What is the difference between interspecies hydrogen transfer and direct electron transfer as syntrophic mechanism? What type of symbiosis between two organisms is syntrophy? Please briefly explain your answer.
Question
Interspecies hydrogen transfer is the process of hydrogen transfer from one organism to another in the anaerobic requirement. On the other hand, direct electon transfer involve movement of free electrons from one cell to another cell without the use of reduced molecules.
In syntrophy is a mutualistic relationship exist between two organism who have different metabolically. So, syntrophy is a mutualistic relationship , which is a form of symbiosis relationship. Therefore, in syntrophy relatiinship, hydrogen atom is transfer from one organism to another which are showing mutula relationship is a interspecies hydtogen transfer whereas transfer of electron within the body of each organism is direct electron transfer.
What is the difference between interspecies hydrogen transfer and direct electron transfer as syntrophic mechanism? What...
Briefly explain the difference between an energy transfer versus a charge transfer.
Please provide the mechanism for the reaction shown below. Include all arrows indicating electron movement/transfer as well as all formal charges, and please explain the mechanism/reaction. CN CO2Et II NC CO,Et
Question 16 Electron transfer between redox centers in proteins is controlled by electron tunneling. We can model the region between two redox center as an energy barrier which the electron must cross. If the distance between the redox centers is 0.531 nm and the energy of the electron is 0.212eV lower than the height of the barrier, what is the probability that the electron will successfully cross to the next redox center? Note: to enter a number like 1 x...
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Electron transfer between redox centers in proteins is controlled by electron tunneling. If we model a bound electron as in a box, if the distance between the redox centers is 0.777 nm and the tunneling constant C = 13.1 nm-1, what is the tunneling coefficient for electron tunneling? Please enter a numerical answer below. Accepted formats are numbers or "e" based scientific notation e.g. 0.23, -2, 106, 5.23e-8 Enter answer here 0.00000243 0.00000243 Answer Saved 1 of 6 attempts used...
Explain the difference between an electron withdrawing group and an electron donating group. What effect do these properties have on electrophilic aromatic substitution?
Explain the difference between an electron withdrawing group and an electron donating group. What effect do these properties have on electrophilic aromatic substitution? 12pt Paragraph ***