errata 24603

modules/m62993/index.cnxml

@@ -53,7 +53,7 @@
 </problem>
 </exercise>
 </note><para id="fs-idp145336384">Proteins and other large solutes cannot leave the capillaries. The loss of the watery plasma creates a hyperosmotic solution within the capillaries, especially near the venules. This causes about 85% of the plasma that leaves the capillaries to eventually diffuses back into the capillaries near the venules. The remaining 15% of blood plasma drains out from the interstitial fluid into nearby lymphatic vessels (<link target-id="fig-ch40_04_02"/>). The fluid in the lymph is similar in composition to the interstitial fluid. The lymph fluid passes through lymph nodes before it returns to the heart via the vena cava. <emphasis>Lymph nodes</emphasis> are specialized organs that filter the lymph by percolation through a maze of connective tissue filled with white blood cells. The white blood cells remove infectious agents, such as bacteria and viruses, to clean the lymph before it returns to the bloodstream. After it is cleaned, the lymph returns to the heart by the action of smooth muscle pumping, skeletal muscle action, and one-way valves joining the returning blood near the junction of the venae cavae entering the right atrium of the heart.</para>
-<figure id="fig-ch40_04_02" class="ost-tag-lo-apbio-ch31-s04-lo01"><media id="fs-idp56177984" alt="Illustration shows an arteriole and a venule branching off into a capillary bed. Lymph capillaries surround the capillary bed. Fluid diffuse from the blood vessels into the lymphatic vessels.">
+<figure id="fig-ch40_04_02" class="ost-tag-lo-apbio-ch31-s04-lo01"><media id="fs-idp56177984" alt="Illustration shows an arteriole and a venule branching off into a capillary bed. Lymph capillaries surround the capillary bed. Fluid diffuses from the blood vessels into the lymphatic vessels.">
 <image mime-type="image/jpg" src="../../media/Figure_40_04_02.jpg" width="295"/>
 </media>
 <caption>Fluid from the capillaries moves into the interstitial space and lymph capillaries by diffusion down a pressure gradient and also by osmosis. Out of 7,200 liters of fluid pumped by the average heart in a day, over 1,500 liters is filtered. (credit: modification of work by NCI, NIH)</caption></figure><note id="fs-idm31388272" class="evolution ost-tag-lo-apbio-ch31-s04-lo01 ost-assessed-feature"><title>Vertebrate Diversity in Blood Circulation</title>

modules/m66654/index.cnxml

@@ -30,7 +30,7 @@
 </media>
 </para>
 </note><para id="fs-idp145336384">Proteins and other large solutes cannot leave the capillaries. The loss of the watery plasma creates a hyperosmotic solution within the capillaries, especially near the venules. This causes about 85% of the plasma that leaves the capillaries to eventually diffuse back into the capillaries near the venules. The remaining 15% of blood plasma drains out from the interstitial fluid into nearby lymphatic vessels (<link target-id="fig-ch40_04_02"/>). The fluid in the lymph is similar in composition to the interstitial fluid. The lymph fluid passes through lymph nodes before it returns to the heart via the vena cava. <term id="term-00002">Lymph nodes</term> are specialized organs that filter the lymph by percolation through a maze of connective tissue filled with white blood cells. The white blood cells remove infectious agents, such as bacteria and viruses, to clean the lymph before it returns to the bloodstream. After it is cleaned, the lymph returns to the heart by the action of smooth muscle pumping, skeletal muscle action, and one-way valves joining the returning blood near the junction of the venae cavae entering the right atrium of the heart.</para>
-<figure id="fig-ch40_04_02"><media id="fs-idp56177984" alt="Illustration shows an arteriole and a venule branching off into a capillary bed. Lymph capillaries surround the capillary bed. Fluid diffuse from the blood vessels into the lymphatic vessels.">
+<figure id="fig-ch40_04_02"><media id="fs-idp56177984" alt="Illustration shows an arteriole and a venule branching off into a capillary bed. Lymph capillaries surround the capillary bed. Fluid diffuses from the blood vessels into the lymphatic vessels.">
 <image mime-type="image/jpg" src="../../media/Figure_40_04_02.jpg" width="295"/>
 </media>
 <caption>Fluid from the capillaries moves into the interstitial space and lymph capillaries by diffusion down a pressure gradient and also by osmosis. Out of 7,200 liters of fluid pumped by the average heart in a day, over 1,500 liters is filtered. (credit: modification of work by NCI, NIH)</caption></figure>