Knowing that blastema formation is a key part of limb regeneration in animals with this capability as adults, researchers Benjamin L King and Voot P Yin looked at three regenerative species — the zebrafish, axolotl and the bichir — with the aim of finding out
what genes control this event.
«We're now in an age where we can pretty easily figure out
what genes control those differences,» von Wettberg says, keeping the qualities that mechanized farming requires, «while adding in resistance to drought, disease, and pests.»
Not exact matches
I'm not gay, nor lesbian, so I can only imagine
what it would be like for those who are born with wrong
genes, body, etc., to have to live in a world so full of hatred for something they have no
control over.
They asked the question,
What controls the activity of a single
gene, turning it on or off?
But it is not actually the crucial question, which is,
What controls the activity of the complex interacting set of
genes, which produces a nerve cell or a muscle cell?
What all these have in common is that, without any central
control, individual units (
genes, cells neurons or workers) respond to simple, local information, in ways that allow the whole system (cells, brains, organisms or colonies) to function: the appropriate number of units performs each activity at the appropriate time.
«If we know how
genes control drug response, we can create a statistical model that shows us
what will happen before using the drug,» said Wu, who is also a member of Penn State's Huck Institutes of the Life Sciences.
Psychiatrist Ming Tsuang and his colleagues at Boston University figured that if
genes help
control what people feel when they smoke pot, then genetically identical twins should experience a similar kind of high or low when they use the drug.
Research into the drivers of genetic diversity has largely focused on
gene expression, which
controls how much of a given protein will be made, when, and in
what tissue.
What convinced them, says Rossi's lawyer, Barbara Lawless, was testimony from a medical witness that each person's weight is
controlled primarily by genetics — he attributed 80 percent to
genes and only 20 percent to environment.
So
what makes humans different from our nearest relatives is that we have lost some regulatory DNA (12 March, p 3 and p 6) which
controls how
genes are expressed.
Researchers have identified many of Short - root's
gene targets, but weren't sure
what controlled the Short - root master switch itself to kick off the cascade.
In C. amylolentus, dozens of
genes at two different locations on the chromosomes
control what's called a tetrapolar, or four - part, mating system.
What if material from our food actually made its way into the innermost
control centers of our cells, taking charge of fundamental
gene expression?
Unfortunately,
what is known about the 300 or more
genes that
control tooth development comes mostly from mouse studies, and their teeth are a lot different from those of primates, from which they diverged about 70 million years ago.
In recent decades we have learned that it does much more, from
controlling what form a protein will take to influencing whether a particular
gene is able to generate a protein.
In his lab, Strauss says, «the crux of the scientific work is determining
what makes trees flower at a certain time,» so that flowering can be
controlled or the
genes cut out altogether.
Twelve of those were
genes that
control fundamental aspects of development, which is «twice
what you'd expect,» Kahn says.
But
what controls the
gene?
It's hard to say
what is selecting for these traits, and to discern whether they are being passed down through the women's
genes, but because Stearns
controlled for many social and cultural factors, it is likely that his results document genetic, rather than cultural evolution at work.
While standard cross-sectional, or case -
control studies haven't shown a huge impact from non-HLA
genes, they only provide a «snapshot» of
what is happening with both patients and
controls alike, the scientists say.
Normally
gene identification starts with
what is called a case -
control design, in which genetic variations are compared between patients with a condition and healthy individuals, to look for differences that may contribute to the disease.
Transcription factors are expressed (or made) at different levels in different cell types, and
control what genes are expressed in every cell, making sure, for example, that a liver cell remains a liver cell and does not become a neuron.
The
gene and associated mechanism of quality
control appears to be conserved in mammals, but there is as yet little further research leading towards trying a similar approach in mice and humans to see
what happens.
Transcription factors dictate
what genes are turned on or off in a cell during embryo formation, thereby
controlling the type of organ the cell will form.
What Dr. Godwin eventually hopes to do is develop drugs derived from macrophages that will give humans the ability to heal without scarring — either directly or by triggering
genes that
control the formation of macrophages.
From the European Commission Research & Innovation website: «Scientists identify
gene behind blood orange pigmentation», Researchers in China, Italy and the United Kingdom have discovered
what gene is responsible for blood orange pigmentation, and how it is
controlled.
This technique uses light, or optics, to
control what a cell's
genes do.
Our
genes get messages from our interactions with our environment and our lifestyle choices, and they translate those messages into cellular instructions; these instructions are
what then
control our health and disease patterns.
But
what we can do is help
control the output of our
genes through our lifestyle choices.
Therefore,
what we have
control over is the expression of our
genes.
While your
genes are
what they are, you directly
control your environment and the stimuli your body receives.
I had no
control over
what my parents»
genes gave me to start with.
Here's
what you get during those minutes, according to new reports: an instant endorphin surge and drop in blood pressure, regulation of hunger hormones that may help you keep weight off, and key vitamin D synthesis that alters the expression of 291
genes responsible for everything from
controlling how quickly your bones age to how fast you bounce back from tough workouts to how fertile you are.
what they want is exactly
what Gene has mentioned: «the Big 5 can exert a lot more
control over print and distribution of paper copies than they can over electronic copies.»
The other 98 percent has nothing to do with the
genes, but with how the body
controls what our
genes do.
The focus in genetic disease
control must be on today's breeding dogs, and
what we can do to
control the spread of defective
genes and to produce quality, healthy dogs.
According to an interview with UK trade magazine Develop, the biggest problem Infinity
Gene's director and graphic designer Reisuke Ishida and his team faced when tackling the iPhone was not
what game they should try to pitch at the mobile market, but instead a more practical quandary: how to incorporate the format's
controls into gameplay.