 <translate> Ka yi tunani kafin ka amsa tambayar da ke gaba. Passage: Aerobic metabolism yana da sau 15 mafi inganci fiye da anaerobic metabolism (wanda ke samar da kwayoyin 2 ATP ta 1 kwayar glucose). Koyaya wasu kwayoyin halittar anaerobic, kamar methanogens suna iya ci gaba da numfashi na anaerobic, suna samar da ƙarin ATP ta amfani da wasu kwayoyin inorganic (ba oxygen) azaman masu karɓar electron na ƙarshe a cikin sarkar jigilar electron. Suna raba hanyar farko na glycolysis amma aerobic metabolism ya ci gaba tare da sake zagayowar Krebs da kuma phosphorylation oxidative. Abubuwan da ke faruwa bayan glycolytic suna faruwa a cikin mitochondria a cikin kwayoyin eukaryotic, kuma a cikin cytoplasm a cikin kwayoyin prokaryotic.  Tambaya: Dangane da wannan nassi, menene yawan amfanin ATP na net don maganin hana daukar jini na kwayar glucose daya? <ibo> Mee ka uche gị dịrị n'ihe ị na-ekwu tupu ị zaa ajụjụ ndị a. Ụzọ a na-esi eme ya: Ọkpụkpụ nke na-eme ka mmiri na-agba n'ahụ́ na-arụ ọrụ nke ọma okpukpu iri na ise karịa nke na-eme ka mmiri na-agba n'ahụ́ (nke na-eme ka e nwee mkpụrụ ndụ ATP abụọ n'otu mkpụrụ ndụ glucose). Otú ọ dị, ụfọdụ ụmụ anụmanụ anaerobic, dị ka methanogens nwere ike ịga n'ihu na iku ume anaerobic, na-emepụta ATP site na iji ụmụ irighiri ihe ndị ọzọ (ọ bụghị oxygen) dị ka ndị na-anabata elektrọn ikpeazụ na usoro nnyefe elektrọn. Ha na-ekerịta ụzọ mbido nke glycolysis mana metabolism aerobic na-aga n'ihu na okirikiri Krebs na phosphorylation oxidative. Mmetụta post-glycolytic na-ewere ọnọdụ na mitochondria na mkpụrụ ndụ eukaryotic, na cytoplasm na mkpụrụ ndụ prokaryotic.  Ajụjụ: Dabere n'ihe e kwuru n'ebe a, gịnị bụ net ATP nke otu mkpụrụ ndụ glucose na-enweta site n'ime ka mmiri ghara ịgba ya n'ahụ́? 