How to pronounce“circuitry”in English

circuitry they've come to expect in their five-year-old life.

circuitry kicks in, people’s mind wanders on average 50 percent of the time research at Harvard tells us.

circuitry now you can actually now study them you can actually observe them what happens to them after they suffered the stroke which is knocked off areas of the

circuitry so we have this accumulating evidence now phas gauge to begin with now these patients who have got damaged to the emotional circuitry that maybe Mr

circuitry ultimately the emot side of the brain is going to say don't invest

circuitry that is as primitive and basic as hunger thirst the desire for heat when we're cold the desire for cold when we're overly warm it's a it's dorphin I

circuitry of it that uh allows for the complexity of the vision system to

circuitry not just treat it as a black box but basically go and say okay we need a better

The circuitry of baby loving in the brain and in the body, the wires, are exactly the same wires

of circuitry and that there are electrochemical pulse signals that represent facts and ideas

brain circuitry involved in any addiction the the dopamine circuits get charged up and you have your anterior

parallel circuitry in our brains and eventually we use that to simulate a

the circuitry that you're getting at so the brain is just a bunch of stuff

genome circuitry is very often long range so you basically have that genetic variant that could sit in the intron

regulatory circuitry of every single type of neuron every single type of astrocytes oligodendrocyte

the reason that the circuitry looks the same everywhere is that it's all doing the same thing.

basically gave us brain circuitry that allows us to compute value, which also

That type of circuitry is required in our relationships with each other.

Because of the neural circuitry involved in writing something longhand, you end up processing the information more deeply.

It has extensive circuitry to the gastrointestinal tract.

When you train the circuitry for sustained attention, you get a "two for," because it's the same circuitry-- it's intertwined with the circuitry the brain uses

that flow through that circuitry.

There were circuitry experts.

and clearer about the circuitry, about the levers, the dials, the buttons, the dynamics inside the black box so that it's increasingly possible to do reverse engineering.

you strengthen the neural circuitry to and you strengthen that that that learning and it's not just conditioning

once that old circuitry is laid down the only way to deal with it is to lay down new circuitry new learning on top of it

brain's reward circuitry I would have guessed no I would have said there's gonna be a separate circuit for appetite and there are reasons to keep that apart from the general reward circuitry but

near future predicting circuitry in our brain that allows us to imagine that consciousness goes on

There's fear circuitry in the brain, there's the executive attention network, right?

the brain circuitry of romantic love.

trigger the brain circuitry of romatic love or remain in love long term.

the brain circuitry to have a panic attack and the idea is that that that

the that the circuitry is meant to be triggered by

responses so the the circuitry that uh it's not surprising because uh our

Dedicated one circuitry for type one, Dedicated another circuitry for type two.

The type one circuitry, it cycles between stress and comfort, stress and comfort, stress and comfort.

the type two circuitry.

Cues activate the brain circuitry that guide behavior, and the behavior becomes

they have some circuitry that's used to communicate emotion communicate ideas to the outside world and there's something about that circuitry that makes it

function arises from neural circuitry before the nih francis led the human

Cosmic gray hits the circuitry it fixes itself right machines can do this

of the gene regulatory circuitry and at the cellular level of what are the functions that are happening in those cells at the single

epigenomic the circuitry transcriptomic the gene expression level and then cellular where you can basically say i

schizophrenia that fundamental circuitry is hugely important to solve alzheimer's

and that same circuitry is hugely important to solve metabolic disorders and that same exact circuitry is uh hugely important for solving immune

reshaping that circuitry of all of these different tissues and that sort of painting to a new path for therapeutical interventions there

deeper and deeper into the circuitry So I don't have to burn a lot of energy on it.

you'll see this incredibly complex circuitry.

you'll see the same circuitry.