell stage
zebrafish embryos.