Team:ETH Zurich/Experiments 7

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What about the hydolases? How do they work and where do they come from? Why do we use hydrolases?
What about the hydolases? How do they work and where do they come from? Why do we use hydrolases?
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<b>Colorimetric response in liquid culture</b>
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<b>Colorimetric response on LB-Agar</b>
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<h1><b>Beta-galactosidase</b> (LacZ)</h1>
<h1><b>Beta-galactosidase</b> (LacZ)</h1>

Revision as of 08:34, 9 September 2013

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Contents

What about those hydrolases ?

We use hydrolases to realize a colorimetric response by conversion of a specific substrate. We will use five hydrolases : Beta-Galactosidase (lacZ),Beta-Glucuronidase (GusA); alkaline phosphatase (phoA);Glycoside hydrolase (NagZ) and the acetyl esterase (aes).

On this page you will find all relevant information on the hydrolases and enzyme substrate reactions based on papers and our results.

What about the hydolases? How do they work and where do they come from? Why do we use hydrolases?

Colorimetric response in liquid culture
Colorimetric response on LB-Agar

Beta-galactosidase (LacZ)

Fig.5: X-Gal on LacZ expressing colony
Fig.6: Beta-green-X-gal on LacZ expressing colony


Alkaline phosphatase(PhoA)

Fig.2: NPP on PhoA expressing colony


Acetyl esterase (Aes)

Fig.1: Magenta butyrate on Aes expressing colony


Glycoside hydrolase (NagZ)

Fig.4: X-Glucnac on NagZ expressing colony


Beta-glucuronidase (GusA)

Fig.3 Magenta glucuronide on GusA expressing colony