Domain > biocatalysis.uni-graz.at

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Date	IP Address
2024-11-15	143.50.44.185 (ClassC)

HTTP/1.1 200 OKDate: Mon, 28 Aug 2023 23:10:54 GMTServer: Apache/2.4.56 (Debian)Last-Modified: Fri, 21 Oct 2022 16:02:48 GMTETag: 20f9-5eb8d92c169f6Accept-Ranges: bytesContent-Length: 8441Vary: Accept

!doctype html>html>head>meta charsetUTF-8>title>The Elk Crew—Biocatalysis at the University of Graz/title>link hrefstyles/main.css relstylesheet typetext/css>link hrefstyles/index.css relstylesheet typetext/css>/head>body>div idwrapper>  header>    h1>img srcimages/header/header_home.png width1000 height300 altBioorganic Chemistry/>/h1>        nav idmainnav>      ul>        li idnav-home>a hrefindex.html classthispage>img srcimages/header/icon_home.png width75 height75 alt/>br>        Home/a>/li>        li idnav-people>a hrefsites/people.html>img srcimages/header/icon_people.png width75 height75 alt/>br>        People/a>/li>        li idnav-research>a hrefsites/research.html>img srcimages/header/icon_research.png width75 height75 alt/>br>        Research/a>/li>        li idnav-pubs>a hrefsites/publications.html>img srcimages/header/icon_publication.png width75 height75 alt/>br>        Publications/a>/li>        li idnav-teach>a hrefsites/teaching.html>img srcimages/header/icon_teaching.png width75 height75 alt/>br>        Teaching/a>/li>        li idnav-equip>a hrefsites/equipment.html>img srcimages/header/icon_equip.png width75 height75 alt/>br>        Equipment/a>/li>        li idnav-tools>a hrefsites/onlinetools.html>img srcimages/header/icon_tools.png width75 height75 alt/>br>        Online-Tools/a>/li>        li idnav-links>a hrefsites/links.html>img srcimages/header/icon_links.png width75 height75 alt/>br>        Links/a>/li>      /ul>    /nav>  /header>  main>    p idwelcome-message>Welcome to the ElkGroups webpage!/p>    h1>Biocatalysis/h1>    h2>Enzymes Designed by Nature and Improved for Chemistry/h2>    p>The art to make ‘impossible’ reactions work by using the most powerful catalysts on earth – enzymes – is known as biocatalysis. There is one driving force behind our projects, i.e. cutting tedious asymmetric syntheses short. During the 1980s we have mainly been using industrially produced enzymes (such as lipases, esterases and proteases), which offers the advantage that the chiral c

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Domain > biocatalysis.uni-graz.at

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