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ReseaRch Quality assuRance foR the futuRe a ... - Lund University

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Panel 14 – chemistry<br />

Present/future: Timely and exciting and likely to maintain outstanding<br />

prior reputation.<br />

2.3.5 Plant plasma membranes and aquaporins<br />

Work on subtle and centrally-important structural changes exhibited by<br />

various aqua porins has been of world class. It has, inter alia elucidated<br />

<strong>the</strong> gating mechanism employed by <strong>the</strong>se entities.<br />

Total work done: Excellent to outstanding.<br />

Present/future: Excellent.<br />

2.3.6 Mediated and Direct Electrochemical communication<br />

between Redox Enzymes, Biological Membranes,<br />

Whole Living Cells and Electrodes<br />

This is a very small group of maximum 3 people. Part of <strong>the</strong> mediated<br />

and direct electrochemical communication group of analytical chemistry<br />

is studying bioelectrochemical investigations of redox enzymes. The<br />

research has been recognized internationally and a substantial number of<br />

papers are highly cited.<br />

The proposed strategic plan really is only a very general statement and<br />

does not contain elements for scientific growth. Collaborations with<br />

o<strong>the</strong>r divisions sharing <strong>the</strong> existing know how e.g. combining single<br />

redox-enzyme catalysis with luminescence detection, now an area of<br />

strong development could allow to keep some <strong>the</strong> acquired expertise and<br />

make a closer to <strong>the</strong> frontier area of research.<br />

Total work done: <strong>Quality</strong> very good; relevance very good.<br />

Present/future: Only very general statements are provided. Collaborations<br />

with o<strong>the</strong>r divisions sharing <strong>the</strong> existing know how e.g. combining<br />

single redox enzyme catalysis with luminescence detection, now an area<br />

of strong development, could allow to keep some <strong>the</strong> acquired expertise<br />

and make a closer to <strong>the</strong> frontier area of research. Seems not to be going<br />

well and <strong>the</strong>y can disappear in basic chemistry unit.<br />

2.3.7 Biotechnology<br />

The division consists of 13 members. The focus on “biocatalysis in lowwater<br />

media”, seems to be a research area which is addressed for many<br />

years constantly on a ra<strong>the</strong>r high level with high publication activity.<br />

However, limited information have been provided for <strong>the</strong> panel.<br />

392

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