Title: Brazil, US Identify Molecule to Help Fight Citrus Greening

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/2259/citrus_greening.m4a' data-capture-url='//staging.analytics.lingraphica.com/events/capture_news' data-article-title='Brazil, US Identify Molecule to Help Fight Citrus Greening' data-article-id='2775'><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='9958'>Researchers have identified a molecule that attracts an insect which carries citrus greening disease.</span> <span data-start-time='9958' data-end-time='22938'>This development is expected to help farmers control a disease that has destroyed citrus trees in areas of Brazil and the United States.</span> <span data-start-time='22938' data-end-time='35292'>The discovery is the result of six years of research on Diaphorina citri, an insect that is the vector of citrus greening disease.</span> <span data-start-time='35292' data-end-time='44625'>The molecule was identified by the research center Fundo de Defesa da Citricultura, or Fundecitrus.</span> <span data-start-time='44625' data-end-time='54958'>The effort was carried out in partnership with the University of California, Davis and the University of Sao Paulo's Agricultural College.</span> <span data-start-time='54958' data-end-time='61125'>The next step will be to synthesize a chemical substance from the molecule.</span> <span data-start-time='61125' data-end-time='70063'>Then, researchers will create a product that will work as a trap to attract and stop the insect.</span> <span data-start-time='70063' data-end-time='76271'>Scientists hope to reduce the spread of citrus greening disease.</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/2259/citrus_greening.jpg'/></div></div><div id='question-content' style='display:none;'><div class='vocabulary_question question-container' data-question-id=9828 data-hint-location='22938' style='display:none;'><div class='question' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/what_does_vector_mean.m4a'>What does vector mean?</div><div class='choices' data-correct-choice='carries disease'><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/research_program.m4a'><span>research program</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/carries_disease.m4a'><span>carries disease</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/insect_invasion.m4a'><span>insect invasion</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/citrus_disease.m4a'><span>citrus disease</span></div></div></div><div class='multiple_choice_question question-container' data-question-id=9829 data-hint-location='70063' style='display:none;'><div class='question' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/what_do_scientists_hope_to_do.m4a'>What do scientists hope to do?</div><div class='choices' data-correct-choice='reduce the spread of disease'><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/identify_an_insect.m4a'><span>identify an insect</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/reduce_the_spread_of_disease.m4a'><span>reduce the spread of disease</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/engineer_molecules.m4a'><span>engineer molecules</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/create_better_fruit.m4a'><span>create better fruit</span></div></div></div><div class='sentence_completion_question question-container' data-question-id=9830 data-hint-location='0' style='display:none;'><div class='question' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/researchers_have_identified_a__blank_.m4a'>Researchers have identified a <span class='blank'>molecule</span>.</div><div class='choices' data-correct-choice='molecule'><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/molecule.m4a'><span>molecule</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/citrus.m4a'><span>citrus</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/disease.m4a'><span>disease</span></div><div class='choice' data-sound-name='https://news-app-production.s3.amazonaws.com/articles/2259/insect.m4a'><span>insect</span></div></div></div><div class='question-buttons'><button class='skip-button'></button><button class='hint-button'></button><button class='speak-button'></button></div></div></div>

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Researchers have identified a molecule that attracts an insect which carries citrus greening disease. This development is expected to help farmers control a disease that has destroyed citrus trees in areas of Brazil and the United States. The discovery is the result of six years of research on Diaphorina citri, an insect that is the vector of citrus greening disease. The molecule was identified by the research center Fundo de Defesa da Citricultura, or Fundecitrus. The effort was carried out in partnership with the University of California, Davis and the University of Sao Paulo's Agricultural College. The next step will be to synthesize a chemical substance from the molecule. Then, researchers will create a product that will work as a trap to attract and stop the insect. Scientists hope to reduce the spread of citrus greening disease.

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