Such an organism would never be able to survive in any environment, and any ball-like characteristics would be selected out.
The organism would also not exist because there is an upper limit on the size cells can be due to physical constraints. A 120 pound single-celled human would probably have a diameter of 2-3 feet, meaning its radius is going to be about 1.5 ft. It would take too long for oxygen molecules to traverse that distance in order to reach the middle of the cell. To overcome this issue, cells need to be extremely small.
Really big molecules, such as proteins or DNA, can exit the cell through a process called exocytosis. In exocytosis, the large molecule is packaged into a vesicle within the cell and then fuses with the cell membrane, releasing the molecule outside the cell. This is an active process that requires energy.
big
If a cell were as big as a basketball, organelles would have to increase in size to be proportionate to the actual cell. -Josh
It is 120 mm^2.
umm realy big loser faces
Well, isn't that a happy little math problem! When you multiply 10 by 120, you get 1,200. That's a big number, just like the big beautiful trees we paint in our landscapes. Just remember, there are no mistakes in math, only happy accidents!
there are 4 destroy all humans! destroy all humans! 2 destroy all humans! big willy destroy all humans! path of the furon and a cell phone game destroy all humans! crypto does vegas
The largest BODY cell in the body is the ovum (egg cell). Just a bit smaller than this period.
so we can breath
120 meters for the pros 120 yards for kids
Well, isn't that a happy little question! To find 0.1 of 120, you simply multiply 0.1 by 120. So, 0.1 x 120 equals 12. And just like that, you've created a beautiful little calculation!
An anthrophos is just a fancy word for a human being, male or female! It's just man-kind. So that means that anthropology is the study of humans and an anthropologist is someone who studies humans! Such a big word for just a person...
About 120 cms.
Really big molecules, such as proteins or DNA, can exit the cell through a process called exocytosis. In exocytosis, the large molecule is packaged into a vesicle within the cell and then fuses with the cell membrane, releasing the molecule outside the cell. This is an active process that requires energy.
A big blob of poo and a big cell
There is no evidence that humans ever had an opposible big toe.
A plant cell is 1/100 of a millimeter and a animal cell is 40 times as big