How to pronounce“mitochon”in English

Mitochondria are basically little resistors, right? And and they are what allows the flow of energy through the system.

mitochondria into this big cell made the big cell social. Because before this event, most of the evidence says

mitochondria can respire." And by doing this, it seems like cancer cells revert back to this ancestral

mitochondrial metabolism has become a major promising frontier in developing new cancer therapies.

Mitochondria can basically call the shots. If is the cell to live and divide, right? Or is the cell to

mitochondria per oocyte, like per cell.

Mitochondria are very important little tiny organels inside of most of our cells that make energy and they, you

Mitochondria. You now know where aging takes place in your body.

mitochondrial dysfunction, loss of stem cells, senescent cells.

Mitochondria. Bingo, we now know where most of the errors build up in a cell.

mitochondria in muscle. Okay. And that makes them more metabolically active and it's a good thing metabolically. Okay. Now to get back to the humans, what they

mitochondria these are organel in cells they're it's called the powerhouses of

mitochondria and an increase in the levels of the ct1 protein the protein

mitochondria which are energy producing organel in our bodies which Keep Us Alive and provide the energy that sustains us and those begin to change

mitochondrian to cell to advanc cell structure to organ

mitochondria within a cell it's sort of the PowerHouse of a cell and that's maternally inherited so your mitochondrial DNA is the same as uh your

mitochondrial biotins what do mitochondria do in this whole process again small parenthesis what are mitochondria

mitochondria are little organelles they arose they only are found in

mitochondria we know know where ageing takes place and if we cure many of the mistakes that build up in the mitochondria of the cell we could become

mitochondria, in the cytoplasm. And when we're doing that, in order to do that, we're breaking down glucose so fast via a pathway called glycolysis.

mitochondrial function and energy availability in brain cells. Keto lowers systemic inflammation, which is linked to slower cognitive decline.

mitochondria. They're shaped abnormally. The products inside their follicular fluid show higher levels of inflammation just based on age that happens, but also

Mitochondria make ATP. But every time they make ATP, they make also make ROSes. There are 11 steps in mitochondria and

mitochondria to generate more ATP, it diverts it and it goes off into other directions like glycogen, which is in the brain is not good, or fat, which is

Mitochondria capture and generate ATP. >> Mhm.

mitochondrial dysfunction. So, they'll they'll do a sugar problems. And many of them also do develop mental diseases. So, I've seen that they become forgetful

mitochondria, and it uses glucose to do that.

mitochondria they accumulate damage. you can essentially take that mitochondria and get rid of it, right? Or a piece of that

mitochondria that damage and get rid of it through this sort of autoagy type of thing, but it's called mopagy. And that happens with other types of what are

mitochondrial dysfunction. So, the question is is why is that the case and what can we do about it? So, there was a paper that came out in

mitochondria not to work well. This leads to diabetes. Oxidative stress makes the mitochondria not work so well. This leads to dementia. So there's a

mitochondria. There are certain theories about where this might be. This might be in the electron transport chain

mitochondrial function, which is going to impact a variety of different parts of my health. Is that essentially what you're saying? Essentially, yes. Uh and

mitochondrial function and glycolytic function in cancer cells to shut off there's information in the blood for neurogenesis uh for um the microbiome

mitochondrial DNA which you only inherit from your mother and if you look at the mitochondrial DNA and the variability there you can see that we have about

mitochondria burns these ketones. Okay, but they're energy Remember I was talking about how energy efficient the mitochondria become? When they burn

mitochondria healthy. Vigorous exercise, uh fasting, water only fasting. Um you know, it's very hard some but sometimes we when we were putting mice on calorie

mitochondrial load, meaning how many of our powerhouse mitochondria metabolic

mitochondria fructose on the other hand this sweet molecule in sugar in

mitochondrial function so does fructose constitute energy if fructose

mitochondria and and those minute nuances are not what's going to impact humanity. A lot has changed since we last sat down

mitochondria. You're forcing the oxygen to use mitochondria and release a gas called mitochondrial nitric oxide. This is also measurable, by the way. You can

mitochondria and they are actually the primary sites in

mitochondria but as soon as the mitochondria in most of your cells are dysfunctional or dead you you die there's no way around it

mitochondria are actually working on overtime because the body is still

mitochondria and how can we effectively help them heal and repair and and

mitochondria were able to function more more naturally themselves and in a in a

mitochondria I love to know but there's an entire story that helps us understand what happened to her and how exactly that resulted in her really

mitochondrial changes that are so important and that are so