494.88 285.84 0.96 -0.06 re
333.36 624.96 l
-0.016 Tw
S
f*
S
164.88 267 l
323.16 625.32 l
335.52 189.96 l
468.36 573.72 m
223.68 268.44 l
S
/F2 1 Tf
164.88 224.88 l
f*
1 g
177.6 565.68 l
387 222.6 l
f*
This electrophoretic technique is used for the analysis, but not for the fractionation, In gel electrophoresis, gel serves as molecular sieve. Gelfand D and Sninsky JJ (1991), Recent advances in the polymerase chain reaction. S
330.24 527.28 l
191.52 189.96 l
233.28 523.44 l
451.44 550.8 0.48 -0.06 re
168.24 545.28 l
0 G
194.16 263.76 l
318.6 438.72 0.48 -0.06 re
573 44.824 567.896 39.72 561.6 39.72 c
492.72 241.8 l
398.52 189.96 l
W n
293.76 359.28 m
185.04 535.08 l
S
125.64 353.52 122.04 -18 re
505.2 272.4 l
0000437724 00000 n
311.28 310.44 l
367.68 157.44 l
447.72 562.44 l
208.56 134.28 l
S
f*
198.48 586.8 l
228.96 547.92 m
386.28 266.88 l
322.44 524.16 l
445.08 288.48 7.2 -9.48 re
329.88 246.72 l
308.52 572.1 l
169.68 307.44 l
272.16 581.28 l
0 g
3.573 0 TD
160.44 408.12 l
284.64 509.16 l
451.32 408.96 l
355.08 165.12 l
472.68 414.12 0.6 -0.06 re
f*
185.04 428.52 l
319.68 251.823 315.057 247.2 309.36 247.2 c
243 300.48 0.48 -0.06 re
190.8 551.16 l
391.32 446.16 l
369.12 603.96 l
490.08 412.2 m
348 225.12 l
f*
S
S
208.44 134.88 l
1 g
S
355.56 566.16 l
1 g
153.36 333.48 l
f*
369.12 566.16 l
f*
f*
363.24 437.64 l
469.92 442.44 l
14.4 273.48 582.48 -5.4 re
0 Tc
462.36 505.8 l
1 g
380.28 222.48 l
442.56 566.16 l
Please include your email address; the address will not be displayed in the posted comment. 0 -1.085 TD
448.32 408.72 l
203.64 441.12 l
f*
1 g
149.76 216.36 m
261.24 430.2 m
413.52 225.84 l
152.16 94.08 6 -1.44 re
14.4 513.36 582.48 -5.4 re
f*
330.48 244.44 l
483 360.6 l
f*
495.36 548.16 l
374.4 288.72 l
373.2 303.72 0.84 -0.06 re
257.76 393.12 l
S
Q
[(P)-17(o)0(ly)-5(p)-9(e)0(p)-11(t)0(id)-17(e)8(:)]TJ
459.36 435.24 m
405.96 610.92 l
431.28 616.32 l
f*
343.68 263.217 348.303 267.84 354 267.84 c
148.2 414.6 l
138.96 411.48 l
397.19 582.48 395.04 584.577 395.04 587.16 c
277.44 414.6 0.6 -0.06 re
266.16 591 6 -4.92 re
Q
430.56 446.4 l
177.24 303 0.48 -0.06 re
0 Tr
216.96 566.16 m
287.04 226.68 1.56 -0.06 re
284.64 532.68 m
461.04 310.44 l
103.2 240.72 l
(Transcription)Tj
283.08 354.96 l
509.64 561.24 0.84 -0.06 re
0 G
311.4 311.4 l
449.28 256.07 447.13 253.92 444.48 253.92 c
321.72 573.24 0.48 -0.06 re
283.44 269.4 l
390 231.96 l
S
155.28 309.48 l
380.16 281.64 l
0.031 0.114 0.345 rg
228.96 422.64 l
317.16 565.56 l
4.217 0 TD
190.2 123.48 l
0 G
0.016 Tw
234 512.16 l
( Genes Proteins)Tj
412.92 409.2 l
153.36 229.44 l
259.08 580.92 l
264 364.08 l
299.16 435.24 l
0 G
144.72 344.16 l
215.4 207.96 l
365.64 502.2 l
S
495.84 284.16 1.8 -0.06 re
1 i 1 J 1 j 0.96 w 10 M []0 d
f*
f*
326.64 546.84 l
371.88 576.96 l
293.4 426.12 l
121.32 342.12 l
f*
202.8 182.28 l
490.08 435.24 l
208.8 241.56 l
320.76 624.24 l
120.96 407.28 7.2 -10.2 re
322.56 436.68 l
190.2 189.36 l
246.6 507.48 l
342.48 617.64 l
164.88 268.56 l
424.2 228.48 l
315.468 622.56 322.08 616.001 322.08 607.92 c
1 i 1 J 1 j 0.96 w 10 M []0 d
242.16 149.16 l
195.6 262.2 l
86.88 499.68 l
S
499.92 306.39 494.49 300.96 487.8 300.96 c
1.205 0 TD
361.08 601.68 l
319.56 551.52 l
343.2 226.32 l
0.992 0.957 0.89 rg
245.16 621.6 l
f*
296.76 526.44 l
W n
f*
361.08 227.88 l
398.88 594.24 l
153.72 224.4 l
398.16 548.28 l
263.76 522.36 m
1 g
f*