Title: German Scientists Make Mice Walk Again

Content: <div id='article-page'><div id='article-content' data-media-url='//news-app-staging.s3.amazonaws.com' data-base-url='//news-app-staging.herokuapp.com' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/A.wav' data-capture-url='//staging.analytics.lingraphica.com/events/capture_news' data-article-title='German Scientists Make Mice Walk Again' data-article-id='5350'><script src='//news-app-staging.herokuapp.com/javascripts/getscripts.js'></script><link rel='stylesheet' href='//news-app-staging.herokuapp.com/stylesheets/article.css' type='text/css' /><div class='article'><p><span data-start-time='0' data-end-time='13396'>German researchers have found a way to regrow nerves of mice that could not walk, permitting them to walk again.</span> <span data-start-time='13396' data-end-time='20813'>The mice had been paralyzed because of injuries to their spinal cords.</span> <span data-start-time='20813' data-end-time='27625'>The researchers used a designer protein injected into the brain.</span> <span data-start-time='27625' data-end-time='37688'> It recreates a link in the brain that scientists had always believed could not be repaired once broken.</span> <span data-start-time='37688' data-end-time='45646'>Spinal cord injuries in humans are often caused by sports or car accidents.</span> <span data-start-time='45646' data-end-time='57958'>The injuries leave them paralyzed because some of the nerves that move information between muscles and the brain are not able to grow back.</span> <span data-start-time='57958' data-end-time='72979'>The researchers from Ruhr University Bochum were able to cause the paralyzed mice&rsquo;s nerve cells to grow back using the designer protein.</span> </p></div><div class='control-buttons-sticky' style='display:none;'><div class='control-buttons'><button title='Back' class='back' disabled='disabled'></button><button title='Play' class='play' disabled='disabled'></button><button title='Pause' class='pause' style='display:none;'></button><button title='Forward' class='forward' disabled='disabled'></button><button class='finished-reading' style='display:none;'>Done</button></div></div></div><div id='article-media'><div id='media-image'><img src='https://news-app-production.s3.amazonaws.com/articles/4825/A.jpg'/></div></div><div id='question-content' style='display:none;'><div class='vocabulary_question question-container' data-question-id=16686 data-hint-location='13396' style='display:none;'><div class='question' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/what_is_a_spinal_cord.wav'>What is a spinal cord?</div><div class='choices' data-correct-choice='a group of nerves that run through the center of the spine'><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/a_group_of_nerves_that_run_through_the_center_of_the_heart.wav'><span>a group of nerves that run through the center of the heart</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/the_largest_bone_in_the_leg.wav'><span>the largest bone in the leg</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/a_group_of_nerves_that_run_through_the_center_of_the_spine.wav'><span>a group of nerves that run through the center of the spine</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/a_series_of_electrical_signals_in_the_heart.wav'><span>a series of electrical signals in the heart</span></div></div></div><div class='multiple_choice_question question-container' data-question-id=16687 data-hint-location='57958' style='display:none;'><div class='question' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/what_was_wrong_with_the_mice_in_this_research_project.wav'>What was wrong with the mice in this research project?</div><div class='choices' data-correct-choice='they were paralyzed'><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/they_were_underweight.wav'><span>they were underweight</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/they_were_paralyzed.wav'><span>they were paralyzed</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/they_were_blind.wav'><span>they were blind</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/they_would_not_eat.wav'><span>they would not eat</span></div></div></div><div class='sentence_completion_question question-container' data-question-id=16688 data-hint-location='0' style='display:none;'><div class='question' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/researchers_in_germany_have_found_a_way_to__blank_.wav'>Researchers in Germany have found a way to <span class='blank'>regrow nerves of mice that could not walk</span>.</div><div class='choices' data-correct-choice='regrow nerves of mice that could not walk'><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/control_the_weather.wav'><span>control the weather</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/regrow_nerves_of_mice_that_could_not_walk.wav'><span>regrow nerves of mice that could not walk</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/cure_the_common_cold.wav'><span>cure the common cold</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/4825/regrow_limbs_of_mice_that_could_not_walk.wav'><span>regrow limbs of mice that could not walk</span></div></div></div><div class='question-buttons'><button class='skip-button'></button><button 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German researchers have found a way to regrow nerves of mice that could not walk, permitting them to walk again. The mice had been paralyzed because of injuries to their spinal cords. The researchers used a designer protein injected into the brain. It recreates a link in the brain that scientists had always believed could not be repaired once broken. Spinal cord injuries in humans are often caused by sports or car accidents. The injuries leave them paralyzed because some of the nerves that move information between muscles and the brain are not able to grow back. The researchers from Ruhr University Bochum were able to cause the paralyzed mice’s nerve cells to grow back using the designer protein.

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