Not exact matches
The researchers, including postgraduate students Miaolin Chen at Shanghai Jiao Tong University and Deborah Devis at the University of Adelaide's Waite campus, performed a
genome - wide analysis of potential pollen allergens in two
model plants, Arabidopsis thaliana (thale cress) and rice by comparing those results among 25 species of
plants ranging from simple alga to complex flowering
plants.
The research team conducted experiments on the roots of Arabidopsis, a
plant often used as a «
model organism» in
plant biology and had its
genome fully sequenced in 2000.
«Setaria viridis is a small
plant that can produce a lot of seeds faster, has a pretty simple
genome and can serve as a
model for research.»
We propose a fusion - compatibility
model to explain these findings, with Amborella capturing whole mitochondria from diverse eukaryotes, followed by mitochondrial fusion (limited mechanistically to green
plant mitochondria) and then
genome recombination.
We focus on developing computational methods and tools for (a) analyzing large - scale gene expression data related to human cancer in search for gene markers and disease sub-categories, (b) identifying regulatory elements such as miRNA precursors and their targets in whole
genomes of
plants and mammals, (c) building theoretical
models of gene regulatory networks.
His research interest focuses on 1) development and application of TALEN and CRISPR technologies for targeted
genome editing in
plant species, and 2) molecular mechanism of
plant / microbe interactions and crop disease resistance engineering by using the bacterial blight of rice as a
model.
In 1996, an international collaboration, the Arabidopsis
Genome Initiative, was formed to sequence and analyze the genome of this model
Genome Initiative, was formed to sequence and analyze the
genome of this model
genome of this
model plant.
The short generation time and relatively compact
genome of Arabidopsis make it an ideal
model system for understanding numerous features of
plant biology, including ones that are of great pharmaceutical or agricultural value.
Focusing initially on five staple crops — wheat, rice, maize, sorghum and chickpea — the project seeks to empower public
plant breeders to use
genome - wide approaches to
model plant performance in real time using tools that can be shared across diverse species and regions of the world.
I am using computational analysis and
modeling to visualize how
plant genomes have evolved over time, particularly those of staple crops.
While 140 million pieces might sound like a lot, Arabidopsis has the smallest
genome of any flowering
plant, which is the main reason it was selected as a
model organism for
genome sequencing.
The organizers of the project, called GP - write (for work in
model organisms and
plants) or sometimes HGP - write (for work in human cell lines), envision it as a successor to the Human
Genome Project (retroactively termed HGP - read), which 25 years ago promoted rapid advances in DNA sequencing technology.
Prior to entering the legal profession, Mr. Koo led a team of biologists that sequenced the
model plant Arabidopsis thaliana at a prominent
genome research organization.