Difference between revisions of "Team:IISc Bangalore/Measurement"

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<p>Currently, there are no methods of quantifying Ag43 aggregation quantitatively in unsaturated cultures. In theory, the average sedimentation coefficient is an excellent parameter to quantify the degree of aggregation as larger aggregates sink faster, but its estimation involves the use of an expensive analytical ultracentrifuge.  
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We developed a protocol to estimate the cluster size distribution (cluster size in units of rpm to settle down the cluster in a given time) in a culture expressing Ag43 that by sedimentation experiments that use only a normal laboratory centrifuge. The data obtained was also in agreement with our expectation of the cluster size distribution and also agreed with our model describing the effect of centrifugation.  
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<p>Currently, there are no methods of quantifying Ag43 aggregation quantitatively in unsaturated cultures. In theory, the average sedimentation coefficient is an excellent parameter to quantify the degree of aggregation as larger aggregates sink faster, but its estimation involves the use of an expensive analytical ultracentrifuge.<br>
 +
We developed a protocol to estimate the cluster size distribution (cluster size in units of rpm to settle down the cluster in a given time) in a culture expressing Ag43 that by sedimentation experiments that use only a normal laboratory centrifuge. The data obtained was also in agreement with our expectation of the cluster size distribution and also agreed with our model describing the effect of centrifugation.<br>
 
To summarize, we developed a parameter to estimate aggregation - average cluster size and estimated this parameter experimentally. This provides a more precise, quantitative method for characterizing the biobricks expressing proteins that cause aggregation like Ag43 and INP.
 
To summarize, we developed a parameter to estimate aggregation - average cluster size and estimated this parameter experimentally. This provides a more precise, quantitative method for characterizing the biobricks expressing proteins that cause aggregation like Ag43 and INP.
 
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Revision as of 14:44, 19 October 2016


Team IISc iGem

Biotech park

Currently, there are no methods of quantifying Ag43 aggregation quantitatively in unsaturated cultures. In theory, the average sedimentation coefficient is an excellent parameter to quantify the degree of aggregation as larger aggregates sink faster, but its estimation involves the use of an expensive analytical ultracentrifuge.
We developed a protocol to estimate the cluster size distribution (cluster size in units of rpm to settle down the cluster in a given time) in a culture expressing Ag43 that by sedimentation experiments that use only a normal laboratory centrifuge. The data obtained was also in agreement with our expectation of the cluster size distribution and also agreed with our model describing the effect of centrifugation.
To summarize, we developed a parameter to estimate aggregation - average cluster size and estimated this parameter experimentally. This provides a more precise, quantitative method for characterizing the biobricks expressing proteins that cause aggregation like Ag43 and INP.

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