Insights
from model organisms have long helped scientists understand the biology behind such genetic diseases, but in recent years model organism researchers have become even more directly involved in diagnosing the millions of people affected — and in searching for treatments.
Systems biology and bioinformatics analyses are employed to compare research results
from model organisms with human aging to develop models and predictions for causative molecular mechanisms and circuits that influence human aging.
The Role of the Genome Project in Determining Gene Function: Insights
from Model Organisms G.L.G. Miklos and G.M. Rubin Cell (1996) 86:521 - 529
Here we show the usefulness of combining survey sequencing with dense radiation - hybrid (RH) maps for extracting maximum comparative genome information
from model organisms.
The editors encourage submission of original research findings from all areas within the broad field of immunology
from all model organisms, including humans.
Fasting vs dietary restriction in cellular protection and cancer treatment:
from model organism to patients.
Not exact matches
Essentially the
model reproduces the inner workings of all of the proteins within the
organism and allows scientists to see everything
from how cells interact with each other to the functions of genes in a larger context that had not been previously understood.
Rather they work
from an S - O - R (stimulus -
organism - response)
model, which recognizes that most people have some ability to choose among their options.
Whitehead makes a point of taking a concept
from biology to understand physics instead of interpreting biological
organisms from models developed in physics.
Dennis has a PhD in genetics / developmental biology
from the University of British Columbia and a special interest in studying pattern formation and cell - cell communication during tissue development using fruit flies as a
model organism.
Birch and Cobb assert that «the ultimate mechanical
model involves «disecting the
organism down to its constituent controlling mechanisms and building it up
from these building blocks» (LL 69).
A year earlier James Watson and Francis Crick had proposed their double - helix
model of DNA, the nucleic acid that conveys genetic information
from generation to generation in all
organisms except certain viruses.
As a proof - of - concept, the researchers cloned more than 3,000 DNA fragments
from E. coli bacteria, commonly used as a
model organism with a catalogued genome sequence available.
But Bowdidge acknowledges that genetic information
from the public domain «is still incomplete for the majority of
model organisms.»
Finch's ideas about senescence
from his grad school days have also held up: The popularity of the Hayflick
model has declined as other research questioned its relevance to aging in whole
organisms, and recent studies in long - lived nematodes have confirmed Finch's hunch that brain hormones control aging (see Johnson Review).
To facilitate understanding of the immune system by showcasing innovative advances in the expanding field of immunology, drawing
from studies in all
organisms and
model systems including humans.
A research group
from the University of Seville has revealed the role that the protein Rrm3 plays in the repair of breaks that occur during the replication of DNA, by using the yeast Saccharomyces cerevisiae as a
model organism.
With his usual style and wit, he discusses the use of methods and
models adapted
from physics and mechanical engineering to explore how
organisms move and function.
Using the Drosophila melanogaster fruit fly as a
model organism, the team led by Prof. Dr. Ingrid Lohmann at Heidelberg University's Centre for Organismal Studies was able to show how a special developmental gene
from the Hox family influences germline stem cells.
In a 2012 paper in Neuron, based on meetings organized by the Oxnard, California - based Kavli Foundation, Yuste and colleagues laid out a plan to progress gradually
from mapping the brain activity of simple
model organisms such as the fruit fly to charting the brains of creatures that contain roughly 1 million neurons, such as the Etruscan shrew.
The researchers used proteins
from baker's yeast — a
model organism for the more complex systems found in animals.
«One of the things that appealed to me [about Fink's lab] was working on more than one
model organism, applying insights
from yeast genetics to Arabidopsis,» Niyogi recalls.
The project was based on gene expression data
from the modENCODE project, which aims to provide the scientific community with a comprehensive encyclopedia of functional elements of the genome of
model organisms.
Given the rapid succession of generations in yeast, we can use it as a
model organism — and study the mechanisms of aneuploidy in much greater detail to find out whether we can derive
from it new approaches for diagnosing and treating human diseases.»
Until now, the human gut has been hard to study because it's so different
from those in typical
model organisms like mice, so these tiny tummies open up a world of possibility.
This program, McKnight Technological Innovations in Neuroscience Awards, focuses on «how technology may be used or adapted to monitor, manipulate, analyze, or
model brain function at any level,
from the molecular to the entire
organism.»
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.
A new study
from the University of Michigan Life Sciences Institute now reveals how some of that cross-talk between tissues occurs in a common
model organism.
Using data
from a 2008 outbreak of one of the most - feared «superbugs,» and modern genetic sequencing techniques, a team has successfully
modeled, and predicted, the way the
organism spread between and within dozens of healthcare facilities.
«The key breakthrough came
from using a fruit fly
model of human ALS and FTD that allowed us to screen these 400 candidates for ones that block brain cell death in a living
organism,» says Lloyd.
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.
With such a rapid acceleration in the production of mouse lines that could be used to study a wide variety of phenomena, it's possible that we'll learn much more
from our favourite mammalian
model organisms in the near future.
Last week at The Allied Genetics Conference (TAGC), National Institutes of Health (NIH) Director Francis Collins provided an overview of
model organism support
from his agency.
She added, «New
model systems will be a magnet for people
from outside the field of marine microbial ecology as they will suddenly be able to work with marine microbes in ways that they are used to working with other
model organisms.»
BioEmergences proposes collaborative services for the reconstruction of multilevel dynamics
from the in vivo observation of developing
model organisms.
In a new study, published in Current Biology this week, a research team
from Uppsala University reports new insights into the regenerative capabilities of Stentor, a single celled
model organism for regeneration biology.
Pol III was inhibited using a variety of genetic techniques across several different
model organisms,
from flies and worms to yeast.
A full realisation of the medical potential of stem cells for human health will likely depend on a reinforcement of, and development of a whole continuum of studies ranging
from those in vivo using
model organisms, to cell - based therapies in the clinic.
You no longer have to use a genome
from another
organism as your
model.
Reagents: antibodies, plasmids, cell lines, RNA libraries, and more
Organisms and viruses: model organisms of disease, mouse models, and more Biological specimens Software Protocols Core laboratories eagle - i is different from traditional web publications that list resources (websites, journals, etc.) because the tool allows researchers to: Share
Organisms and viruses:
model organisms of disease, mouse models, and more Biological specimens Software Protocols Core laboratories eagle - i is different from traditional web publications that list resources (websites, journals, etc.) because the tool allows researchers to: Share
organisms of disease, mouse
models, and more Biological specimens Software Protocols Core laboratories eagle - i is different
from traditional web publications that list resources (websites, journals, etc.) because the tool allows researchers to: Share resources
Biological Annotation of the Genomic Sequence A key use of the sequence information
from the canonical
model organisms, such as Drosophila, will be to help interpret the sequence of the human genome.
To facilitate the search, I utilize discoveries and insights
from various fields, including evolution, functional genomics, natural (dog) and artificial (mouse)
model organisms as well as cell
models.
We will mine and exploit information
from studies and screens in
model organisms, but our primary focus is on the paradigmatic mammalian stem cell systems - haematopoiesis and epithelia in vivo, and embryonic and neural stem cells in vitro.
Now we are embarked on experiments that will show improvements in both healthspan and lifespan in
model organisms from mice to primates.
These tools will help to better understand ongoing changes in chemical and biological state of the North Sea
from alkalinity fluxes originating
from the Wadden Sea over a synthesis
model that integrates OA sensitivities at
organism level into a North Sea ecosystem
model (5.1) to an economical impact assessment.
From widening the scope of
model organisms to uncovering the inner workings of cells, for molecular biologists the human genome sequence has untold potential as a final frontier for exploratory science.
This will require bringing together the functional experts (molecular biology,
model organisms, and reverse genetics) with the «gene hunters» as well as a serious commitment
from funding agencies.
Findings We present a read dataset
from whole - genome shotgun sequencing of the
model organism Escherichia coli K - 12 substr.
The study «illustrates how full genomic information
from a
model species can help provide considerable insight into the genomic structure» of a distantly related and little - studied
organism, the researchers write in Genome Research.
Model organisms are beloved by researchers investigating developmental biology, the progression of an
organism from a fertilised egg into an adult.