The amino acid of a transmembrane protein was analyzed with a hydrophobicity (Kite-Doolittle) plot as shown below. Based on the graph on the left below how many times does the protein predicted pass...


The amino acid of a transmembrane protein was analyzed with a hydrophobicity<br>(Kite-Doolittle) plot as shown below. Based on the graph on the left below how many<br>times does the protein predicted pass through the membrane?<br>TIBS 15-MARCH 1990<br>RVMV.<br>Raw format file: RVMV.<br>Protein Length: 318 Check: 7395<br>4.<br>RVMV.<br>Raw format file: RVMV.<br>Protein Length: 318 Check: 7395<br>3<br>3<br>2-<br>2<br>-2-<br>--3<br>-2<br>50<br>100<br>150<br>200<br>250<br>300<br>50<br>100<br>150<br>200<br>250<br>300<br>Residue Number<br>Residue Number<br>Figure 2<br>Figure 4<br>The Kyte-Doolittle (KD)12 hydrophobicity plot (w 9) of the M-chain<br>of Rsp. viridis.<br>The Sieved-Kyte-Doolittle (SKD)* hydrophobicity plot (w = 9) of the<br>M-chain of Rsp. viridis.<br>1 time<br>3 time<br>5 times<br>7 times<br>Other<br>Mesh Sieved<br>

Extracted text: The amino acid of a transmembrane protein was analyzed with a hydrophobicity (Kite-Doolittle) plot as shown below. Based on the graph on the left below how many times does the protein predicted pass through the membrane? TIBS 15-MARCH 1990 RVMV. Raw format file: RVMV. Protein Length: 318 Check: 7395 4. RVMV. Raw format file: RVMV. Protein Length: 318 Check: 7395 3 3 2- 2 -2- --3 -2 50 100 150 200 250 300 50 100 150 200 250 300 Residue Number Residue Number Figure 2 Figure 4 The Kyte-Doolittle (KD)12 hydrophobicity plot (w 9) of the M-chain of Rsp. viridis. The Sieved-Kyte-Doolittle (SKD)* hydrophobicity plot (w = 9) of the M-chain of Rsp. viridis. 1 time 3 time 5 times 7 times Other Mesh Sieved

Jun 11, 2022
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