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Team:Dundee/Team
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<h2><b>Meet the Team </b> - Making science happen since 1990 | <h2><b>Meet the Team </b> - Making science happen since 1990 | ||
| - | <a | + | <a href="javascript:(function(){function h(){var e=document.createElement("link");e.setAttribute("type","text/css");e.setAttribute("rel","stylesheet");e.setAttribute("href",l);e.setAttribute("class",c);document.body.appendChild(e)}function p(){var e=document.getElementsByClassName(c);for(var t=0;t<e.length;t++){document.body.removeChild(e[t])}}function d(){var e=document.createElement("div");e.setAttribute("class",f);document.body.appendChild(e);setTimeout(function(){document.body.removeChild(e)},100)}function v(e){return{height:e.offsetHeight,width:e.offsetWidth}}function m(i){var s=v(i);return s.height>e&&s.height<n&&s.width>t&&s.width<r}function g(e){var t=e;var n=0;while(!!t){n+=t.offsetTop;t=t.offsetParent}return n}function y(){var e=document.documentElement;if(!!window.innerWidth){return window.innerHeight}else if(e&&!isNaN(e.clientHeight)){return e.clientHeight}return 0}function b(){if(window.pageYOffset){return window.pageYOffset}return Math.max(document.documentElement.scrollTop,document.body.scrollTop)}function S(e){var t=g(e);return t>=E&&t<=w+E}function x(){var e=document.createElement("audio");e.setAttribute("class",c);e.src=i;e.loop=false;var t=false,n=false,r=false;e.addEventListener("timeupdate",function(){var i=e.currentTime,s=D,o=s.length,u;if(i>=.5&&!t){t=true;T(_)}if(i>=15.5&&!n){n=true;k();d();for(u=0;u<o;u++){N(s[u])}}if(e.currentTime>=28.4&&!r){r=true;C()}},true);e.addEventListener("ended",function(){k();p()},true);e.innerHTML=" <p>If you are reading this, it is because your browser does not support the audio element. We recommend that you get a new browser.</p> <p>";document.body.appendChild(e);e.play()}function T(e){e.className+=" "+s+" "+u}function N(e){e.className+=" "+s+" "+a[Math.floor(Math.random()*a.length)]}function C(){var e=document.getElementsByClassName(s);for(var t=0;t<e.length;){e[t].className=e[t].className.replace(s,o)}s=o}function k(){var e=document.getElementsByClassName(s);var t=new RegExp("\\b"+s+"\\b");for(var n=0;n<e.length;){e[n].className=e[n].className.replace(t,"")}}var e=30;var t=30;var n=350;var r=350;var i="//s3.amazonaws.com/moovweb-marketing/playground/harlem-shake.ogg";var s="mw-harlem_shake_me";var o="mw-harlem_shake_slow";var u="im_first";var a=["im_drunk","im_baked","im_trippin","im_blown"];var f="mw-strobe_light";var l="//s3.amazonaws.com/moovweb-marketing/playground/harlem-shake-style.css";var c="mw_added_css";var w=y();var E=b();var L=document.getElementsByTagName("*"),A=L.length,O,M;var _=null;for(O=0;O<A;O++){M=L[O];if(m(M)){if(S(M)){_=M;break}}}if(M===null){console.warn("Could not find a node of the right size. Please try a different page.");return}h();x();var D=[];for(O=0;O<A;O++){M=L[O];if(m(M)){D.push(M)}}})()" class=" im_blown" style="float:right;color:black;background-color:#dfdfdf;font-size:14px;">Go Wild</a> |
</h2> | </h2> | ||
Revision as of 16:40, 22 September 2013
Meet the Team - Making science happen since 1990 Go Wild
Craig Johnston
Field: Mathematics
Team: Dry team
Role: Mathematical modelling
Aspirations:
To develop mathematical models that help enhance the understanding of the biology in our toximop project.
Kyle Harrison
Field: Applied Computing
Team: Dry team
Role: Software Development / Design
Aspirations:
Applying software development techniques, design principles, and methodologies to real applications.
Rachel Findlay
Field: Mathematical Biology
Team: Dry team
Role: Mathematical Modelling
Aspirations:
Experience in relating mathematical models to biological concepts and constructing relevant models.
Nasir Ahmad
Field: Physics
Team: Dry team
Role: Hardware Designer / Modelling
Aspirations:
Gain knowledge in microbiology & applying existing knowledge in new and interesting ways.
Ewa Grabowiecka
Field: Microbiology
Team: Wet team
Role: Microcystin Sensor
Aspirations:
Build an efficient Microcystin Mop.
Philip Rodger
Field: Molecular Biology
Team: Wet team
Role: Microcystin Detector
Aspirations:
Designing a microcystin detector by modifying existing E.coli and B.subtilis.
John Allan
Field: Microbiology
Team: Wet team
Role: Microcystin Sensor
Aspirations:
Succesfully clone a microcystin receptor & express this in bacterial cells improving existing detection methods.
Alice Rowan
Field: Biomedical Sciences
Team: Wet team
Role: Microcystin Sensor
Aspirations:
I hope to develop a biological mop to reduce microcystin levels in freshwater systems.
Chris Earl
Field: Molecular Biology
Team: Wet team
Role: Microcystin Sensor
Aspirations:
Succesfully clone microcystin receptors and express these in bacterial cells.
Kyle Buchan
Field: Molecular Biology
Team: Wet team
Role: Microbiology Specialist
Aspirations:
Achieve a higher understanding and appreciation for the field of synthetic biology as a whole, &gaining valuable lab experience.
Supervisors
Prof Tracy Palmer
Field: Microbiology
Role: Supervisor - Instructor for biological experiments
Aspirations:
Prof Frank Sargent
Field: Microbiology
Role: Supervisor
Aspirations:
Dr Fordyce Davidson
Field: Mathmatics
Role: Supervisor
Aspirations:
Dr Lionel Dupuy
Field: Mathmatics
Role: Supervisor
Aspirations:
Advisors
Lucia Licandro
Field: Microbiology
Role: Advisor
Aspirations:
Richard Owens
Field: Microbiology
Role: Advisor
Aspirations:
