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Genetic in sentence

1040 examples of Genetic in a sentence

So we saw how genetic information is carried.
So that's the first cracking of the genetic code, and it was all over by 1966.
So, I think in the next 20 years, if we can get rid of all of the traditional approaches to artificial intelligence, like neural nets and genetic algorithms and rule-based systems, and just turn our sights a little bit higher to say, can we make a system that can use all those things for the right kind of problem?
Genetic algorithms are great for certain things; I suspect I know what they're bad at, and I won't tell you.
He was found high, well-preserved, in the mountains between Italy and Austria, and it turns out that he has living genetic relatives here in Austria today.
So this device is able to diagnose genetic diseases in babies and newborns sooner, giving doctors an opportunity to start treatments earlier and potentially save the baby's life.
The genetic code of planets is written in the isotopes of the elements.
All of the planets are made from different materials, so they all have different isotopes, they all have their own genetic code.
No other planetary bodies have the same genetic relationship.
And as these more docile scavengers outlasted their aggressive brethren, their genetic traits were passed on, gradually breeding tamer wolves in areas near human populations.
There are exciting new forms of gene therapy that overcome the problem of placing the genetic material in the right place on the chromosome.
In other words, we have aging because it's hard work not to have aging; you need more genetic pathways, more sophistication in your genes in order to age more slowly, and that carries on being true the longer you push it out.
And then you would be one of hundreds of millions of people with a genetic disease, such as sickle cell anemia or progeria or muscular dystrophy or Tay-Sachs disease.
Grievous genetic diseases caused by point mutations are especially frustrating, because we often know the exact single-letter change that causes the disease and, in theory, could cure the disease.
But for most point mutations that cause genetic diseases, simply cutting the already-mutated gene won't benefit patients, because the function of the mutated gene needs to be restored, not further disrupted.
Like many scientists, I've dreamed of a future in which we might be able to treat or maybe even cure human genetic diseases.
But I saw the lack of a way to fix point mutations, which cause most human genetic diseases, as a major problem standing in the way.
Being a chemist, I began working with my students to develop ways on performing chemistry directly on an individual DNA base, to truly fix, rather than disrupt, the mutations that cause genetic diseases.
While base editors are too new to have already entered human clinical trials, scientists have succeeded in achieving a critical milestone towards that goal by using base editors in animals to correct point mutations that cause human genetic diseases.
Two companies I cofounded, Beam Therapeutics and Pairwise Plants, are using base editing to treat human genetic diseases and to improve agriculture.
Additional work lies ahead before base editing can realize its full potential to improve the lives of patients with genetic diseases.
But in sickle cell disease, a single genetic mutation alters the structure of hemoglobin.
But I also, in looking at more powerful technologies and nanotechnology and genetic engineering and other new emerging kind of digital technologies, became very concerned about the potential for abuse.
And if increasing your risk for the development of cancer or even Alzheimer's disease were not sufficiently disquieting, we have since discovered that a lack of sleep will even erode the very fabric of biological life itself, your DNA genetic code.
And genetic testing in people with rare disorders that prevent them from feeling pain have pinpointed several other possible targets for drugs and perhaps eventually gene therapy.
Targeted drugs, genetic modification, artificial intelligence, perhaps even implants into our brains, may change human beings themselves.
That steep, crazy-fun green line, that shows us how quickly genetic sequencing is getting cheaper.
So, what I thought I would bring up is another component that needs to be thought of, whenever you think about nature, and that's basically the invention of generic form in genetic evolution.
You just need to incorporate a certain number of traits in a very kind of genetic way.
It is one one-hundredth of one percent of genetic material that makes the difference between any one of us.
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