no they can not because they at completely different pH levels.
Pepsin is an enzyme secreted by stomach & trypsin is secreted by pancreas.
No. They function through the exact same mechanisms. The only difference is what controls the environment: whether it is in human hands or left to nature.
Enzymes have the same function as catalysts. Except, the mode of action is markedly different.
Trypsin is a pancreatic enzyme that hydrolyzes proteins. BAPNA is a synthetic dye covalently bonded to an amino acid. The solution is colorless but turns yellow when it is hydrolyzed. Since the covalent bond in BAPNA is the same as the covalent bonds found between amino acids within a protein, a positive hydrolysis reaction would indicate that Trypsin has separated the bond between the dye and the amino acid in BAPNA.
I believe it performs the same function as a cell.
NADP + would perform the same function. During photosynthesis electrons are transferred there.
The optimal pH for pepsin and rennin is about the same, 2.0 and 3.4 respectively. Pepsin is slightly more acidic.
Well using less pepsin means you have less of the enzyme. Now if you keep the substrate / enzyme ratio constant there won't be anything changing. If you however decrease the pepsin amount, there will be less active sites for the same amount of substrate to bind. ---> slower reaction
homeostasis
the color of the solution in the test tube will remain the same and no effect will occur
What the Same between environment and habitat
the Golgi function the same as the nucleolus
yes
No. They function through the exact same mechanisms. The only difference is what controls the environment: whether it is in human hands or left to nature.
Many cells working for the same function=a tissue Many tissues working for the same function= an organ Organs working for the same function= an organ system Organ systems working for the same function= you
The relative concentrations of the electrolytes in the blood are similar to the ocean. One could presume that the function of those electrolytes in to internalize in one's body the same environment from which we sprang.The relative concentrations of the electrolytes in the blood are similar to the ocean. One could presume that the function of those electrolytes in to internalize in one's body the same environment from which we sprang.
Of course, for the same function, the bar will be the same. But for a different function, nope.
Chloroplasts have a similar function.