errata 24227

modules/m66618/index.cnxml

@@ -24,7 +24,7 @@
 <title>Digestive Phases</title>
 <para id="fs-idp67338288">The response to food begins even before food enters the mouth. The first phase of ingestion, called the <term id="term-00001">cephalic phase</term>, is controlled by the neural response to the stimulus provided by food. All aspects—such as sight, sense, and smell—trigger the neural responses resulting in salivation and secretion of gastric juices. The gastric and salivary secretion in the cephalic phase can also take place due to the thought of food. Right now, if you think about a piece of chocolate or a crispy potato chip, the increase in salivation is a cephalic phase response to the thought. The central nervous system prepares the stomach to receive food.</para>
 <para id="fs-idp71992480">The <term id="term-00002">gastric phase</term> begins once the food arrives in the stomach. It builds on the stimulation provided during the cephalic phase. Gastric acids and enzymes process the ingested materials. The gastric phase is stimulated by (1) distension of the stomach, (2) a decrease in the pH of the gastric contents, and (3) the presence of undigested material. This phase consists of local, hormonal, and neural responses. These responses stimulate secretions and powerful contractions.</para>
-<para id="fs-idp151464896">The <term id="term-00003">intestinal phase</term> begins when chyme enters the small intestine triggering digestive secretions. This phase controls the rate of gastric emptying. In addition to gastrin emptying, when chyme enters the small intestine, it triggers other hormonal and neural events that coordinate the activities of the intestinal tract, pancreas, liver, and gallbladder.</para>
+<para id="fs-idp151464896">The <term id="term-00003">intestinal phase</term> begins when chyme enters the small intestine triggering digestive secretions. This phase controls the rate of gastric emptying. In addition to gastric emptying, when chyme enters the small intestine, it triggers other hormonal and neural events that coordinate the activities of the intestinal tract, pancreas, liver, and gallbladder.</para>
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