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I think its Carbon dioxide
The ladybug has spiracles (holes in their body) on their sides and the thorax (body section which wings and legs are attached to) through which the air enters. The oxygen then moves through the tubules in the ladybug's body along the concentration gradient to the respiring cells, and the carbon dioxide which is produced by the cells moves along the concentration gradient to the spiracles and leaves the insect.
spermolytic is substance that destroys sperm
Aerobic respiration and Anaerobic Respiration. Aerobic is respiring in the presence of oxygen Anaerobic is respiring in the absence of oxygen
It moves faster.
I think its Carbon dioxide
While you excercise, your cells are respiring, which means that your cells are creating energy for your body within the mitochandria.
The ladybug has spiracles (holes in their body) on their sides and the thorax (body section which wings and legs are attached to) through which the air enters. The oxygen then moves through the tubules in the ladybug's body along the concentration gradient to the respiring cells, and the carbon dioxide which is produced by the cells moves along the concentration gradient to the spiracles and leaves the insect.
Why a blood clot is the coronary artery stops the red blood cells from respiring normally
Some cells are non-respiring due to their cellular structure. For example, red blood cells do not respire because they lack the necessary components to do so. These components include the mitochondria and the nucleus. Red blood cells?ædo not need respiration for energy, because the energy is already provided by phosphate ions in blood.
In the body, HCO3 can be produced from carbon dioxide (from respiring cells). It disassociates and reacts with water.
away from the area where it is more concentrated
Endocytosis moves into cell Exocytosis moves out of cells ...
Yes, they do. The haemoglobin in biconcave red blood cells picks up the oxygen at the lungs, and drops it off at a respiring cell.
from an area of low concentration to an area of high concentration (if it is water) the opposite if it is a solid
A medium
no