Not exact matches
Mice trapped
in New York City apartment
buildings harbored disease - causing bacteria and antibiotic resistance
genes.
In mice engineered without a muscle - building gene called IL - 15R - alpha, fast - twitch muscles in their front legs acted more like slow - twitch fiber
In mice engineered without a muscle -
building gene called IL - 15R - alpha, fast - twitch muscles
in their front legs acted more like slow - twitch fiber
in their front legs acted more like slow - twitch fibers.
In the second generation, the
mice built a variety of burrows — some with just one long tunnel, some with two short tunnels, and so on, indicating that tunnel traits were independently controlled by separate
genes.
In the jargon, they are building the mouse «connectome», named in line with the term «genome» for the sequence of all of an organism's genes, «proteome» for all its proteins, and so o
In the jargon, they are
building the
mouse «connectome», named
in line with the term «genome» for the sequence of all of an organism's genes, «proteome» for all its proteins, and so o
in line with the term «genome» for the sequence of all of an organism's
genes, «proteome» for all its proteins, and so on.
The research, the cover story of this month's Science Advances,
builds upon previous studies from Dr. Olson
in which CRISPR - Cas9 corrected a single
gene mutation that caused DMD
in mice.
Building on years of
mouse and
gene regulation studies, they have developed a resource that can help scientists better understand how similarities and differences between
mice and humans are written
in their genomes.
This
gene therapy resulted
in high - fat diet
mice having a reduced body weight,
building up less fat, expending more energy, and showing evidence of improved leptin - signalling.
But then Hayashi created a
mouse with a mutation
in a
gene called PAK, which codes for an enzyme called p21 - activated kinase that helps
build nerve connections
in the brain.
The IMPC
builds on the efforts of IKMC to produce knockout
mice and carry out high - throughput phenotyping of each line
in order to determine the function of every
gene in the
mouse genome.
By manipulating a specific
gene in a
mouse blastocyst — the structure that develops from a fertilized egg but is not yet an actual embryo — scientists with the University of Florida's McKnight Brain Institute and the Harvard Stem Cell Institute caused cells destined to
build an embryo to instead change direction and
build the cell mass that leads to the placenta.