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Francisco Fuster<br />March 18, 2011<br />SDS of pGLO<br />   SDS is the electrophoresis of proteins. This technique is used to see the quality of the extracted proteins. Here we see if the proteins are degraded or in good condition. To determine the condition of the proteins we must look at the bands left on the gel. SDS is a detergent the basically coats the protein with a negative charge so it can travel down the gel from the negative origin to the positive destination. This lab is a continuation of the last lab because we will use the transformed bacteria to see of the with arabinose in the dish actually produced the protein. Our results indicated that those that didn’t have arabinose in the medium did not produce the protein because the gene was never turned on. On the other hand, those with arabinose showed the band that indicates the presence of GFP. The one with no heat applied actually emitted light, because it wasn’t denatured. The one that had heat applied was present because it is still the same size, but it did no emit light because the heat denatured it. The substance that was loaded into the gel was so viscous that only those that had a wider gel were able to get more accurate results. <br />

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Sds page p glo

  • 1. Francisco Fuster<br />March 18, 2011<br />SDS of pGLO<br /> SDS is the electrophoresis of proteins. This technique is used to see the quality of the extracted proteins. Here we see if the proteins are degraded or in good condition. To determine the condition of the proteins we must look at the bands left on the gel. SDS is a detergent the basically coats the protein with a negative charge so it can travel down the gel from the negative origin to the positive destination. This lab is a continuation of the last lab because we will use the transformed bacteria to see of the with arabinose in the dish actually produced the protein. Our results indicated that those that didn’t have arabinose in the medium did not produce the protein because the gene was never turned on. On the other hand, those with arabinose showed the band that indicates the presence of GFP. The one with no heat applied actually emitted light, because it wasn’t denatured. The one that had heat applied was present because it is still the same size, but it did no emit light because the heat denatured it. The substance that was loaded into the gel was so viscous that only those that had a wider gel were able to get more accurate results. <br />