The person would not produce H2CO3 quickly apex
to catalyse the conversion of CO2 into HCO3 and H+
Carbonic anhydrase enzymes produces Hydrogen ions(H+) and are acted upon by the cytochrome system found in the mitochondria of all living things and are utilized as:
1. Fuel of the ion pump that maintains the integrity of the cell wall membrane.
2. Fuel for all other metabolic activities-- I/2 for cell division and 1/2 for all other metabolic activities-------- Hydrogen ions (H+) + ADP (adenosine diphosphate)-------------ATP(adenosine triphospahate)
3. Hydrogen ions produced by Cell specific carbonic anhydrase enzymes neutralizes all reactive species including reactive oxygen which are implicated with diseases associated with oxidative stress as illustrated in the following:
In aerobic respiration:
Glucose + Oxygen ---------CO2(Carbon Dioxide) + H2O(water) + (O2)-2(reactive oxygen specie - 5% are produced)
H2O + CO2 ------------------H+ (Hydrogen ion) + HCO3-(bicarbonate)
------------------
(reversible reaction acted upon by Carbonic anhydrase enzymes)
H+ + (O2)-2 -----------------(HO2)-1------ Superoxide
H+ + (HO2)-1----------------H2O2 --------Hydrogen Peroxide
H2O2----------------------------2(OH-1)------Hydroxyl
2(H+) + 2(OH-1)------------2 (H2O)------water (final product)
4. Hydrogen ions are used for the formation of hydrogen bonds for proteins to make them more stable preventing misfolding of proteins.
These cell specific carbonic anhydrase enzymes almost explains the
pathology and physiology of aging, disorders of aging, cancer and almost all diseases of mammals.
If it says
CO2 + H20 -> H2CO3
How will this reaction be affected if carbonic anhydrase acts as a catalyst?
The answer is "H2CO3 will be produced faster."
Carbonic Anhydrase helps convert Water (H2O) and Carbon Dioxide (CO2) into carbonic acid which can be dissolved into the blood.
it helps you ''eat'' and do other ''stuff''
red blood cells
dd
The only good answer is too complicated for explanation here. It is advisable to read a good article on the biochemistry of photosynthesis. To get a preview: certainly there are more than 100 enzymes involved in more than 20 steps (or 'groups' of reactions) to form one of the many (>100) carbohydrates by photosynthesis.
CO2 combines with H2O in blood plasma to form H2CO3 (carbonic acid). Carbonic acid readily dissociates into HCO3 + H+ . The reaction between CO2 and water happens inside red blood cells, and the reaction is catalyzed by the enzyme carbonic anhydrase.
Catalase is. it is an enzyme located in the liver that breaks down poisonous hydrogen peroxide into water and oxygen ( 2 H2O2 -----> 2 H2O + O2) and it is estimated to catalyse around 38 million molecules of hydrogen peroxide per second!
Carbonic anhydrase
Carbonic anhydrase enzyme catalyzes the reaction of CO2 & H2O to form H+ & HCO3-. It is normally present in the follwing site: 1)CSF 2)acqueous humor of the eye 3)Parietal cells of stomach 4)Pancreas 5)RBCs 6)Kidney in proximal & distal convoluted tubules & it's not present i the respiratory system
Acetazolamide (a-set-a-ZOLE-a-mide) is a carbonic anhydrase inhibitor. Carbonic anhydrase is an enzyme that shifts the rate of reaction to favor the conversion of carbon dioxide and water into carbonic acid, bicarbonate ions, and free protons.
Carbonic Anhydrase, I think :D
I took one for my fellow apex brothers an sisters that got fuked over during garbage online school and were sent to summer school the answer is h2co3 will be produced faster.
The only good answer is too complicated for explanation here. It is advisable to read a good article on the biochemistry of photosynthesis. To get a preview: certainly there are more than 100 enzymes involved in more than 20 steps (or 'groups' of reactions) to form one of the many (>100) carbohydrates by photosynthesis.
Carbonic acid. The reaction is: H2O + CO2 -----> H2CO3 ----> H+ + HCO3- The reaction is catalysed by an enzyme called carbonic anhydrase. After it has formed it separates (dissociates) into hydrogen ions (H+) and hydrogen carbonate ions (HCO3-).
Substrate
CO2 combines with H2O in blood plasma to form H2CO3 (carbonic acid). Carbonic acid readily dissociates into HCO3 + H+ . The reaction between CO2 and water happens inside red blood cells, and the reaction is catalyzed by the enzyme carbonic anhydrase.
Depends on the concentration of enzyme and substrate you'll have to look at the lab and do some math
Catalase is. it is an enzyme located in the liver that breaks down poisonous hydrogen peroxide into water and oxygen ( 2 H2O2 -----> 2 H2O + O2) and it is estimated to catalyse around 38 million molecules of hydrogen peroxide per second!
Carbonic anhydrase
Sincerely, carbonic anhydrase enzyme. Followed by hemoglobin
Enzymes normally end with the term -ase (e.g. protease, catalase, carbonic anhydrase).