What happens to the peroxidase as a result of the chemical reation?
814484
Peroxidase is an enzyme. In chemical reactions, enzymes catalyze the reaction, but are themselves unchanged. So the peroxidase is the same at the end of a chemical reaction as it was in the beginning of the reaction.
710796
An oxidation reaction.\n\nAn oxidation reaction is associated with the loss of electrons.  The lost electrons have to go somewhere and thus a reduction reaction, which is associated with the gaining of electrons, occurs accompanies it.
102941
I believe it was catalase.  It comes from the term to catalyse which means to speed up or destroy.  Calalyses are not used up in chemical reactions just like enzymes.
691873
lysosomes, they are responsible for the release of corroding enzymes. The bacteria or invading pathogens are killed in the lysosomes. likewise the cells may induce destruction or apoptosis which would activate the lysosomes to pour in its corrosive enzymes and detroy the cell
460095
*Advertisement*\n*voice-over*\n"Are you tired of factually incorrect answers?"\n"Are you tired of answers that make a mockery of your question?"\n"Are you disappointed that your good question didn't get the response it deserved?"\n\nNow, there is no need to worry, as we introduce you to the most reliable answering machine- \nBATMAN!! *Cheers*\n\nTa daaaa..\n\n*End of commercial*\n\nHi Jade,\n\nI've got the answer! Here it comes- \nPeroxide bubbles because of constant production of oxygen gas as a result of spontaneous decomposition of peroxide.\n\nThe oxidation state of oxygen in peroxide(H2O2) is (-1) i.e. one electron for each oxygen atom.\n\nIn water (H20), the oxidation state is (-2) i.e two electrons for one oxygen atom. \n\nIn an oxygen molecule (O2), the oxidation state is zero. \n\nNow, the aqueous solutions of hydrogen peroxide spontaneously decomposes like this-\n\nOne molecule of Peroxide (liquid) ----> One molecule of Water (Liquid) + Half molecule of Oxygen (gaseous)\n\nSymbolically-\nH202 (l)   -------> H2O (l) + (1/2)O2 (g)\n(Dammit, how do I put numbers in sub-script and super-script?)\n\nNow, the Oxygen produced here causes production of bubbles.\n\nThis decomposition occurs slowly but the presence of metal surfaces, traces of alkali (present in glass) strongly catalyze the reaction. \n\nSo, if you don't want all your peroxide to convert into water, don't keep it in metal or glass bottles! Keep it in wax-lined glass or plastic vessels in the presence of stabilizers like Urea.\n\nIt is also decomposed by exposure to light. \n\nAlso, keep it away from dust, dust (even in small quantities) induces explosive decomposition.
353146
It is an enzyme that can counteract the damagging effects of oxygen in tissues. Like the vitamin E.
267005
The enzyme breaks down the sucrose into glucose and fructose
910374
The answer is c)\n\nProtonation of the double bond gives the more stable secondary carbonium ion, this reacts with Br- to give the product.\n\nIn the presence of peroxide the reaction goes through a radical mechanism to give the reverse selectivity
916321
Enzymes are proteins.  High temperatures cause proteins to denature and, therefore, cause enzymes not to work.  Every enzyme has an optimal pH, at which point the reaction happens most quickly.  Also, the reaction happens most efficiently when the concentration of enzyme is in balance with the concentration of the substrate.  When a competitive inhibitor is present, the substrate sites on the enzymes become blocked and the reaction cannot take place.
621230
At too low a temp. an enzyme remains inactive.\n\nAt too high a temp. It is killed or ineffective or destroyed.
504495
Hydrogen peroxide give hydrolysis of complexes, since the hydrogens on water ligands are VERY acidic the ligands become hydroxides and the complex usually ends as a metal oxide. Ammonia acts as a lewis base with the complex accepting the electron density and most likely kicking off some chlorides. HCl just storms the complex with chloride ions. And The metal oxygen bonding is much stronger than the metal chloride bond (mainly due to differences in pi backbonding) so the chlorides shouldnt do much to the original complex. \n\n\nAs for the exact molecular formula of what should happen, try asking god. For the answer that your teacher wants try reading a book.
181969
It loses electrons, so it gets a higher oxidation state. An example would be iron going to rust (Fe(s) --> Fe+3).
811688
I would have to guess that it involves the neutralization reaction of more than 2 substances.\n\nJust a guess
801751
Well, H202 would be the substrate....and I forget what enzyme degrades H2O2........its in the peroxisome i think...
828740
fe is the reducing agent cos fe undergo oxidation prosess changing its oxidation no from 0 to 2+
77658
Chemical digestion is accomplished using enzymes - chemicals that break down the structure of whatever food the amoeba is eating.  Mechanical digestion comes from movement - like chewing - using physical force to break apart the food, but not alter the food's chemical structure (that is what the enzymes do - alter the chemical structure)
723534
http://en.wikipedia.org/wiki/Enzyme\n\nyour answer is in industrial applications