Cells here make proteins called spidroins, and they secrete them into the fluid inside the gland.
cells or by stress reactions in our body.
cells and that was a slow and gradual process, and most of the cells in your body do the things that neurons do.
cells do.
cells that they were in in their bodies. And so when you do that, normally these cells , are bullied by their neighboring cells into having a very boring life.
cells die and never get to normal.
cells . And once you have a cell, cells divide and they come together into larger multi-ellular aggregates that
cells were dysregulated in the growth because they didn't have this regulatory system, which is the mitochondria coming from a from a bacteria.
cells can do a lot more, right?
cells dividing out of um control seemingly randomly Yeah.
cells to become more energized.
cells , by as much as 28%.
cells because the cells that make those have died out, and very low platelets, because the cells that make those have died out in the bone marrow also.
Cells are trying stuff out.
Cells are easy, we just take a biopsy from an animal and then immortalize that cell line so you have an infinite amount of cells
cells that have shortened the time line to development of these things.
cells .
cells of the own-- the patient's own immunogenicity.
cells -- my own 40-year-old cells now unless they were not in Franklin, Massachusetts.
Cells are dying. Cells or being reborn cells are creating and life is happening despite of ourselves.
cells each with a billion-year lineage of R&D to give them the talents that
cells is called the extra extracellular matrix.
cells what kind of efficiency gains do you get if you construct like like I have a very simple crude solar tracker
cells , enlarged capillaries, so more blood flowing to the regions.
cells , where would you put it?
Cells you can call them.
cells fat.
cells , running at 23% efficiency, we'd meet the megawatt usages that we would need.
cells scrape them out of the throat add a gene and vro cuz the old forms of gene therapy involved sending in a new Gene
cells or something like this where where there are there are some people who who
cells in the gut lining like GLP1 that's uh people now know is how ampic works.
Cells that are given these four Yamanaka factors actually are biologically younger than cells that haven't had the treatment.
Those cells can start dividing out of control when they start to clump together, and we start to call those clumps of cells cancer.
and cells and molecules and whatever.
Cancer cells , too, Warburg said, "It's the weirdest thing. These cancer cells um
that cells were asocial.
of cells dying everywhere.
Chitin cells , with their elastic nature, is not going to fall apart.
skin cells in this case, could be taken, but blood cells also or cells picked up from urine or whatever.
the cells have that program.
The cells were transformed into pluripotent stem cells then guided to differentiate interneurons.
the cells , about 30 seconds after you slice into a cell, an enzymatic reaction actually creates this volatile chemical which, when it rises above and hits your eyes,
Animal cells are very different from plant cells .
Animal cells are a lot more flexible, particularly muscle tissue, which we tend to eat is made of cells that are exceedingly elastic.
The cells in our body, the physical constituents of what makes us who we are are constantly changing, constantly evolving.
These cells have acquired something.
So cells have a lifespan, just like anything else we might expect.
Cancer cells have a lifespan that's prolonged.
Those cells are completely non-functional.
Your cells have seen some things.