User:WOSlinkerBot/collab-science.js

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function collab_queryString(p) {
    var re = RegExp('[&?]' + p + '=([^&]*)');
    var matches;
    if (matches = re.exec(document.location)) {
        try { 
            return decodeURI(matches[1]);
        } catch (e) { }
    }
    return null;
}

//Add a 'collab edit' tab
if(mw.config.get('wgArticleId') != 0 ) { 
    $( function collabEditButton() {
        mw.util.addPortletLink('p-cactions', 
                       mw.util.getUrl(null,{action:'edit',collabedit:true}),
                       'collab',
                       'p-collab',
                       'collab edit');
    }
)}

if(mw.config.get('wgAction') == 'edit' && collab_queryString('collabedit') == 'true') {
    $(function collab() {
        var myContent = document.getElementById('wpTextbox1').value;

          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d April 2006) \(UTC\)/g,'[[Orion Nebula]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 1\d April 2006) \(UTC\)/g,'[[Orion Nebula]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 2[0123] April 2006) \(UTC\)/g,'[[Orion Nebula]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 3\d April 2006) \(UTC\)/g,'[[Ammonia]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 2[456789] April 2006) \(UTC\)/g,'[[Ammonia]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 10 May 2006) \(UTC\)/g,'[[Ammonia]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d May 2006) \(UTC\)/g,'[[Ammonia]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 1[123456789] May 2006) \(UTC\)/g,'[[Global dimming]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 3\d May 2006) \(UTC\)/g,'[[Large Hadron Collider]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 2[89] May 2006) \(UTC\)/g,'[[Large Hadron Collider]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, [12]\d June 2006) \(UTC\)/g,'[[Biopharmaceutical]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* July 2006) \(UTC\)/g,'[[Hydrothermal vent]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* August 2006) \(UTC\)/g,'[[Hydrogen]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* September 2006) \(UTC\)/g,'[[Human genome]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* October 2006) \(UTC\)/g,'[[Karyotype]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* November 2006) \(UTC\)/g,'[[Antioxidant]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* December 2006) \(UTC\)/g,'[[Gene]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* January 2007) \(UTC\)/g,'[[Supernova]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* February 2007) \(UTC\)/g,'[[Natural selection]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* March 2007) \(UTC\)/g,'[[Oxygen]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* April 2007) \(UTC\)/g,'[[Infrared]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* May 2007) \(UTC\)/g,'[[X-ray crystallography]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* June 2007) \(UTC\)/g,'[[Nuclear magnetic resonance]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* July 2007) \(UTC\)/g,'[[Biotechnology]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* August 2007) \(UTC\)/g,'[[Photosynthesis]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* September 2007) \(UTC\)/g,'[[Biology]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* October 2007) \(UTC\)/g,'[[Laser]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* November 2007) \(UTC\)/g,'[[Rainbow]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* December 2007) \(UTC\)/g,'[[Atom]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* January 2008) \(UTC\)/g,'[[Prion]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* February 2008) \(UTC\)/g,'[[Genetic pollution]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* March 2008) \(UTC\)/g,'[[Surface science]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* May 2008) \(UTC\)/g,'[[Carbon]]$1\n|}\n$2 (UTC)');


          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d April 2006) \(UTC\)/g,'[[Orion Nebula]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, 1\d April 2006) \(UTC\)/g,'[[Orion Nebula]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, 2[0123] April 2006) \(UTC\)/g,'[[Orion Nebula]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, 3\d April 2006) \(UTC\)/g,'[[Ammonia]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, 2[456789] April 2006) \(UTC\)/g,'[[Ammonia]]$1\n\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, 10 May 2006) \(UTC\)/g,'[[Ammonia]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d May 2006) \(UTC\)/g,'[[Ammonia]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, 1[123456789] May 2006) \(UTC\)/g,'[[Global dimming]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, 3\d May 2006) \(UTC\)/g,'[[Large Hadron Collider]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, 2[89] May 2006) \(UTC\)/g,'[[Large Hadron Collider]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, [12]\d June 2006) \(UTC\)/g,'[[Biopharmaceutical]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* July 2006) \(UTC\)/g,'[[Hydrothermal vent]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* August 2006) \(UTC\)/g,'[[Hydrogen]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* September 2006) \(UTC\)/g,'[[Human genome]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* October 2006) \(UTC\)/g,'[[Karyotype]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* November 2006) \(UTC\)/g,'[[Antioxidant]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* December 2006) \(UTC\)/g,'[[Gene]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* January 2007) \(UTC\)/g,'[[Supernova]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* February 2007) \(UTC\)/g,'[[Natural selection]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* March 2007) \(UTC\)/g,'[[Oxygen]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* April 2007) \(UTC\)/g,'[[Infrared]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* May 2007) \(UTC\)/g,'[[X-ray crystallography]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* June 2007) \(UTC\)/g,'[[Nuclear magnetic resonance]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* July 2007) \(UTC\)/g,'[[Biotechnology]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* August 2007) \(UTC\)/g,'[[Photosynthesis]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* September 2007) \(UTC\)/g,'[[Biology]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* October 2007) \(UTC\)/g,'[[Laser]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* November 2007) \(UTC\)/g,'[[Rainbow]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* December 2007) \(UTC\)/g,'[[Atom]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* January 2008) \(UTC\)/g,'[[Prion]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* February 2008) \(UTC\)/g,'[[Genetic pollution]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* March 2008) \(UTC\)/g,'[[Surface science]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Collab\-science\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* May 2008) \(UTC\)/g,'[[Carbon]]$1\n|}\n\n$2 (UTC)');

          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d April 2006) \(UTC\)/g,'[[Orion Nebula]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 1\d April 2006) \(UTC\)/g,'[[Orion Nebula]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 2[0123] April 2006) \(UTC\)/g,'[[Orion Nebula]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 3\d April 2006) \(UTC\)/g,'[[Ammonia]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 2[456789] April 2006) \(UTC\)/g,'[[Ammonia]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 10 May 2006) \(UTC\)/g,'[[Ammonia]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d May 2006) \(UTC\)/g,'[[Ammonia]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 1[123456789] May 2006) \(UTC\)/g,'[[Global dimming]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 3\d May 2006) \(UTC\)/g,'[[Large Hadron Collider]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, 2[89] May 2006) \(UTC\)/g,'[[Large Hadron Collider]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, [12]\d June 2006) \(UTC\)/g,'[[Biopharmaceutical]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* July 2006) \(UTC\)/g,'[[Hydrothermal vent]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* August 2006) \(UTC\)/g,'[[Hydrogen]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* September 2006) \(UTC\)/g,'[[Human genome]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* October 2006) \(UTC\)/g,'[[Karyotype]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* November 2006) \(UTC\)/g,'[[Antioxidant]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* December 2006) \(UTC\)/g,'[[Gene]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* January 2007) \(UTC\)/g,'[[Supernova]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* February 2007) \(UTC\)/g,'[[Natural selection]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* March 2007) \(UTC\)/g,'[[Oxygen]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* April 2007) \(UTC\)/g,'[[Infrared]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* May 2007) \(UTC\)/g,'[[X-ray crystallography]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* June 2007) \(UTC\)/g,'[[Nuclear magnetic resonance]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* July 2007) \(UTC\)/g,'[[Biotechnology]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* August 2007) \(UTC\)/g,'[[Photosynthesis]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* September 2007) \(UTC\)/g,'[[Biology]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* October 2007) \(UTC\)/g,'[[Laser]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* November 2007) \(UTC\)/g,'[[Rainbow]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* December 2007) \(UTC\)/g,'[[Atom]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* January 2008) \(UTC\)/g,'[[Prion]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* February 2008) \(UTC\)/g,'[[Genetic pollution]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* March 2008) \(UTC\)/g,'[[Surface science]]$1\n|}\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n(.*? \d\d\:\d\d\, \d* May 2008) \(UTC\)/g,'[[Carbon]]$1\n|}\n$2 (UTC)');

          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d April 2006) \(UTC\)/g,'[[Orion Nebula]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, 1\d April 2006) \(UTC\)/g,'[[Orion Nebula]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, 2[0123] April 2006) \(UTC\)/g,'[[Orion Nebula]]$1\n|}\n\n$2 (UTC)');
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          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* September 2007) \(UTC\)/g,'[[Biology]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* October 2007) \(UTC\)/g,'[[Laser]]$1\n|}\n\n$2 (UTC)');
          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* November 2007) \(UTC\)/g,'[[Rainbow]]$1\n|}\n\n$2 (UTC)');
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          myContent = myContent.replace(/\{\{Wikipedia\:Science collaboration of the month\/current\}\}(.*?)\n\|\} *\n\n(.*? \d\d\:\d\d\, \d* January 2008) \(UTC\)/g,'[[Prion]]$1\n|}\n\n$2 (UTC)');
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