397.44 219.96 l 508.44 537.6 1.44 -0.06 re f* JMX(M/@JYI)SCgm8Xd*&BPuO(\;%lBA^fX4E!FmGL[;RLrZGh)`W@Y'm /F12 1 Tf 469.68 97.56 l 495.36 399 0.72 -0.06 re 380.16 307.32 l S 204.24 566.16 m 1 g 386.52 304.2 m 137.4 233.76 l 242.16 619.44 m 380.64 204.48 l 348.12 168.84 l 251.52 224.28 l 368.04 566.16 l 259.32 526.44 l f* f* (rRNA)Tj 514.8 503.76 l 439.56 243 l 280.08 580.68 l 257.76 386.52 l 135.72 271.8 l 1 i 1 J 1 j 0.96 w 10 M []0 d f* 408.6 221.4 l 249.608 579.12 241.92 586.754 241.92 596.16 c 345.36 545.88 l 1 i 1 J 1 j 0.96 w 10 M []0 d 184.08 253.947 180.586 250.56 176.28 250.56 c S 322.44 523.08 l 254.76 580.68 l 335.76 585.6 l 0 g 310.08 241.92 l (121)Tj 355.44 239.88 l 171.24 437.64 l 120.96 407.28 m S 0000459584 00000 n 347.76 281.64 l 354.96 281.52 l S 289.8 441.36 l 361.08 235.8 l f* 268.68 244.92 l 194.52 566.16 l S S 183 105.6 l 411.6 173.28 l 278.52 630.36 l 124.2 440.4 0.48 -0.06 re 168.72 255.48 l f* 423.36 435.36 l 152.16 610.08 m f* f* q 355.08 166.68 l 420.6 168.24 l 246 242.64 l 195.6 235.2 1.68 -0.06 re 228 139.2 6 -3.24 re 310.08 619.68 l 400.44 522.36 m S 193.44 412.8 l 373.44 189.96 l 386.88 266.88 l 191.88 440.88 0.12 -0.06 re f* f* f* 190.2 277.8 l 202.8 162.6 l S 222.12 234.24 l 196.2 499.56 l 0 G 438.12 415.44 0.48 -0.06 re 170.4 267.96 l f* 489.24 275.76 l 289.8 354.72 l 484.32 589.743 486.47 591.84 489.12 591.84 c 441.96 450.84 l f* 170.76 435.48 l S f* 1 g 158.16 81.96 l 275.4 620.52 l 389.28 264.24 l 369.6 596.446 377.288 604.08 386.76 604.08 c (In this model, genes are independent, mutually exclusive, non-)Tj 394.44 529.8 l 181.32 542.52 l f* 0.004 Tc 292.92 580.56 l 284.16 508.56 l 99 240.6 l 245.16 566.16 l 215.16 442.08 l 284.16 132.48 l 153.36 452.28 l 335.52 246.48 l f* 331.44 148.56 l /F12 1 Tf f* 228 624.84 l 1 g 477.48 361.08 l 406.92 413.64 0.6 -0.06 re f* 278.52 532.68 l 1 0.749 0.749 RG S Q 465.72 586.44 l f* f* 355.56 164.88 l 1 i 1 J 1 j 0.96 w 10 M []0 d 291.12 221.16 m f* 309.48 241.56 l 356.76 229.44 1.56 -0.06 re 240 461.76 l 0 G 0 g 356.88 229.92 1.68 -0.06 re Q f* 397.44 189.96 l 369.12 540.84 l 372.6 603.96 l 194.64 581.416 200.93 587.76 208.68 587.76 c /F4 1 Tf 0 g 183.48 110.52 l 448.68 407.52 l f* 348.36 600.96 l 481.92 440.64 l 333.48 574.44 1.56 -0.06 re 328.56 545.64 l q 380.16 389.88 l 488.64 547.8 l 455.76 555.6 7.32 -2.64 re 159.96 439.68 0.48 -0.06 re 204.72 429.36 l 321.48 143.88 l f* f* q 355.44 225.84 1.44 -0.06 re 267.72 572.16 0.6 -0.06 re 207.24 132.96 l 1 g 438 207.36 l 181.92 566.16 m S 279 204.72 l 0 G f* 201.72 493.2 m (Molecular Biology: 19)Tj W n f* 495.48 245.4 l 353.76 255.36 l 349.68 360.96 l S f* 464.64 317.52 l 221.16 224.76 l W n f* 488.76 498.96 m 190.2 581.28 l 155.16 635.4 l 385.08 299.64 l 0 Tc 323.16 565.56 l f* 292.92 204.6 l 215.4 218.4 l 158.64 306.48 l 420 423.6 l 259.32 178.44 l 348 545.64 l f* 138.36 295.44 l 191.64 508.8 l 170.88 552.84 l 224.04 267 l 196.08 486.96 l 408.24 594.12 m 218.16 216.36 m 219.96 407.64 m 349.68 360.96 m 454.44 268.32 l f* 367.68 562.8 6 -5.16 re 380.16 423.36 l f* f* q 202.8 581.16 l 0 G 0.071 Tw 185.76 453.96 l 310.08 152.64 l 256.32 528.48 m 419.4 307.2 l 266.16 179.76 l 185.76 404.76 m -0.06 12.564 TD 0.035 0.129 0.384 rg 284.04 638.52 l 360.24 166.2 l 168.48 408.72 l 489.36 231.12 l 257.16 345.12 m 240.6 511.08 m 329.76 619.08 l 349.68 360.96 l 254.76 189.96 l 322.44 224.4 l 287.76 224.88 1.56 -0.06 re 272.16 517.44 l 317.16 152.64 l 337.68 613.92 l 164.88 669.48 6 -3.72 re 386.28 565.8 l 384.72 597 l 145.2 255.24 m 397.44 412.8 l 352.2 227.04 1.68 -0.06 re f* 0 G 394.92 416.4 l f* f* 1 i 1 J 1 j 0.12 w 10 M []0 d Q f* 244.68 149.16 l 204.48 423.84 l 398.4 552.12 l 278.52 526.44 m S 335.76 532.08 l 198.48 464.64 l 223.56 339.24 m 0001343624 00000 n f* f* 215.4 621.84 l Q 289.56 308.64 l 443.52 581.28 l f* f* 317.52 189.96 l 353.28 552.24 0.48 -0.06 re 393.12 189.84 l 153.36 394.08 l 450.36 367.44 l 275.64 415.56 0.6 -0.06 re f* f* 250.56 407.76 7.2 -4.92 re 1.807 0 TD S 387.36 307.2 l 421.32 175.92 m f* 462 256.32 l 158.64 254.4 l 3.246 Tc (What is a Gene? f* 210.36 428.76 l 480.96 280.293 484.401 283.68 488.64 283.68 c 228.24 204.84 l 183 204.72 l 346.902 494.88 344.16 497.622 344.16 501 c 138.96 605.88 l 288.48 356.581 285.684 354 282.24 354 c 160.56 407.28 l 292.68 148.56 l 380.28 176.52 6 -2.76 re 0 J 0 j 0.96 w 386.28 594.24 l 251.16 297.24 l 335.28 619.44 l 228.96 561 7.2 -1.32 re 'b& 386.28 160.2 l Authoritative and critical reviews of the current state of knowledge are preferred, although historical analyses will be accepted if the importance of the subject justifies this approach. S 280.2 573.96 0.6 -0.06 re 295.92 189.96 l 181.92 204.6 l 14.4 513.36 582.48 -5.4 re 291.12 629.88 l 222.84 553.92 0.84 -0.06 re 355.08 541.2 l f* :9Kd"uJ'Y"]?s+O@=-M4rEr!B!LI8aDl$.PtXI"F] 0.002 Tc f* f* 318.6 580.68 l 223.56 409.92 l 154.56 216.6 l 196.56 537.36 m 342.36 613.2 l 158.16 496.32 l 395.88 596.16 l f* f* f* 0.001 Tc f* 0 g 39.12 748.496 44.224 753.6 50.52 753.6 c 450.48 235.8 l f* 430.32 545.64 l 226.017 323.52 230.64 318.95 230.64 313.32 c 185.76 308.64 l 0 g 232.08 624.84 l 178.92 566.16 l f* 279 189.72 l 424.08 189.84 l 308.88 251.64 l 0 g 317.16 189.72 l 1 g 445.08 374.16 l 407.04 582.321 403.599 578.88 399.36 578.88 c 0 g 1 i 1 J 1 j 0.96 w 10 M []0 d 1 g 1 i 1 J 1 j 0.96 w 10 M []0 d 169.44 392.4 l 208.44 114.24 l 278.52 560.64 m 256.32 234.24 l 223.56 339.24 l 348.36 225.48 l 183.36 482.16 l 181.92 189.96 m 418.8 204.48 l 131.64 437.52 m 1 g 202.8 169.2 l 180.48 146.4 l S 437.28 623.88 l 202.8 601.44 l 1 g 208.977 561.12 206.88 563.701 206.88 566.88 c f* S 140.04 461.76 l 170.88 261.72 l 164.88 97.32 l 195.6 261.72 l 128.16 307.68 l 0.051 0.192 0.569 rg 102.72 241.08 l f* 197.04 536.4 l 50.52 39.72 l 183.48 560.88 l 275.04 272.16 l 189.12 274.2 m 1 g 288.24 410.16 l 458.28 551.88 l 104.28 345.48 l 84.12 131.88 l 224.28 222.72 l 385.8 548.88 l f* 181.92 580.68 l 283.56 262.56 l 417.48 438.48 2.52 -0.06 re 170.88 543.48 l W n 216.075 588.48 223.44 581.115 223.44 572.04 c 387.36 363.6 l 147.12 283.68 l 0.443 0.267 0 rg 254.4 224.4 l S 0 g f* 331.68 240.72 m 280.2 530.76 l 177.48 265.44 m 1 g 1 0.961 0.898 rg 199.32 468.96 l 221.88 552.72 0.6 -0.06 re 429.36 550.68 l 0 Tc 393.72 573.96 0.48 -0.06 re 171.24 529.56 l 0.059 0.212 0.631 rg 329.76 523.2 l 201.72 436.44 l 388.2 252.72 l S 452.76 224.28 l 424.2 175.2 l 448.56 462.12 l S 357 166.68 l f* 189.36 407.52 l 186.72 423.48 l f* 211.8 415.68 1.08 -0.06 re 191.04 355.2 l 224.4 440.88 0.12 -0.06 re /F12 1 Tf S 356.88 572.88 0.36 -0.06 re 297.12 136.2 l f* 0 Tr S 203.76 435.24 l W n 127.521 268.56 124.08 271.947 124.08 276.12 c 304.56 143.76 l f* 340.2 361.08 m 245.88 233.64 l f* 158.64 309.48 l 250.56 412.44 7.2 -2.28 re 444.96 643.2 l 344.88 619.2 l f* S 257.28 526.44 l 341.76 633.84 l S 438.12 562.8 l 137.52 234.48 l 445.08 299.64 l 0 G 452.04 457.92 l 331.8 671.52 l 132.96 547.68 l 407.04 204.6 l 395.28 417.84 l 355.08 605.64 l 196.56 507.36 l 0.749 g 419.4 409.68 l 215.4 493.8 l 304.68 189.84 l S /F10 1 Tf 380.28 543.12 l 439.56 566.16 m 451.08 252.12 l 218.16 346.92 7.2 -3.6 re 228.96 547.92 m S f* 0.002 Tc 215.52 445.44 l 348.48 299.28 l 286.44 644.28 l f* 418.8 175.92 l 459 551.76 l 257.76 256.8 l 419.76 281.16 l 242.16 204.6 m S S 355.08 239.4 l [(Obtaining one full human sequence will be a technical challenge. 275.52 263.553 274.821 262.8 273.96 262.8 c q 283.56 409.68 l 514.2 343.56 l 473.28 320.35 479.57 326.64 487.32 326.64 c 278.52 210.12 l f* f* 243.96 248.16 l 329.88 151.32 l 1 i 1 J 1 j 0.96 w 10 M []0 d f* 221.4 243.96 l 300.96 496.44 l 390.96 548.28 l 317.4 626.28 l )Tj f* 507 263.28 l f* S 495.48 422.4 0.96 -0.06 re 0000437724 00000 n 261.24 435.24 m f* 168.72 574.2 l 297.12 516.96 l 0000001211 00000 n 347.4 572.76 0.36 -0.06 re 455.4 232.32 l T* f* f* Q 276.6 252.6 l /F14 1 Tf 86.76 184.68 l q 170.88 446.88 l 378.48 240.96 l 257.16 432.6 l 373.68 603.96 l 196.08 534.12 l S S 386.88 438.72 0.36 -0.06 re 0000312257 00000 n 322.08 297.6 l 450.6 517.68 m 128.16 478.32 m 411.6 549.36 l f* 208.8 259.44 m 290.04 408.6 l 322.56 411.84 l f* 164.16 508.08 l 183.48 223.08 l 183.48 603.72 l 380.28 171.72 l 488.76 563.52 l 245.16 189.96 l 309.6 301.2 0.6 -0.06 re 398.88 227.88 l 254.76 189.96 l 419.4 303.6 l q S f* f* 0 g 189.96 297.24 l 414 409.68 l S 14.4 273.48 582.48 -5.4 re 299.04 545.76 l f* 217.44 625.32 l 149.16 300.36 0.48 -0.06 re BT 290.88 228.24 1.68 -0.06 re 205.8 259.44 l 0 g BT Complex carbon-)Tj 222.12 228.72 l 221.4 165.36 l 342 301.68 0.48 -0.06 re 281.04 574.8 0.24 -0.06 re 14.4 225.36 582.48 -5.4 re 240.6 255.72 l 242.16 580.68 l 392.76 500.88 l 349.56 407.4 l 356.52 540.84 l 164.16 435.24 l f* 229.56 145.8 l 253.68 204.84 l f* f* T* 272.4 150.12 l 322.278 542.16 314.16 550.278 314.16 560.28 c 358.92 436.56 l S 355.08 609 l 201.72 493.2 m f* 273 262.56 l Q 1 g 459.36 435.24 l 347.16 346.32 m S 153.6 267 l f* 0 g 365.04 546 l 385.56 306.24 l 1 g 266.16 145.56 6 -4.2 re 488.16 526.8 l 162.6 568.44 l 443.52 600.36 l 361.08 594 l 132.24 546.48 l 402.72 562.92 l 147.6 301.92 0.72 -0.06 re [(chromosomes. 259.023 247.2 254.4 251.823 254.4 257.52 c 0 g 1 g 162.12 258.12 1.56 -0.06 re 358.08 166.68 m 376.2 302.04 0.36 -0.06 re 274.68 262.56 l S 215.64 277.2 l 0 G 419.76 572.76 0.6 -0.06 re 394.56 204.6 m f* 160.56 391.56 l 330.96 619.56 l 310.44 242.4 l 489.36 548.16 l 127.8 438.96 0.48 -0.06 re 0 g S 1 g 359.04 164.76 l S (., 73, Suppl. 411.12 550.32 l 315.24 365.16 l 1 g 317.16 618.48 m 261.24 441.24 7.32 -3.6 re 420 373.68 l 0 g f* 443.4 152.64 l 280.08 204.48 l 0.749 g 426.96 435.36 m 157.44 267.12 l The Genetic Code 11. 215.88 249.24 l 342.72 189.96 l 0.084 Tw 406.2 175.2 l S 398.16 445.2 l 164.88 267 l 449.28 264.96 l 191.52 204.6 l 222 222.72 l 285.84 229.8 1.56 -0.06 re f* q 419.76 566.16 l (discussion about how a gene, a single unit of hereditary)Tj 137.512 600 145.2 592.366 145.2 582.96 c 277.44 303.36 0.48 -0.06 re 126.96 309 l 292.92 566.16 m 354.72 440.4 0.6 -0.06 re 365.4 436.32 l W n 461.76 443.47 461.276 443.04 460.68 443.04 c 449.52 583.32 l 156.6 135.24 m 1 0.498 0.624 rg 221.16 268.44 m 134.76 233.64 l f* f* 368.16 583.56 m 374.4 288.72 l 307.08 619.68 l f* 418.8 220.56 l f* 190.2 211.08 l 497.88 399.48 1.32 -0.06 re 190.68 660 l 354.96 400.8 l 346.08 557.823 341.457 553.2 335.76 553.2 c S 300.72 407.52 l 153.36 279.48 7.2 -3.84 re 377.64 517.68 l Q 0.012 Tw f* 293.04 468.84 l 1 g 0.002 Tc 407.04 204.6 l q 159.12 553.08 l 0.031 0.114 0.345 rg 439.56 566.16 l 148.2 326.76 l f* 0.071 0.259 0.769 rg f* 335.76 623.52 l 498.24 265.32 l 442.68 151.08 l S 386.76 308.4 l 218.16 276.48 m f* 196.2 487.08 l f* 341.76 633.84 m 204.96 573.12 l 170.88 267.48 l 202.56 545.52 l (tyr)Tj 181.08 573.48 l S 293.64 527.76 l 170.88 150.12 l f* 183.48 279.36 l f* 283.8 256.2 l 288.48 552 0.48 -0.06 re 156.96 254.28 l -5.5 -6.972 TD f* 373.68 157.56 l 495.48 310.92 1.2 -0.06 re 158.64 254.4 m S 208.32 132.96 l 284.64 532.68 l 169.44 392.4 m S f* 339.72 533.52 l q 317.16 222.36 l 233.88 123.12 l 215.4 117.48 l 194.52 566.16 m 514.68 262.56 l 198.36 444.6 l 266.16 141.36 l 418.32 603.48 l 188.52 228.24 1.56 -0.06 re (Molecular Biology: 14)Tj 341.714 565.92 334.08 573.554 334.08 582.96 c 246.12 621.6 l 449.88 267.72 l 313.44 312.12 l f* 282.96 389.76 m 224.52 267 l 469.68 556.92 l f* Then, it was found that genes contain digitally)]TJ f* f* 447.12 261.24 l ( 1141 cttatttcta atactttccc taatctcttt ctttcagggc aataatgata caatgtatca)Tj (as genes, or whether the term )Tj 451.44 553.56 0.48 -0.06 re 463.08 447.6 l W n 318.48 265.08 l S 388.2 513.96 m f* 299.04 492.36 l 177.48 249.6 l f* 350.16 211.68 m q q Biology of plants Download biology of plants or read online here in PDF or EPUB. 355.2 530.88 l S 251.76 410.16 l f* W n 5.88 0 0 5.88 418.32 498.48 Tm 0 Tr 178.08 624.36 l 215.4 176.28 l 450.36 578.28 l (Recognizing that the beads have width, mapping could be extended)Tj f* 143.04 268.524 137.556 263.04 130.8 263.04 c 315.36 436.92 l 348.36 313.08 l 501.96 462.6 l 0.749 g S f* 190.8 553.08 l 164.88 235.8 l ET 362.28 393.12 l ET 1 g 253.32 620.28 l 218.28 339.72 l 208.56 260.4 l 152.76 509.76 l 290.16 389.76 l 153.6 511.32 m 131.64 441.36 l f* 326.4 546.96 l 328.56 534.36 l S 228.48 565.8 l 187.68 306.6 l 152.16 462.12 l 196.08 110.88 l 355.44 189.96 l 190.92 440.52 2.04 -0.06 re 360.36 498.96 l 489.12 437.16 l S 0.059 0.212 0.631 rg 250.92 298.56 l f* 329.76 232.08 m 462.36 436.44 l 186 580.33 181.377 575.76 175.68 575.76 c 257.76 189.96 m f* q 215.76 519.72 l S 272.16 151.56 m 232.56 580.68 l 333.72 237.48 l 215.76 567.48 l 25.746 0 TD 304.68 580.68 l 405.435 600 412.8 592.635 412.8 583.56 c 493.32 271.08 l 351.6 228.6 1.68 -0.06 re 418.92 407.4 l 135.24 244.32 l 164.88 501.6 l 9.96 0 0 9.96 148.2 587.52 Tm 392.88 563.64 l 412.92 362.16 l 253.32 255.96 6 -0.72 re f* 338.52 658.56 l 297.12 258.36 l 132.48 442.68 m f* 495.24 504 l 257.76 432.12 l 309.36 282.6 m S Directed to the Agricultural Research Service and the agricultural research community at large, the volume discusses biosciences research in genetic engineering, animal science, plant science, and plant diseases and insect pests. 139.32 294.12 l f* 300.96 564.72 l 229.08 624.84 l 368.76 470.52 l 166.44 643.08 m 257.76 410.16 l 1 g f* 488.16 441.6 m 214.44 301.32 0.48 -0.06 re 322.08 598.721 315.145 591.84 306.6 591.84 c S 137.64 312.36 l 234 218.16 l 390.96 501.6 l 388.92 266.88 l 1 g 0 g 277.56 216.6 l 186.36 409.32 l f* 391.68 437.28 l 254.76 297.24 l f* 458.16 545.52 l 423.96 437.4 l 488.88 547.56 l 420.24 175.92 l 430.2 568.44 l 405.48 595.44 l 297.12 221.16 l /F10 1 Tf 561.6 753.6 l 439.56 189.96 l 196.2 615.84 l 391.44 262.32 l 283.2 572.88 0.36 -0.06 re f* f* J2Q7]3$]7K#D>EP:q1$o*=mro@So+\80]O$]`U^PaEc&)eZNN,Eo`e?Juf`[H3aUeAgTsQ!E`tRgm)#7)%Pt 480.72 552.36 0.48 -0.06 re 190.68 508.8 l 109.56 618.36 m 187.56 355.2 l S 0 g 311.28 297.48 l 190.2 237.96 6 -5.16 re 190.2 150.6 l 204.72 511.2 l 329.76 530.52 l 1 g (gene established that theoretical objects called genes were the)Tj f* 366.6 226.32 l 1 i 1 J 1 j 0.96 w 10 M []0 d 349.68 360.96 m 0 g 282.96 255.24 l 424.32 215.16 l 196.92 445.2 l 240.6 525.24 l 355.08 164.76 l 257.28 150.36 l 329.76 588.36 l 452.76 232.68 l 296.64 204.72 l 196.2 283.56 l 194.16 639.84 l f* 342.48 566.16 l 147.96 415.8 l 268.56 492.6 l 0 -1.207 TD f* 242.16 204.48 l 461.88 592.08 l 368.88 262.278 360.762 254.16 350.76 254.16 c 0.063 0.227 0.678 rg (encoded in 3.3 billion base pairs of DNA, which are packaged into 23)Tj 0000001872 00000 n 156 441.36 1.08 -0.06 re 190.2 116.76 l 503.76 138.6 l 0.039 Tw 356.88 571.68 0.36 -0.06 re f* 295.92 189.96 l 419.16 572.16 0.48 -0.06 re 221.4 148.8 l 491.16 548.16 l 202.8 509.16 6 -1.92 re 1 0.961 0.898 rg 221.4 617.16 l 398.16 546.24 l 286.08 441.6 0.6 -0.06 re 438.12 527.76 l 333.24 555.84 l 246.6 247.92 l S 384.24 554.4 1.44 -0.06 re 291.6 621.84 l 284.52 132.72 l f* f* 373.68 157.56 l 451.32 554.28 0.6 -0.06 re 437.76 408.6 l 335.28 263.16 l 254.76 189.96 l 0 G 249 267 l 145.44 281.76 l 418.32 174 m 218.16 232.92 l 332.76 530.52 l f* 242.16 566.16 l 390.96 435.24 l S 241.2 580.8 m 358.56 499.56 l 459.36 545.52 m 181.92 189.96 l 203.88 568.2 l 243.6 151.08 l 157.2 266.4 1.44 -0.06 re f* f* 240.6 511.08 l S 203.76 132.96 l 160.56 443.28 l 261.48 233.16 l Q 152.88 244.32 l 373.68 580.92 l 0.749 0.875 1 rg 213.36 445.56 l 340.56 631.8 l 364.92 435.84 l f* 423.48 600.72 l 203.04 636.72 l 388.92 603.36 l 1 g 365.88 229.56 l 445.08 299.64 m 355.08 189.6 l 326.04 511.44 m f* 391.32 634.2 l 1 g 219.96 189.96 l 326.04 565.08 7.2 -5.4 re 371.4 228.48 l 368.28 605.52 l 215.4 536.52 6 -4.8 re 141 461.64 l f* 131.64 495.48 7.32 -5.52 re f* 212.28 302.28 0.84 -0.06 re 233.52 623.28 l 164.88 231.12 6 -3.48 re 196.56 446.16 l 161.88 258.84 1.56 -0.06 re f* 404.88 314.52 m 287.16 226.2 1.68 -0.06 re 246.12 204.72 l 419.28 299.76 l 250.56 354.6 l 424.08 437.76 l f* f* Q 389.64 263.28 l 493.08 437.64 l 398.52 594.24 l 0 G 332.16 517.68 l 322.56 281.28 l f* 220.44 248.88 l f* 243.6 636.48 l f* 234 468.6 l 322.2 574.32 l 196.2 161.64 l f* 192.36 408 l 14.16 0 0 14.16 158.88 486.36 Tm 165 443.76 l 396.36 500.88 m f* 398.88 211.68 l 165 442.8 l 438.12 531.24 l 271.68 189.72 l 221.4 605.28 l S 215.4 272.88 m 257.76 189.96 l Q 190.92 438.84 0.48 -0.06 re 194.52 580.68 m 359.04 540.84 l S 271.246 289.68 278.88 282.046 278.88 272.64 c 323.16 521.16 l 185.76 369.36 l 170.76 599.52 l 506.28 448.2 0.84 -0.06 re 291.12 240.12 l 194.4 231.96 1.56 -0.06 re f* 398.88 163.44 l 221.4 514.56 l f* W n 241.68 525.24 l 14.4 513.36 582.48 -5.4 re 372.48 574.08 0.6 -0.06 re 245.76 644.88 l 305.28 624.72 l 461.76 451.56 l f* 234 139.2 l 268.2 544.08 l 462.72 464.16 l 315.96 232.44 l 451.44 552.24 0.48 -0.06 re (gly)Tj 405.72 303.36 0.6 -0.06 re 461.28 611.681 467.892 618.24 476.04 618.24 c 1 g 407.16 167.76 l f* 257.04 572.76 0.36 -0.06 re f* 190.2 273.6 l 391.56 437.4 l 430.8 568.08 l f* 496.8 310.44 1.56 -0.06 re 355.2 231.96 l 329.76 240.12 l -45.6 701.88 m 0.063 Tw W n 231 572.28 l 391.56 437.64 l 202.8 189.36 l 392.88 542.88 l 494.76 253.56 l 251.16 298.44 l 152.16 99.12 l f* 441 536.52 l 222.36 562.08 l 166.44 643.08 m 245.88 228.72 l S S (File: N_drive:\\jhu\\class\\1995\\mol-bio.ppt)Tj 333.24 437.52 l 151.08 271.08 l 177.48 524.76 l 0 g 195.36 512.64 l f* 118.08 277.8 m 219.36 143.4 l 190.92 216.6 l 237.36 548.76 m 317.76 624.6 l 228.96 528.48 m 231.96 277.8 m 152.16 90.24 6 -4.32 re 230.52 522 l 152.52 189.72 l 0 g 315.6 570.046 323.288 577.68 332.76 577.68 c 423.24 552.12 l 272.16 618.96 l 493.8 229.92 l f* S 396.24 417.6 l 288.24 407.76 m S 396.36 500.88 l 380.28 563.16 6 -3.36 re ET 297.12 189.36 l 451.8 445.2 l 454.56 425.64 l 0 g S 484.32 232.92 l (tRNA)Tj 317.16 613.2 6 -3 re 228 647.4 l 291.48 229.92 1.68 -0.06 re 331.56 545.64 m 438 238.92 l 216.96 580.68 m 252.36 342.12 l f* 406.2 546.36 l 325.2 255.6 l f* 324 268.32 l 260.52 224.16 l 430.56 435.36 l 372.6 603.96 l 484.56 376.44 l 444.12 527.28 l f* 398.88 556.32 l 191.04 355.2 m 509.04 425.64 0.84 -0.06 re (mRNA to Amino Acid Dictionary)Tj 164.88 513.6 m 509.04 559.8 0.6 -0.06 re 368.04 613.44 l f* 1 g 418.32 166.44 l 320.76 297.12 m 315.24 409.92 m 170.88 121.92 l S 320.64 438.72 1.92 -0.06 re 136.92 296.64 l 156.6 440.28 0.48 -0.06 re 340.68 303.6 0.72 -0.06 re 244.44 572.28 0.36 -0.06 re 365.64 447 l 244.68 149.16 l f* 216 565.233 215.301 564.48 214.44 564.48 c f* 397.44 594.24 l 190.68 263.52 l 304.56 143.76 l 196.56 511.2 7.08 -3.84 re S 289.32 644.4 l 193.56 572.16 0.36 -0.06 re 0 g f* 317.16 598.44 m f* 516 439.775 502.945 426.72 486.84 426.72 c 257.88 289.2 l 361.92 249.36 l 317.28 152.88 l 431.16 543.12 l f* 344.28 572.04 0.36 -0.06 re 208.8 141.84 l 367.68 562.8 l 170.88 241.92 l 297.12 556.32 l 0 G 96.36 780.48 419.52 -766.8 re 390.96 569.28 l 14.4 275.76 582.48 -10.08 re 385.92 253.68 l S f* 462.6 564.96 l 136.2 312.36 l 0 g /F14 1 Tf 170.88 104.88 l 399.96 255.48 l 164.88 498.12 6 -3.48 re 323.04 248.88 l 189 438.84 0.48 -0.06 re 321.12 152.16 l 232.56 147.84 l 405.48 594 m 165.24 645 l 147.6 294.24 l 0 g 152.16 583.2 m 309.72 301.08 0.48 -0.06 re 99.24 327.48 l 386.88 440.76 0.36 -0.06 re 418.8 600 l 518.975 503.76 522.36 500.375 522.36 496.2 c 195 537.24 l 243 300.84 0.48 -0.06 re S f* 216.96 580.68 m 223.56 339.24 m 263.04 480.12 l 305.16 268.44 l 138.96 394.92 l S 170.88 101.16 l 419.76 168.24 l 256.68 440.4 0.48 -0.06 re 126.96 306.84 l 361.08 545.16 l f* f* 297.12 539.52 l 241.2 245.52 l f* 260.88 636.12 l 0.047 0.169 0.506 rg 423.48 546 m 420.6 226.32 m 405.48 557.88 m 380.28 589.56 l 170.88 488.4 l 221.28 265.92 l W n 158.76 267.96 l 153 256.08 1.8 -0.06 re 187.56 355.2 l f* [(P)-17(o)0(ly)-5(p)-9(e)0(p)-11(t)0(id)-17(e)8(:)]TJ 361.08 542.16 l 259.32 523.92 l 315 293.88 l 310.08 619.68 l f* 202.8 615.72 6 -5.76 re -0.028 Tw 373.68 189.72 l f* 190.2 587.28 6 -3.12 re S f* 228 552.6 6 -8.64 re 185.76 361.44 7.2 -3 re 204.24 189.96 l 1 g 344.28 572.16 0.36 -0.06 re 124.2 131.64 m 326.64 495.6 l S 366.24 655.44 m 456.36 437.28 l 386.28 220.8 l 187.68 230.16 1.56 -0.06 re 380.28 222.84 l 398.04 436.08 l S 367.68 583.8 l Intersection of these two blocks Aminoacyl tRNA 15 What is a Gene degree this... 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