errata 23071

modules/m62786/index.cnxml

@@ -225,7 +225,7 @@
 <figure id="fig-ch07_01_03" class="ost-tag-lo-apbio-ch07-s01-lo02 ost-tag-lo-apbio-ch07-s01-aplo-2-4 ost-tag-lo-apbio-ch07-s01-aplo-2-5"><media id="fs-id1414909" alt="This illustration shows a substrate-level phosphorylation reaction in which the gamma phosphate of ATP is attached to a protein.">
 <image mime-type="image/jpg" src="../../media/Figure_07_01_03-2540.jpg" width="350"/>
 </media>
-<caption>In a substrate phosphorylation reaction, a phosphate group is removed from an intermediate reactant and it is attached to ADP, forming a molecule of ADP.</caption></figure></section>
+<caption>In a substrate phosphorylation reaction, a phosphate group is removed from an intermediate reactant and it is attached to ADP, forming a molecule of ATP.</caption></figure></section>
 <section id="fs-id2019618" class="ost-get-exercise">
 <title>Oxidative Phosphorylation</title>
        <para id="fs-id2065719">Most of the ATP generated during glucose catabolism, however, is derived from a much more complex process, chemiosmosis, which takes place in mitochondria (<link target-id="fig-ch07_01_04"/>) within a eukaryotic cell or the plasma membrane of a prokaryotic cell. <term id="term-00005">Chemiosmosis</term>, a process of ATP production in cellular metabolism, is used to generate 90 percent of the ATP made during glucose catabolism and is also the method used in the light reactions of photosynthesis to harness the energy of sunlight. The production of ATP using the process of chemiosmosis is called <term id="term-00006">oxidative phosphorylation</term> because of the involvement of oxygen in the process.</para>