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molecular biochemistry pdf

//molecular biochemistry pdf

molecular biochemistry pdf

221.4 650.76 l 345.36 646.8 l S 139.32 234.48 l 329.76 233.4 l 484.08 297.24 l f* 228.24 522.84 l 232.56 204.6 l 153.96 254.4 l 14.4 225.36 582.48 -5.4 re 290.16 269.76 l 405.12 413.04 0.48 -0.06 re 348.36 361.2 l 368.16 583.56 m f* 325.32 224.28 l 448.92 553.08 0.48 -0.06 re 1 g 284.64 630.36 l 1 g 228.12 123.12 l 297 581.16 l (linked factors in )Tj 405.12 413.16 0.48 -0.06 re 259.32 261.96 l f* f* 280.92 573.96 0.36 -0.06 re 383.16 245.28 l 318.12 520.08 l 442.56 204.24 l 246.6 540.48 l 191.52 204.6 l 388.2 624.72 l 0 -1.072 TD 208.8 631.56 l 445.08 408.6 l 414 409.68 l f* (\(or stop signals\) for which they code. 118.08 264.72 l 0 G 335.52 522.36 l 355.08 581.16 l 335.88 235.56 l ET 0 g 152.16 561.12 m 310.56 520.2 l 0.044 Tw f* 180.24 303.36 0.6 -0.06 re S S 349.68 281.16 m 244.2 243.36 l 418.08 280.56 m f* 292.08 434.76 m 199.44 536.4 l 380.52 306.6 l S 409.2 175.2 l 194.52 566.16 m 414.12 216.6 l 284.28 189.72 l 395.88 264.72 l Q 215.4 514.56 l 396.6 571.68 1.2 -0.06 re q 418.32 175.92 l 158.04 565.68 l 326.04 521.64 7.2 -10.2 re 0 g 196.2 537.72 l S 194.52 204.6 l 385.8 173.28 l (Genetic Fallacies)Tj 448.426 321.6 451.92 318.159 451.92 313.92 c 292.92 204.6 l 0 g 451.8 297.48 l 177.48 538.44 m 198.24 493.2 l 160.56 455.64 l S 258.72 132.24 l f* f* 124.2 438.48 0.48 -0.06 re 153.36 417.96 l 223.2 551.4 0.48 -0.06 re 322.56 297.12 m 178.08 303.6 0.72 -0.06 re 174.12 434.88 l 190.92 277.8 m 0 g 394.56 580.68 l 253.32 216.12 m S 158.16 245.76 l 317.16 189.72 l (complete DNA sequence of the human)Tj 470.52 435.72 l 461.76 567.72 l f* 1 g f* 1 i 1 J 1 j 0.96 w 10 M []0 d f* 455.52 267.96 l 82.44 207.24 l 290.16 355.2 l 264.6 256.56 m 310.56 204.84 l 310.56 528.96 m 479.76 407.76 l 316.92 234.12 l 183.48 240.24 l f* 154.56 252.84 l f* 228 231.36 m 304.8 251.28 l 146.16 413.16 l 310.32 251.28 l 135.24 435.12 l 240.6 525.24 l 187.56 407.52 m f* 254.64 552.6 l 190.2 183.48 6 -1.8 re 240.6 532.68 l 208.8 218.16 l q q f* f* 158.88 412.8 l 342 301.32 0.48 -0.06 re 421.44 522.24 l f* 495.48 310.8 1.32 -0.06 re 271.68 204.72 l 1 g 493.56 548.16 l q f* f* S 451.68 256.8 l 204.48 229.68 m S 196.2 189.36 l )]TJ 1 g f* 253.8 440.04 0.48 -0.06 re 479.384 260.88 473.04 267.17 473.04 274.92 c 495 412.2 l 359.04 229.8 l 329.76 240.12 l f* W n 0 g 196.2 207.96 l 0 G 388.92 250.08 l 234 155.64 l 275.52 303.36 0.36 -0.06 re 177.48 617.64 l BT 420.24 631.44 l 472.32 658.8 l 194.52 204.6 m 138.72 435.96 l 305.04 627.6 l 419.76 572.76 0.6 -0.06 re 196.68 441.36 l 186.12 456 l 196.2 261.72 l 410.88 225.36 l f* S 1 i 1 J 1 j 0.96 w 10 M []0 d 196.2 581.28 l 358.56 534.36 m f* 498.48 311.04 0.72 -0.06 re 127.8 252.72 l 286.8 551.16 1.8 -0.06 re 390.96 548.28 l 308.04 520.92 l 364.08 565.92 l S 1 g f* 355.08 537.84 6 -3 re 467.4 343.56 l 273.099 262.8 272.4 263.553 272.4 264.48 c 317.16 242.4 m 207.6 433.2 l 380.28 171.72 m 360.72 645.48 l f* f* 373.2 541.8 l S 555.84 78.826 537.734 60.72 515.4 60.72 c 153.24 249 l 484.08 425.52 l 204.24 566.16 l 435.24 409.08 l 335.16 622.32 l 418.56 439.56 0.6 -0.06 re 236.16 511.08 l 198.24 493.2 l f* W n 264.48 229.44 l 1 g 131.76 441.6 l 323.16 145.08 l 0 g (Cc)Tj 326.04 571.68 m 438.12 174.24 l S 101.28 254.28 l 406.2 189.96 m 232.56 566.16 l 441.24 240.6 l f* 317.16 565.8 l 4.453 -0.009 TD q 310.44 144.24 l f* 222.24 268.2 l 0 g 278.52 166.56 l S 448.68 409.8 l 387.36 431.28 l 358.92 572.16 0.36 -0.06 re f* 456.48 247.121 449.545 240.24 441 240.24 c 339 303.12 0.48 -0.06 re 1 i 1 J 1 j 0.96 w 10 M []0 d 156.6 440.16 0.48 -0.06 re 424.32 594.72 l 243.24 562.08 l 178.32 303.96 0.48 -0.06 re f* 1 g 185.04 655.44 l f* 0 g 198.24 207.867 200.013 209.64 202.2 209.64 c 323.76 233.4 l 0 Tc 241.68 525.24 l -0.024 Tw Contents of Harper’s Illustrated Biochemistry PDF. 408 543.84 m /F4 1 Tf 424.32 550.08 l 348.36 169.68 m S 380.16 363.6 l 106.8 249.84 l 232.56 566.16 l 413.28 361.8 l f* 0001332748 00000 n 305.88 189.96 l (\251 1994, 1995 Robert Robbins)Tj 360.96 545.4 l 423.96 604.8 l 236.16 550.08 l 280.08 566.16 l 259.32 246.6 l 261.24 545.76 l 155.28 261.48 1.56 -0.06 re 256.56 610.68 m 246 643.8 l 329.88 531.24 l 190.2 189.36 l 1 i 1 J 1 j 0.96 w 10 M []0 d f* 393.12 565.92 l 293.16 573.84 0.36 -0.06 re S 0.051 0.192 0.569 rg 178.32 301.56 0.48 -0.06 re 156.96 417 l 506.4 264.48 l 452.4 432.36 l 196.2 161.64 l 393.24 545.76 l 161.04 309 l 278.88 573.554 271.246 565.92 261.84 565.92 c 290.16 365.52 l T* 405.48 543 l S f* 164.88 87 l S 0.051 0.192 0.569 rg f 114.72 264.348 121.332 270.96 129.48 270.96 c 164.16 478.92 l 0 G 44.224 39.72 39.12 44.824 39.12 51.12 c f* 197.4 442.2 l S 164.88 293.4 l 369.12 580.68 l 166.92 643.08 l 1 g 380.28 547.8 l 330.12 620.88 l 216.96 580.56 l 258.96 618.6 l 308.04 251.76 l q f* 253.32 556.32 l 146.28 239.4 l 0 G (Many human diseases are known to associated with specific defects in)Tj 132.24 437.16 l 152.16 489.96 l 0 Tr 488.4 547.08 l f* 216.96 580.68 m 257.04 611.16 l f* In drug discovery research, cell-based phenotypic screening is an essential method for obtaining potential drug candidates. 234 147.48 l 1 g 278.52 205.2 l f* 1 g 382.8 424.44 l 222 266.4 l f* S 225.24 408.48 l 220.68 144.84 l 380.16 289.44 l 0.002 Tc 293.64 437.64 l 257.76 204.6 l 303.96 421.8 l 284.64 156.6 m 335.28 614.28 l 375 415.08 0.36 -0.06 re 264.96 545.76 l 390.96 445.56 l 127.92 471.36 l 0 g 317.88 523.08 l 240.6 234.12 l 261.24 430.08 l 220.8 249.6 l 190.44 550.68 l BT S 342.36 531.96 l 0.059 0.212 0.631 rg 204.48 277.8 m 380.52 298.56 l )Tj 323.16 152.16 l 228 163.08 6 -7.44 re 381.96 229.44 l f* 393.12 265.08 m f* 0.067 0.243 0.725 rg 335.52 527.4 l 322.56 383.64 l 438.24 607.32 l 234 531.72 l 406.68 167.64 l 326.28 415.68 l 181.92 189.96 l 152.16 143.88 l 444 189.84 l 171.24 411.48 l 1 i 1 J 1 j 0.96 w 10 M []0 d 400.32 216.36 m 382.68 441.24 0.36 -0.06 re 269.16 242.88 m 190.2 639.84 l 498.24 393.36 0.96 -0.06 re 44.224 39.72 39.12 44.824 39.12 51.12 c 387.36 307.56 l 219.36 299.64 l 317.76 586.56 m 528 421.758 520.962 414.72 512.28 414.72 c 287.52 625.44 l 306.36 571.92 0.36 -0.06 re 474 251.52 l 1 g 160.44 303.36 l 345.72 504.6 l 185.76 279.24 l 0 g 123.24 440.88 0.24 -0.06 re 208.8 261.48 l 166.44 127.44 l 345.36 616.2 l 153.96 409.56 l W n 373.56 613.32 l 471 562.56 l 418.32 595.92 l 430.8 638.52 l f* S 148.68 416.4 l 494.76 546.84 l 191.64 224.88 1.44 -0.06 re 494.76 435.84 l f* f* 462.48 566.88 m 381.72 189.96 l 329.76 232.08 m 220.92 249.36 l 194.16 130.68 l 0 Tc 0 G S f* 380.28 222.84 l -0.034 Tw 329.76 531 l 196.56 582.72 7.08 -2.16 re 196.2 232.8 l 348.12 535.32 l S 323.16 619.44 l 215.4 531.72 m (The Logic of Life. (\(1900s\))Tj 284.76 297.24 m f* 158.64 254.4 l 194.52 189.96 m 288 439.2 0.48 -0.06 re 1 g f* 120.96 351.96 l 221.16 493.32 l 25.746 0 TD S 329.76 182.28 6 -4.32 re 421.32 594.72 m 225.36 433.44 l S 228 520.44 m 255.72 572.88 1.2 -0.06 re 403.2 588.72 m 196.56 593.76 l 317.04 664.92 m 203.64 542.76 l f* 452.28 374.16 l 177.48 592.44 6 -0.96 re 160.56 351.72 l 231 624.84 l 205.8 135.12 m 240.6 169.92 l (a atgatgtatt taaattattt ctgaatattt)Tj 511.44 528.6 l -0.103 Tw 120.96 307.68 l 331.8 658.2 l 305.76 644.4 l 322.8 658.8 l 498.24 283.2 0.96 -0.06 re 14.4 225.36 582.48 -5.4 re 266.52 255.24 l 419.76 299.76 l 1 i 1 J 1 j 0.96 w 10 M []0 d 124.56 297.12 m f* 327.48 533.88 l 332.16 621.96 l 515.52 258.6 l 352.08 407.4 l 1 g 291.6 565.8 l Q 367.68 229.32 l 432.96 566.613 436.401 570 440.64 570 c 250.56 426.36 l 365.64 542.76 l 406.44 225.12 m q 481.08 407.76 l S 320.52 440.16 1.92 -0.06 re 165 126.12 l f* 329.76 147.12 l f* f* 202.8 239.64 6 -5.76 re 391.2 417.72 l 386.16 234.48 l 214.32 198.24 l 127.2 207.36 l 208.8 179.52 l 337.32 252.48 l 1 i 1 J 1 j 0.96 w 10 M []0 d 349.56 407.4 m 240.6 581.28 l f* f* S 506.64 264.48 m 203.04 493.44 l 322.56 144.12 l 164.88 539.52 m 317.16 152.16 l W n 6.53 -0.009 TD 422.88 226.32 l 285.48 230.64 8.04 -0.06 re 282.96 435.96 m 295.56 492.36 l 347.76 422.16 l 1 i 1 J 1 j 0.96 w 10 M []0 d 245.52 416.16 l 443.76 607.32 l 0 -1.072 TD 1 g 221.4 521.52 l 341.528 237.6 333.84 245.234 333.84 254.64 c 310.08 416.16 l 439.56 189.96 m f* Q 218.28 298.68 l 191.04 355.2 l 373.2 416.04 0.72 -0.06 re 128.16 454.56 l f* 203.64 588.36 l 1 g f* 424.32 443.64 m 196.2 497.16 l f* 218.16 414.84 7.2 -2.76 re 444.12 519 l 237.48 542.52 l 208.8 490.8 l 466.68 342.84 l 289.8 439.92 0.48 -0.06 re 306.12 574.32 0.6 -0.06 re 338.04 348.24 m 218.16 279.48 l 131.64 420.48 7.32 -9 re 297.12 565.44 l 201.12 415.56 l f* -0.024 Tw (address of its functional subunits. 418.2 550.8 1.44 -0.06 re 416.52 441.12 0.48 -0.06 re 0 g 236.16 497.4 l S 187.56 297.24 m 443.52 241.92 l 157.92 204.84 l q 395.04 573.36 0.48 -0.06 re 0.004 Tc 282.96 273.24 m S 0.965 0.749 0.412 rg 495.48 420.72 0.96 -0.06 re 121.8 409.08 l 14.4 225.36 582.48 -9.96 re 270.6 621.12 l f* 434.64 563.16 l 422.76 174 l 0.035 0.129 0.384 rg 25.746 0 TD 215.16 232.8 l 1 g 284.64 150.36 l W n 423.6 500.16 l 164.88 253.92 l f* 208.8 141.84 l f* 327.96 437.52 l 194.52 566.16 l 294.96 574.56 1.32 -0.06 re 360.36 498.96 m 505.332 264.96 505.44 264.852 505.44 264.72 c 0.247 Tw f* -0.015 Tw (\(1900s\))Tj [(Xq)13(2)10(8)]TJ 398.04 569.4 l 211.92 252.6 l 285.84 229.8 1.56 -0.06 re 261.36 570.24 l 424.32 175.92 l 386.28 176.52 l 412.08 274.2 m 327.6 517.68 m 24 0 0 24 211.32 714.96 Tm 204.24 566.16 m 429.6 545.4 l 347.88 566.28 l 113.4 264.72 l 159.12 440.88 0.6 -0.06 re 310.56 221.88 l 195.72 283.8 l 407.16 551.4 m 194.52 580.68 l 484.08 360.96 l 419.28 165.36 l 246.12 243.84 l 142.2 235.8 l 493.8 498.6 l 438.6 189.96 m 157.56 551.88 l 369.48 572.88 0.48 -0.06 re 196.56 591.96 l 470.04 565.2 l e@)nnPLo.5M\S]QB=(iPPA,]tT[m.$mIqQjb2INT?1,26eb8TaCXXiE(;!cYLVmS@ ET f* 203.64 432.24 l 183.48 624.72 l S f* 200.04 229.68 m f* f* -1.373 -1.62 TD f* 232.56 189.96 m 396.09 601.92 401.52 596.49 401.52 589.8 c 196.2 508.44 l 220.92 189.72 l 14.4 225.36 582.48 -5.4 re )Tj 282.96 419.52 7.2 -3.72 re 164.16 586.68 m 0 g 0.047 0.169 0.506 rg 372.12 542.88 l q 214.56 358.2 m 14.4 535.68 582.48 -5.28 re 109.32 231.48 l 152.16 616.32 6 -3 re 228 209.16 l 186.36 540.12 m 268.56 489.24 l 869.76 297.72 l 295.92 189.96 l 514.44 259.44 l 178.08 249.24 l 169.44 392.4 m 305.28 146.28 l 438.36 204.12 l 152.16 260.88 l 335.28 263.16 l 385.8 548.88 l S 253.32 618.24 l 305.04 627.6 l 438.12 565.56 l 186.6 298.92 l 308.88 580.68 m S 423.48 169.8 l 365.16 419.16 l 457.56 231.84 l 406.68 543.72 l 284.16 615.96 l 467.04 328.2 l 402 259.8 l 210.48 571.68 l 259.32 264.72 l f* 448.08 562.8 l 369.96 615.12 m f* 321.96 408.24 l 127.56 303.72 l 406.44 545.52 m 221.4 142.8 l f* 253.56 410.16 l f* 223.92 558.36 l 0.002 Tc 171.6 259.56 l Principles and Techniques of Biochemistry and Molecular Biology Seventh edition Pdf Free Download This new edition of the bestselling textbook integrates the theoretical principles and experimental techniques common to all undergraduate courses in the bio- and medical sciences. 300.36 159 l f* 1 i 1 J 1 j 0.96 w 10 M []0 d f* 214.8 444.24 m 160.8 282.67 167.144 288.96 174.96 288.96 c 494.715 600 502.08 592.635 502.08 583.56 c 259.32 151.92 l 190.2 506.88 l 0 G 933.36 611.28 l 355.08 599.76 6 -5.76 re 509.52 451.56 0.96 -0.06 re f* 394.44 469.2 m W n 253.32 536.52 l 146.16 284.52 l q 505.68 423.72 0.96 -0.06 re 0 g 412.68 308.64 l 0 g 246.36 244.32 l 0.002 Tc 424.08 418.44 m 335.52 624.48 l 177.48 249.84 l 347.76 400.8 7.2 -4.44 re 439.56 189.96 l ET 234.24 574.485 226.875 567.12 217.8 567.12 c 213.6 277.8 m 491.77 263.52 493.92 261.37 493.92 258.72 c 177.48 592.44 l f* S 307.8 572.52 0.48 -0.06 re 317.16 245.16 l 368.64 540.84 l 439.68 589.743 441.83 591.84 444.48 591.84 c 416.28 441.6 0.6 -0.06 re 348.36 553.8 l 268.08 546 l 0001305702 00000 n 173.16 409.08 l 455.76 520.8 l 444 204.48 l 0000311984 00000 n 120.96 256.92 m Q 335.76 554.16 l f* 505.863 450.6 510 446.463 510 441.36 c S 355.56 165.72 l 99.96 240.96 l 438.12 547.8 l f* 380.16 299.64 l f* 367.68 229.8 m 423.48 601.56 m S 177.48 636.12 6 -2.52 re 152.16 135.24 l 221.4 184.44 l 407.16 175.2 m 1 g 246.36 150.24 l 257.76 294.6 l 430.8 545.88 l 310.08 189.96 l 360.72 239.88 l S 345.96 264.72 l f* S S 253.8 438.96 0.48 -0.06 re f* 208.68 565.68 l 362.16 545.4 m 0.047 0.169 0.506 rg 124.56 297.12 l 169.56 253.92 l 158.16 519.96 l 208.8 538.68 l 397.92 573 0.36 -0.06 re 14.4 535.68 582.48 -5.28 re 263.76 544.68 m f* 398.4 552.24 l 300.36 546.24 l S 261.24 548.16 l 472.68 414.12 0.6 -0.06 re 0 g 439.44 238.56 l 186.24 409.8 l q 177.48 182.28 m f* 390 250.56 l 250.56 306.84 m f* f* 310.2 204.48 l f* f* /F12 1 Tf 271.92 264.24 l 128.16 407.28 m 0 g 0.031 0.114 0.345 rg 154.08 306.84 l 1 g 504.24 262.8 l 131.64 535.08 m 355.08 537.84 l 152.64 204.72 l f* f* f* 111 228.72 l 190.2 595.92 6 -2.4 re 349.2 555.17 342.856 548.88 335.04 548.88 c 0 G f* (The Simplistic View of a Gene as Sequence)Tj 220.92 249.36 l 369.12 566.16 m 271.92 265.68 m 164.28 441.36 l 397.56 545.76 l 158.16 259.68 l 0 -1.085 TD 257.76 402.84 l 293.64 548.16 l 9 0 0 9 447.6 710.04 Tm 428.76 437.76 l 418.32 407.4 m Q 192.96 308.4 l 323.16 616.44 l S 489.36 283.68 l f* 192.96 302.88 l 331.68 573.48 0.36 -0.06 re 495.48 311.16 1.08 -0.06 re S 202.8 538.68 6 -1.92 re 358.56 234.24 1.8 -0.06 re S 160.56 297.24 l 234 144.36 l 171.24 413.64 l 266.28 264.96 l 160.08 408.48 l 386.64 222.6 l 1 g 0001349304 00000 n 218.16 263.64 l 395.16 574.32 0.48 -0.06 re 192.48 440.16 0.72 -0.06 re 152.16 157.32 m 384.36 441.48 0.6 -0.06 re 202.8 562.32 l 355.08 603.96 l 455.76 437.64 l 423.72 580.56 l 426.24 448.08 l f* 451.08 429.36 l 423.36 441 l 290.28 226.44 1.56 -0.06 re 328.56 545.64 l 0 g 212.4 567.12 l 511.8 344.88 l 0.063 0.227 0.678 rg 351.36 551.52 0.6 -0.06 re 362.4 247.08 l 228 248.76 l S 122.64 252.72 l S 343.92 545.88 m f* 355.08 227.88 l 424.2 166.08 l 364.32 585.96 m 446.04 495.36 l 308.52 619.68 l Q 160.56 293.4 l 0 g 0.004 Tc 347.64 169.2 l 203.28 261.12 l f* f* 'S 322.32 439.32 0.48 -0.06 re 354.96 361.56 l 160.08 303.48 l 1 i 1 J 1 j 0.96 w 10 M []0 d 213.48 260.28 l 289.56 408.96 l 412.68 293.16 7.08 -3.36 re 354.36 407.4 l S 495.12 436.32 l 423.48 601.32 l 350.04 438.96 0.48 -0.06 re 221.4 525 l 136.08 243.24 l 152.64 636.36 l 208.8 628.8 l f* 259.32 135.12 l f* f* 347.76 426.6 7.2 -4.44 re S 0 g 240.6 237.84 l 164.88 565.56 l 278.52 217.32 l f* 279 508.56 l ]LY)\+pA`>Yk[.W,A_pk&e76!=U[ZR#Q~> endstream endobj 111 0 obj 1441 endobj 112 0 obj << /Filter [ /ASCII85Decode /LZWDecode ] /Width 76 /Height 99 /ColorSpace 97 0 R /BitsPerComponent 8 /Length 113 0 R >> stream f* 496.08 288.48 0.6 -0.06 re f* 406.44 169.56 l 14.4 275.76 582.48 -5.4 re f* 438.12 559.32 6 -3.24 re ( 1981 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(DNA)Tj 191.04 355.2 m 507.48 563.88 2.4 -0.06 re 350.52 231.24 8.64 -0.06 re 497.16 426.12 1.8 -0.06 re 406.44 409.32 l 156.12 441.48 0.96 -0.06 re 293.16 574.08 0.36 -0.06 re 255.6 571.8 1.44 -0.06 re 260.4 628.2 m S 260.16 358.56 l 509.64 561.48 0.84 -0.06 re 0.055 Tw 243 301.92 0.48 -0.06 re 506.88 426.6 0.72 -0.06 re 0001337259 00000 n 240.72 639.48 l 340.56 232.44 m f* 406.2 603.24 l 333.72 260.88 l f* T* 453.12 268.44 m 502.8 310.08 m f* 178.8 411.48 l S 285.36 230.76 8.16 -0.06 re 300.24 545.76 l 288.36 440.64 1.68 -0.06 re 424.32 604.08 l 1 g 168.48 280.293 171.974 283.68 176.28 283.68 c 177.48 606 m 35.64 757.08 540 -720 re 322.2 441.48 0.48 -0.06 re 253.8 580.8 m 335.64 533.88 l 266.16 637.8 l 348 225.24 l 349.68 360.96 l (specific genetic effect. 200.64 545.52 l 243 558.24 l 490.2 498.6 m f* 217.68 574.32 0.48 -0.06 re 266.16 591 6 -4.92 re 365.52 238.56 l 407.28 309.681 403.786 306.24 399.48 306.24 c f* )]TJ (121)Tj 156.48 277.8 l 131.64 598.92 m 484.08 233.4 l 263.76 495.36 l 1 g 206.76 574.8 l 224.76 433.92 l 0 g 342.36 303.72 0.72 -0.06 re S 155.16 259.2 m 446.16 459.72 l S 368.16 235.2 l 334.08 624.72 l 1 g 418.32 220.56 m f* 310.08 152.52 l 316.32 344.64 l 421.08 222.84 l 294.72 574.44 0.72 -0.06 re 272.16 242.88 l 317.16 607.2 6 -5.52 re 192.96 377.52 l 455.76 391.44 l 412.8 263.234 405.112 255.6 395.64 255.6 c f* 223.2 550.8 0.48 -0.06 re 256.8 440.64 0.48 -0.06 re f* f* 439.68 529.2 m 0 G 157.08 417.72 l 419.64 303.36 l 138.72 391.08 l 392.88 563.64 l f* 254.76 566.16 l S f* 307.92 303 0.36 -0.06 re 282 156.6 l f* f* 384.48 222.84 l 196.2 531 l 514.2 327.12 l -0.015 Tw 1 i 1 J 1 j 0.96 w 10 M []0 d 312.12 268.44 m 253.2 355.864 249.867 352.8 245.76 352.8 c 0 g 186.36 303.48 l 509.04 420.96 0.84 -0.06 re 323.16 240.36 m 296.76 526.32 l 121.2 408.6 l 203.64 494.16 l 14.4 207.36 582.48 -5.4 re 442.68 580.68 l f* 315.057 267.84 319.68 263.217 319.68 257.52 c S f* 415.08 223.56 l Q 415.8 573.48 l 418.8 174.96 l 152.16 312.48 l 317.16 528.24 m 418.68 216.6 l 271.246 289.68 278.88 282.046 278.88 272.64 c f* f* 291.12 560.16 l f* 158.16 644.64 l 267.6 149.64 l 266.16 219.12 l 283.2 441.24 l 509.04 535.08 0.84 -0.06 re 24 0 0 24 216.6 714.96 Tm 190.2 562.56 l 394.44 594.24 l 1 g f* 259.32 595.92 l 284.28 565.8 l S S f* 208.8 259.44 l 324 256.92 l S 195.24 234.24 1.68 -0.06 re f* 398.88 218.76 l 353.28 552.12 0.48 -0.06 re 164.16 502.32 7.08 -4.2 re 158.16 635.88 l 393 565.8 l 196.56 582.72 l 164.88 112.2 l 14.4 535.68 582.48 -5.28 re S 162.48 548.88 l 149.52 414.6 l 0.075 0.271 0.8 rg 189.48 225.96 1.44 -0.06 re 446.88 407.52 l 181.92 189.96 m 291.12 217.8 m 313.92 540.12 m 322.92 617.4 l 1 g f* 221.4 205.2 l -0.016 Tw S 138.96 604.08 l 1 i 1 J 1 j 0.96 w 10 M []0 d 386.16 580.68 l 320.76 439.8 1.44 -0.06 re 177.72 204.84 l 411.48 189.84 l f* 327.96 495.24 l 218.76 317.4 l S 240.6 153.36 l S 259.32 565.56 l 152.64 133.2 l Q 471.36 561.6 l Q 391.56 569.76 l 149.04 541.08 l 199.32 462.72 l 502.32 302.031 494.901 294.72 485.76 294.72 c 222.12 224.28 l 284.64 614.16 l Q f* 452.28 309.6 l S 126.24 252.84 m 391.08 445.68 l 294.24 548.16 l 1 g 355.32 225.72 1.44 -0.06 re The decoded meaning of a)Tj f* 215.64 117.24 l 493.8 498.6 l 131.76 251.52 l 253.8 151.32 l 234.24 477.24 m 1 g 495.48 313.08 0.96 -0.06 re 1 g 190.2 253.2 6 -5.76 re 190.2 147.12 6 -5.76 re 163.2 255.48 1.68 -0.06 re f* 8.86 -0.007 TD 405.96 220.44 l 322.92 529.32 l 373.68 542.88 l 196.2 277.8 l 352.8 439.56 0.48 -0.06 re 348.36 563.16 l f* 272.16 606.72 l f* 445.68 253.08 l 323.52 235.32 l (File: N_drive:\\jhu\\class\\1995\\mol-bio.ppt)Tj f* Q (\(1900s\))Tj 253.32 160.32 l 477.36 297.24 l f* f* 257.76 580.68 l 219.12 268.44 m 152.16 671.52 l 448.32 408.72 l 417.36 224.28 l 0 g 1 g 236.16 422.64 l 270.84 574.08 0.48 -0.06 re 319.92 313.32 m 308.52 243.6 l 449.88 251.16 l f* 288.24 410.16 l f* f* 0 g S 203.16 545.76 l 181.92 204.6 l 172.56 258.84 l 320.76 554.16 l 215.88 189.72 m 156.12 412.92 l 423.96 170.76 l 332.04 259.44 l 0 -1.072 TD 0 Tr 355.08 217.8 m 226.32 268.32 l 369.96 615.12 l S 329.76 184.92 l f* 204.72 572.52 l 380.76 409.8 l 348.12 545.88 l 168.6 253.08 l B* 315.24 421.68 l 323.16 530.28 l 251.52 224.28 l 267.12 246.12 l 254.52 633.72 l 267.72 571.68 0.6 -0.06 re f* 159.96 438.36 0.48 -0.06 re 468 446.76 l 390.96 551.16 l 0 g 228 123.36 l 272.4 153.48 l 443.76 504.96 l 218.52 432.6 l 0 G S 206.88 447.713 208.977 450.24 211.56 450.24 c f* 153.6 135.24 l 283.2 239.88 l 178.92 204.6 l 159.045 590.64 151.68 598.005 151.68 607.08 c 287.04 554.4 1.44 -0.06 re 225.36 297.24 l S 243.6 151.08 l 212.4 301.44 0.36 -0.06 re 444.12 183.24 l 386.16 235.8 l f* f* 332.16 544.68 m 306.48 542.88 l W n 393.36 594.24 l 272.16 205.08 l f* 207.6 592.41 213.084 597.84 219.84 597.84 c 266.64 204.72 m 245.16 243.36 m 282.96 415.8 7.2 -5.04 re T* 0 g 0 g f* f* 1 g 156.6 439.8 0.48 -0.06 re ET 450.6 526.92 l q 319.56 292.92 l 367.68 164.76 m 253.32 528.48 m 212.4 301.8 0.48 -0.06 re 221.4 439.56 0.48 -0.06 re 317.64 580.56 l 419.04 170.16 l 113.4 302.16 0.48 -0.06 re 395.88 176.52 l 348.36 218.88 l 131.64 427.32 7.32 -6.84 re f* /F6 1 Tf 398.52 566.16 l 398.16 542.4 l f* f* 234 205.2 l 329.76 616.2 m 393.36 566.16 m 0000006757 00000 n 343.92 167.76 l (File: N_drive:\\jhu\\class\\1995\\mol-bio.ppt)Tj q 219.96 249.24 l 183 664.92 l 455.76 547.32 l f* W n 437.88 387.48 m W n 166.44 645.12 l 243.36 413.28 l 394.44 218.16 m [(some computer system of unknown design. endstream endobj 83 0 obj << /ProcSet [ /PDF /Text ] /ColorSpace << /DefaultRGB 1 0 R >> /Font << /F2 5 0 R /F4 6 0 R /F6 7 0 R /F14 47 0 R /F16 51 0 R >> >> endobj 84 0 obj << /Type /Page /Parent 71 0 R /Resources 86 0 R /Contents 85 0 R /Thumb 146 0 R >> endobj 85 0 obj << /Length 10287 >> stream 497.76 288.48 1.44 -0.06 re 170.88 127.44 l f* 354.96 304.68 l 264.96 247.44 l 455.76 296.64 m (widely held that DNA provided only a structural role in chromosomes and)Tj 457.68 545.52 l 410.28 574.56 0.36 -0.06 re 271.92 619.8 l 455.76 399.24 7.32 -4.32 re 0 g Q 419.4 280.44 l f* 335.28 204.48 l 405.6 565.8 l 406.2 597.48 l 335.4 238.44 l 508.32 419.88 2.28 -0.06 re W n 326.04 574.68 l 181.92 566.16 m 153.6 535.08 l 498.24 282.24 0.96 -0.06 re 438.6 302.4 l 0 g 282.96 293.4 l 385.56 551.52 0.48 -0.06 re 259.32 150.36 l 177.48 626.4 m 183 625.32 l 1 g Q 255.6 551.28 l 360.48 189.96 l 256.32 618.24 l 258.561 592.08 255.12 595.467 255.12 599.64 c ET 427.32 567.36 l 392.76 417.6 l (as genes, or whether the term )Tj 211.08 453.12 l 266.16 253.2 l f* 209.88 450.36 l 271.8 262.2 l 322.8 240.6 l 458.28 506.16 21.96 -13.08 re 229.56 580.68 l 486.24 551.28 l f* f* f* 178.08 249.96 l f* 185.76 428.16 l 523.32 216.6 l 1 i 1 J 1 j 0.96 w 10 M []0 d 0 g 329.76 159 l S 318.96 407.64 l 266.4 246 l 348.24 256.68 l q 420 426.6 l 120.96 344.88 l S 385.44 553.92 0.6 -0.06 re 159.36 297.24 l 192.24 309.72 l 335.76 592.56 l 192.96 407.52 l 228.96 497.4 7.2 -1.8 re f* 190.2 132.72 l 202.8 131.16 l 506.52 251.88 l 419.28 596.76 l 196.08 659.88 l 221.4 276.84 l S 352.8 542.88 l 297.12 556.32 l S 392.52 262.68 l 1 i 1 J 1 j 0.96 w 10 M []0 d 384.96 246.48 l 423.12 592.366 430.808 600 440.28 600 c f* 165.96 547.56 l 221.4 627.84 l 210.6 302.16 0.6 -0.06 re 405.48 551.4 m 170.88 89.76 l 406.92 574.32 0.48 -0.06 re 234 499.56 l 423.48 500.4 l 445.08 253.68 l 228.24 264.72 l Thoroughly up to date, reflecting the subject as it is taught in the classroom today seconds to upgrade browser! 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