Article added to library!
x
Pubchase is a service of protocols.io - free, open access, crowdsourced protocols repository. Explore protocols.
Sign in
Reset password
or connect with
Facebook
By signing in you are agreeing to our
Terms Of Service and Privacy Policy
  • See more
  • '); var ntfc_preview = ''; $.post('/api/v1/get_notifications', function(r) { var ntfc_read_pending = 0; var ntfc_pending = 0; $.each(r.notifications.pending, function(index, ntfc_object) { ntfc_read_pending++; ntfc_pending++; if (ntfc_read_pending
    ' + ntfc_object.full_name +'' + ntfc_object.time + '
    ' + ntfc_object.description +'
    '; }) if (ntfc_read_pending
    ' + ntfc_object.full_name +'' + ntfc_object.time + '
    ' + ntfc_object.description +'
    '; }) $('.notification-block .dropdown-menu').html(ntfc_preview); $('.notification-block .dropdown-menu').append('
  • See more
  • '); if (ntfc_pending > 0) { $('.notification-count').text(ntfc_pending).show(); } else { $('.notification-count').hide(); } } else { $('.notification-block .dropdown-menu').html(ntfc_preview); $('.notification-block .dropdown-menu').append('
  • See more
  • '); if (ntfc_pending > 0) { $('.notification-count').text(ntfc_pending).show(); } else { $('.notification-count').hide(); } } if (ntfc_read_pending == 0) { $('.notification-block .dropdown-menu').html('
  • You don\'t have any notifications
  • See more
  • '); $('.notification-count').hide(); } data = {'nid' : '', 'ntid' : 1}; $.post('/api/v1/notification_action', data, function(r) { if (r.request == 'OK') { $('.notification-count').hide(); } }); }, "json"); }); $('.search-save-box').on({ click : function(e) { e.preventDefault(); var search_attr = $(this).attr('rel').split(','); var p = search_attr[1]; var tf = search_attr[0]; window.location = '/search?tf='+tf+'&jc='+jc+'&keywords='+$(this).html()+'&s='+$('#sort_order').val()+'&p='+p; } }, '.search-name'); $( "#keywords_main, #keywords_mobile" ).focus(function(e) { show_saved_searches(e, $(this)); }); $(window).resize(function () { if ($('.search-save-box').is(':visible')) { if ($('#keywords_main').is(':visible')) var left_search_save = $('#keywords_main').offset().left; if ($('#keywords_mobile').is(':visible')) var left_search_save = $('#keywords_mobile').offset().left; $('.search-save-box').css('left',left_search_save); } }); $('.search-save-box').on({ click : function(e) { e.preventDefault(); delete_saved_search($(this)); } }, '.search-name-close'); $('.search-save-box, #keywords_main, #keywords_mobile').click(function(e) { e.stopPropagation(); }); $(document).click(function(e) { $('.search-save-box').hide(); }); $( "#keywords_main, #keywords_mobile" ).autocomplete({ source: function( request, response ) { // data contains the JSON object textStatus contains the status: success, error, etc $.post('/api/v1/searches', {'key' : request.term}, function(data, textStatus) { response(data); }, "json") }, select: function (event, ui) { var reportname = ui.item.value; var thelinks = '/search?tf='+$('#time_frame').val()+'&jc='+jc+'&keywords='+reportname+'&s='+$('#sort_order').val()+'&p='+$('#people_cluster').val(); } }); $('.search-go').click(function(e) { e.preventDefault(); window.location = get_search_url(); }); $('.logout').click(function(e) { e.preventDefault(); }); $('.header_keywords, .home_page_keywords').on('keydown', function(e) { if (e.keyCode == 13) { window.location = get_search_url(); } $('.search-save-box').hide(); }); $('.seemore').click(function(e){ e.stopImmediatePropagation(); }); });
    Sep 09, 2015
    Scientific Reports
    Ethylene is a stimulant to increase natural rubber latex. After ethylene application, both fresh yield and dry matter of latex are substantially improved. Moreover, we found that ethylene improves the generation of small rubber particles. However, most genes involved in rubber biosynthesis are inhibited by exogenous ethylene. Therefore, we conducted a proteomics analysis of ethylene-stimulated rubber latex, and identified 287 abundant proteins as well as 143 ethylene responsive latex proteins (ERLPs) with mass spectrometry from the 2-DE and DIGE gels, respectively. In addition, more than 1,600 proteins, including 404 ERLPs, were identified by iTRAQ. Functional classification of ERLPs revealed that enzymes involved in post-translational modification, carbohydrate metabolism, hydrolase activity, and kinase activity were overrepresented. Some enzymes for rubber particle aggregation were inhibited to prolong latex flow, and thus finally improved latex production. Phosphoproteomics analysis identified 59 differential phosphoproteins; notably, specific isoforms of rubber elongation factor and small rubber particle protein that were phosphorylated mainly at serine residues. This post-translational modification and isoform-specific phosphorylation might be important for ethylene-stimulated latex production. These results not only deepen our understanding of the rubber latex proteome but also provide new insights into the use of ethylene to stimulate rubber latex production.
      
    Add Public PDF
      
      
    Upload my PDF
      

    Downloading PDF to your library...

    ADD A TAG      64 chars max

      Make private

    APPLIED TAGS

    Uploading PDF...

    PDF uploading

    Delete tag:

    The link you entered does not seem to be valid

    Please make sure the link points to nature.com contains a valid shared_access_token