Using a zebrafish model of DFNB63, we show that the auditory and vestibular phenotypes are due to a lack of mechanotransduction (MET) in Tomt - deficient hair cells.
UT Health SA Newsroom: Surprising finding
using zebrafish model explains how recurring cancer may resist treatment
According to Monk and Ackerman, possible future work includes
using the zebrafish model system as a drug - screening tool to search for small molecules that may flip that switch.
The researchers will
use their zebrafish model system to search for new therapeutics that could block drug - seeking behavior.
We use the zebrafish model to study β - cell development due to the small size and optical transparency of its embryos / larvae, as well as the ease of the genetic and chemical - genetic manipulations, including the ability to conduct large - scale small molecule screens.
We use the zebrafish model to identify genes and mechanisms that regulate normal heart development, function and regeneration, and that can contribute to cardiac diseases in humans.
Not exact matches
Zebrafish are commonly
used to
model human diseases, in part because their larvae are transparent, making it easy to see the effects of genetic mutations or drugs.
Research in the laboratory of Rebecca Wingert, the Gallagher Family Associate Professor of Adult Stem Cell Research in the Department of Biological Sciences at the University of Notre Dame, has confirmed the key role of a certain small molecule in the development of kidney structures in
zebrafish, a widely
used model for human kidneys.
«
Using models such as
zebrafish and neonatal mice that regenerate their hearts naturally, we can begin to identify important molecules that enhance heart repair,» said Ellen Lien, PhD, of The Saban Research Institute of Children's Hospital Los Angeles.
For this reason, the
zebrafish is now
used as a
model organism by scientists around the globe.
His lab is continuing to
use the
zebrafish as a
model organism, but Junker also sees great potential in applying the technique to human organoids.
We will continue to
use the
zebrafish to develop transgenic
models.
Using zebrafish, they developed the first animal
model for the oligoneural subtype of CNS - PNET.
Tobin also
uses zebrafish to study bacteria closely related to those that cause tuberculosis, and findings from this
model have been applied to understanding human disease.
We have been
using cell culture
models and
zebrafish as an assay to determine the effects of BMP on signaling, but we also want to be able to understand what the effect of the mutation is in the tissue and organ systems.
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.
The next steps for the research group are to
use what they have learned from this
zebrafish model of gut inflammation to design better probiotics to treat intestinal inflammation.
But overall, the resulting toxicity of the wastewater due to its silver content was negligible to
zebrafish embryos — a
model animal
used in toxicity studies.
Bossé explained that the
zebrafish model is scalable and could be
used to rapidly screen through thousands of compounds.
Using genetic
models in a variety of organisms — yeast, nematodes, fruit flies,
zebrafish — PLab aims to identify candidate treatment compounds for each disease, which can then be refined and taken to the clinic with partner companies.
The
zebrafish is
used as a
model organism for research into the embryonic development of vertebrates.
«Epilepsy drug discovered in fish
model shows promise in small pediatric clinical trial: Research suggests
zebrafish models may be efficient resource for identifying drugs for clinical
use.»
This approach opens new avenues for research into memory
using zebrafish as
model organism,» concludes Dr. Okamoto.
«We
use zebrafish to study Alagille syndrome because these vertebrates allow us to
use experimental approaches that aren't possible with other disease
models,» says Duc Dong, Ph.D., assistant professor in the Human Genetics Program at SBP and senior author of the paper.
Researchers have pursued alternative therapies for TB
using a variety of animal
models, including the
zebrafish found in many pet stores and household aquariums.
Using zebrafish as a
model system, the researchers exposed the fish embryos to seven different types of TAML activators.
Zebrafish (pictured above) are often
used as a
model for studying vertebrate development.
«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.
Tobin, who helped to develop the
zebrafish as a
model of TB, decided to
use the system to study the blood vessels associated with granulomas.
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.
Zebrafish can be
used as a
model to understand what biological effects result from these genetic mutations.
The objective is to support innovative projects dedicated to the development and the study of rare disease
models using small animals (mouse
model excepted) such as
zebrafish, drosophila, nematode, rat and rabbit.
He has made fundamental contributions to our understanding of vertebrate developmental biology and microRNA - based gene regulation
using the
model organism
zebrafish.
Rieger
used zebrafish larvae to
model peripheral neuropathy because the embryos develop rapidly and because the larval fish are translucent, making them ideal for studying the progression of nerve degeneration in live animals.
CELPHEDIA WP1 workgroup gathers experts
using CRISPR / Cas9 system in various animal
models including mouse, rat,
zebrafish and drosophila.
At the Erasmus Medical Center in Rotterdam, the Netherlands, researchers have investigated this movement disorder
using a PARK15 (an atypical early - onset parkinsonism)
zebrafish model and DanioVision.
Zebrafish have only been
used as a
model organism by a lot of labs in the last 15 years or so.
The main focus is to understand how cell biology drives morphogenesis
using vertebrate eye formation as a
model and
zebrafish as main experimental organism.
In order to test whether isradipine, minocycline, and rasagiline could protect or restore locomotor functioning after treatment with 6 - OHDA (a well - known
model for Parkinson's), the
zebrafish larvae were tested
using DanioVision.
We
use the
zebrafish retina as our main
model.
Before coming to Columbia she worked as a technician in Leonard Zon's lab at Harvard Medical School
using zebrafish as a
model for investigating the molecular mechanisms of hematopoietic stem cell differentiation and self renewal.
In particular we are interested to unravel the mechanisms that ensure the maintenance of the apical membrane when exposed to physical stress, e. g. during morphogenesis of epithelial tissues, or when exposed to light stress in photoreceptor cells,
using Drosophila and
zebrafish as
model organisms.
Using a
zebrafish embryo xenograft
model we also demonstrated that anti-CD90 monoclonal antibodies decreased the viability and metastatic potential of insulinoma cells, suggesting that anti-CD90 monoclonals form a potential novel adjutant therapeutic modality.
This RegMedNet Podcast talks to Sandra Rieger (MDI Biological Laboratory; Bar Harbor, ME, USA) about how the Rieger lab
uses zebrafish as a
model to study wound healing mechanisms and nerve regeneration in peripheral neuropathy.
To do that we will activate the pathway in adults of this
zebrafish model using gene manipulation techniques, then test the health of eye cells.
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).
Instead of focusing on marine animals, they
use animal
models such as freshwater
zebrafish, salamanders, fruit flies and nematode worms that share many of their genes with humans.
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.
For example, the
zebrafish, a common aquarium specimen, possesses the remarkable ability to rapidly replace damaged and lost body parts including limbs, heart, and nervous system, making it an ideal
model for defining the genetic mechanisms of regeneration and healing and for identifying drug candidates for
use in regenerative medicine.