Not exact matches
Ho - mo - logous or - gans are
now known to be produced by totally different
gene complexes in the different species.
It is
now known that biological inheritance takes place through the
genes.
People of every nation, color, language, belief, and condition are
now known to possess in their body cells trait factors drawn by an inconceivably complex sequence of intercombinations from a common «
gene pool.»
Now we
know that it is the DNA and
genes and chromosomal segregation and linking that causes selective inheritance of various traits in humans.
Now i am diabetic due to my
genes, but i
know how to give a good shot, and i do nt have an issue with the foods!
A World War II veteran who lived through the invasion of Normandy on D - day,
Gene returned home to Petaluma, CA to found what is
now one of the most respected dairy processors in the country, and became a pillar of his community,
known for his generosity to those less fortunate.
«
Now we
know which
gene is at the top of the hierarchy, it opens the door to the whole machinery for making them,» says Brady, who is looking for new drugs to boost immunity.
Biologists
now know that the genome sequence holds only a small part of the answer, and that key elements of development and disease are controlled by the epigenome — a set of chemical modifications, not encoded in DNA, that orchestrate how and when
genes are expressed.
«
Now, we
know that epigenetic factors accumulate at a very different pace in each person, depending on the genetic variants of the lactase
gene.»
The protein is
now known to interact with and control dozens of different
genes and proteins, and it helps regulate the cycle of molecular events by which cells grow and reproduce.
Who
knows, those lost
genes might be useful to us 1,000 years from
now, but there's no way to preserve them.
«We still don't
know exactly how it does what it does,» Armstead says, «but
now we have the
gene and we can begin to study it.»
One area like —
now again, all of these areas, you
know, have been discovered by others — is molecular - associated biology identifying
genes that are important [in] social behavior.
With the aid of DNA markers, we
now know which
gene is responsible for which molecular feature.
Although piRNAs have been
known about for many years, scientists have until
now had very little understanding of exactly how the piRNAs that guide PIWI proteins to jumping
genes in the nucleus are produced.
«Professor Hummon and I have been mapping
gene expressions for the right versus the left side of the colon, which we
now know are different from each other due to the way the colon forms,» said Buechler.
«It was kind of fun being at a medical school and
known as the weird guy who worked with dogs,» says Modiano, who is
now a professor of comparative oncology at the University of Minnesota College of Veterinary Medicine and the Masonic Cancer Center, where his research focuses on immunology, cancer cell biology, cancer genetics, and applications of
gene therapy.
Now, in a provocative study that raises unsettling questions about the widespread use of vitamin supplements, Swedish researchers have showed that relatively low doses of antioxidants spur the growth of early lung tumors in cancer - prone mice, perhaps by hindering a well -
known tumor suppressor
gene.
«For a long time
now, the entire field was collecting data on MYC, LIN41, and other
genes and proteins without
knowing what most of it meant,» said Yamanaka, who is also director of the Center for iPS Cell Research and Application (CiRA) at Kyoto University, and professor at UC San Francisco.
Now with that evidence at hand, we
know that we must screen stem cells for mutations or collect them at younger age to ensure their mitochondrial
genes are healthy,» said Mitalipov.
Singer
now believes that her daughter's autism was largely caused by
genes, but genetic testing when she was first diagnosed revealed no
known pathogenic deletions or duplications in her genome.
«So
now we
know there's overlap among the
genes that affect DNA repair, hypoxia tolerance and cancer suppression,» he said.
We
now know how to turn fat cells into ones that burn calories as heat rather than store them — raising the prospect of a
gene therapy for obesity
These flies — a variety
now known as «Dark - fly» — outcompete their light - loving cousins when they live together in constant darkness, according to research reported in the February issue of G3:
Genes Genomes Genetics.
Researchers indeed
now know fine details about the
genes, receptors, and cell - to - cell communications that drive these processes.
«We
now know that the
gene ap2mu is an important factor in determining how well our drugs kill malaria parasites.
Though this is true for some traits, we
now know that many traits are controlled by tens or even hundreds of
genes spread throughout our genomes.
«Many research groups are looking at how
genes are regulated from the perspective of which
genes need to be turned «on» for a cell to advance to the next stage of development, but
now we see that it's just as important to
know which
genes need to be turned «off,»» Cook - Andersen said.
«
Now that we
know how calcification happens and what the key nodes are, we
know what
genes to look for that might be mutated in other related forms of cardiovascular disease.»
«A mutation on this
gene is
known to be fatal, and the only treatment available up until
now has been a bone marrow transplant that must take place before the age of five.
By developing a new technique for labeling the
gene segments of influenza viruses, researchers
now know more about how influenza viruses enter the cell and establish cell co-infections — a major contributing factor to potential pandemic development.
Now, the Salk team has found the connection and a new target for therapy: a little -
known gene called DIXDC1.
As a result, the H19
gene, which restricts growth, was
no longer active while the Igf2
gene, which promotes cell division, was
now expressed from both the paternal and the maternal allele.
And we
now know that it is the same epigenetic mechanisms that occur in brain as occur in liver, just involving, only the specifics differ — brain
genes in brain, liver
genes in liver.
«What we want to
know now is what is happening at these sites where the
genes are congregating,» Associate Professor Mylne said.
«
Now that we
know where in the body and in who the
gene is acting, we can start to look at... a potential strategy to modify risk of diabetes.»
Now that the sequence of the PfEMP1
genes and proteins is
known, it may be possible to screen for drugs to block the production of the proteins, and so prevent infected cells sticking to capillaries.
«If you told someone that it matters whether they inherited
genes from their mother or father, then that would change the way you conducted an experiment,» Valdar says, «because
now you
know what to look for.»
That DNA includes slightly less than 21,000 protein - coding
genes (some researchers once estimated we had more than 100,000 such
genes); «
genes» for 8800 small RNA molecules and 9600 long noncoding RNA molecules, each of which is at least 200 bases long; and 11,224 stretches of DNA that are classified as pseudogenes, «dead»
genes now known to really be active in some cell types or individuals.
«
Now that we
know that the Sprague - Dawley rats are prone to binge eating, this helps narrow the scope of the thousands of possible
genes that could contribute to this disorder,» Klump said.
Now we
know that these tumors are most likely the
gene amplified variety.
It's
now known that single
gene mutations in other organisms can lengthen life span.
«We
now know that this increase in beak length, and the difference in beak length between birds in Britain and mainland Europe, is down to
genes that have evolved by natural selection.»
In another paper in the same issue, a team led by molecular biologist Ronald Plasterk,
now at the Hubrecht Laboratory in Utrecht, the Netherlands, reports an intriguing twist: The same
genes appear to be responsible for both RNAi and another
gene - silencing mechanism
known as cosuppression, in which adding extra copies of a
gene cause both the new and the existing copies of that
gene to be shut down.
The interaction between corn and fungal
genes has been
known for decades, but until
now, scientists didn't
know the molecular makeup of those
genes in the fungus, or where they were located in the genome.
But
now we
know that [they] did have [the] FOXP2
gene, which implies that they probably could speak to each other pretty well.
Until
now, we didn't
know any of the phytoplankton
genes responsible for the synthesis of this highly abundant marine nutrient.»
Now Yi - Yun Liu at the South China Agricultural University in Guangzhou and colleagues have discovered the first
known resistance
gene for colistin that is able to move freely from one bacterium to another.
A well -
known breeding technique called backcrossing has become far more potent recently, as markers have allowed scientists to locate rare offspring that retain only the desired — and
now detectable —
genes from orphan crops.
To discover those
genes, Esther van der Knaap, a Tanksley alumnus
now at The Ohio State University, says she went straight for the heirlooms, which exhibit a range from the Jersey Devil's small, chili - pepper shape to plump, cracked beefsteaks
known as Radiator Charlie's Mortgage Lifter.