How to pronounce “epigenetic” in English

epigenetics.

and epigenetic variation as well.

The epigenetics but the raw data -- what we're able to acquire now with the DNA chip with whole genome sequencing -- that

So where's this epigenetic information?

We also can see epigenetic changes, or this regulatory layer behind DNA as DNA goes to RNA and proteins.

And there were probably epigenetic interactions between that genetic variation and that unshared family environment.

So this is epigenetic inheritance, it's often called.

But they undergo epigenetic changes, mutations, and so forth, and they're not capable as they were before.

But we can control epigenetic effects.

And the epigenetic code has not been uncovered.

I next looked at epigenetics, which is the chemical switches you have on genes that you can get through the environment.

both genetically and epigenetically.

In the field of epigenetics, scientists actually test what the environment-- in fact, the environmental effects on our genes are.

But the particular epigeneticist I like best, Mike Levin at Tufts University.

It was epigenetically, meaning something on top of the DNA in the gene was being modified.

So we now think of this epigenetic mark as where the external world touches the biological cell.

And before you ask me about epigenetics or gene expression, yeah, these SNPs have to be expressed, but if they're associated with a trait like school achievement,

Next was the field of epigenetics.

There's a whole field called epigenetics which recognizes that.

But the ability to get to epigenetics, in terms of methyl groups, things like that, talk to us about all the other rich information

But the exciting thing about epigenetics, we're finding that it's more like software.

We can detect this as well as an epigenetic indicator.

And you'll probably recall from high school that epigenetic is the term for any process and structure that

And the information theory of aging proposes and can explain how epigenetic aging, the loss

So there are a lot of things that cause epigenetic change, including to scratch the DVD, but the most potent one that we found is a broken chromosome.

So this takes us beyond the gene to epigenetic control.

Wolff saw the development of the chick in epigenetic terms.

And there's this whole other recent research around epigenetics, repeated experiences that affect gene expression, whether we're turning genes on or off,

It also leaves out the important phenomenon of epigenetics.

There's another term you might come across in addition to epigenetics.

is that because of this thing that we call epigenetics, we have to sort of recognize that even if we possess the gene for something,

And there's this whole new field of epigenetics-- I don't know if you're learning about that, talking about it, thinking about it.

the canvas of life-- there are other ways to do this with epigenetic modifying enzymes as well that are small tweaks to the CAS enzymes.

One is genetic, and the other is epigenetic.

We often think about personalized information or personalized medicine being really about genetic information or epigenetic information, but this is a different type of personalized information where,

Long-term, what we call epigenetic health effects, changes in cortisol release, long-term chronic disease effects.

So they found that without actually evolving you can create what we call epigenetic changes that tag genes and turn on and off genes and regulate genes to create a different outcome.

Mariposa takes away all the stops, all the epigenetic learning that you've been through as a biological organism.

In other words, they are epigenetically mediated.

So sometimes, people object to the concept of epigenetics as though they want to take issue with it.

But again, coming back to epigenetics, what I want to make you understand is that now we have lots of studies that show that the male's lifestyle

That is pristine when we're young, but as we get older we lose that epigenetic information.

So in this case, we looked at genetic changes, epigenetic changes, RNA changes, protein changes, chromatin and antibody titers, B cell, T cells, telomeres,

And there's an increasing body of literature which suggests some genetic causes, as well as epigenetic causes.

So I'm going to try to define epigenetics for you briefly

And so the way I want to express that point is by using a concept called epigenetics.

So nutrigenomics, how does food express your genetics, epigenetics.

They also, through these-- probably people are familiar with this concept of epigenetics.

So for example, across different bases, you have these red epigenetic marks, whereas the genetic bases-- the A, C Gs, and and Ts are here in black--