1. Serum albumin pI=4.8 (blue)
2. Cytochrome C: pI =10.2
3. Hemoglobin (rabbit): pI=6.8
4. Myoglobin: pI=7.2
The pH of the Tris-Glycine buffer used in Part A is 8.6, what is the net charge on the protein molecules in the samples? Which electrode should each sample migrate toward during the electrophoretic separation? (4 points)
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Protein Electrophoresis Isoelectric Point Proteins, Cytochrome C = 102 Myoglobin = 7.2 Hemoglobin = 6.8 Serum albumin = 4.8 Jusalycine buffer pH = 8.6 Protein Direction Travelled Net Charge Cytochrome C Myoglobin Hemoglobin Serum Albumin Would you expect the same results if you performed the experiment using a buffer with a pH of 6.0? How would the results change? 59 words Focus 3 -- Type here to search
PARTB Experiment 1 (201). Molecular Weight Determination The 1-1. You will be in the wild with me is found in rabbit serum. This protein is called serumbumin. The sandard unknown proteins and the rabbit serum prins for this experimentarehe pre- tined to allow you to follow the portion during crophews Background Information A first step in the analysis of a protein in the molecular biology laboratory frequently involves determination of its sie or molecular weight. The molecular weight of a...