DAFTAR LAMPIRAN
Premis 6: Optical Coherence Tomography Angiografi dapat mendeteksi perubahan mikrovaskular sampai tahap kapiler secara non invasif pada kepala
5.2 Saran
58
BAB V
SIMPULAN DAN SARAN
59
DAFTAR PUSTAKA
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Lampiran 1
Lampiran 2
Lampiran 3
3 OD AGT 43 L 120/90 16 130 77 131 71 102 41,8 41,2 42,3 44,9 42,6 0,402 0,386 0,406 0,422 0,405 4 OS AGT 43 L 20 130 67 130 66 98 41,8 40 42,7 44,5 42,2 0,397 0,385 0,403 0,403 0,397 5 OD LIN 45 P 120/80 18 115 74 131 67 97 45,1 42,8 45,3 44,3 44,4 0,417 0,402 0,418 0,454 0,425 6 OS LIN 45 P 15 135 78 146 58 104 44,2 42,2 46,1 44,8 44,3 0,413 0,386 0,411 0,449 0,415 7 OD UTP 47 L 120/80 18 91 59 114 62 82 42,2 41,2 45,6 44,4 43,3 0,418 0,418 0,424 0,419 0,42 8 OS UTP 47 L 19 101 57 111 56 81 44,9 39,1 46,2 45,4 43,8 0,415 0,419 0,435 0,453 0,431 9 OD TET 47 P 120/80 16 127 78 132 79 104 43,3 45,3 46,8 44,9 45 0,388 0,372 0,382 0,374 0,379 10 OS TET 47 P 20 122 81 147 65 104 45,9 43,3 44,3 50,3 46 0,402 0,405 0,407 0,429 0,412 11 OD CND 48 L 110/80 13 136 85 146 73 110 43,7 45,5 45,4 46,2 45,2 0,425 0,44 0,422 0,429 0,429 12 OS CND 48 L 14 138 85 142 70 109 47,1 45,7 44,6 49,3 46,7 0,429 0,41 0,417 0,437 0,424 13 OD INH 49 P 120/70 17 117 64 124 68 93 41,9 41,6 44,3 46,2 43,6 0,43 0,385 0,42 0,471 0,429 14 OS INH 49 P 17 122 64 120 64 93 42,8 41,2 46,6 46 44,1 0,433 0,431 0,437 0,468 0,443 15 OD RDW 50 L 110/70 11 135 71 115 77 99 43,5 42,3 44,7 46,7 44,4 0,423 0,407 0,416 0,475 0,433 16 OS RDW 50 L 9 142 63 116 70 98 43,5 42,2 44,7 44,7 43,8 0,426 0,414 0,425 0,48 0,438 17 OD BLD 51 P 110/80 12 124 71 143 66 101 42,5 44,2 44 45,8 44,3 0,4 0,412 0,414 0,456 0,425 18 OS BLD 51 P 14 128 76 140 65 102 42,5 40,3 45,7 45,7 43,7 0,428 0,421 0,427 0,478 0,441 19 OD PPN 51 P 150/90 15 121 75 155 58 103 41 43,8 43,8 47,3 44 0,428 0,415 0,426 0,462 0,434 20 OS PPN 51 P 15 133 66 131 57 97 42,9 43 44,3 47,6 44,5 0,424 0,406 0,438 0,444 0,429 21 OD NEN 53 P 120/80 19 153 97 161 62 118 42,6 45,1 45,2 50 46 0,419 0,42 0,439 0,463 0,438 22 OS NEN 53 P 20 118 78 148 72 104 43,1 42,6 43 48,6 44,3 0,438 0,418 0,419 0,459 0,434 23 OD YUD 53 P 130/80 17 114 73 137 75 100 40,9 42,3 43,9 46,5 43,5 0,404 0,404 0,412 0,443 0,417 24 OD TAT 54 P 120/80 14 101 80 135 63 95 41 43,5 45,4 47,1 44,3 0,406 0,371 0,393 0,422 0,4 25 OS TAT 54 P 12 123 88 129 64 101 44,1 45,5 44,8 49,2 46,1 0,424 0,39 0,427 0,468 0,429 26 OD IDA 55 P 120/80 13 118 79 134 58 97 43,4 42,5 48,5 44,9 44,7 0,438 0,444 0,45 0,427 0,44 27 OS IDA 55 P 13 122 72 115 69 95 47,7 44,6 47,3 44 45,8 0,442 0,48 0,444 0,417 0,446 28 OD EPN 55 p 120/70 13 116 58 125 67 92 44,5 42,4 45,3 47,7 45,1 0,422 0,377 0,418 0,464 0,423 29 OS EPN 55 P 13 114 54 114 70 88 43 37,4 43,5 45,9 42,4 0,422 0,394 0,417 0,453 0,424 30 OD DDH 56 P 120/80 16 131 75 130 68 101 43,1 44,1 43,6 47,8 44,8 0,385 0,371 0,407 0,455 0,409 31 OS DDH 56 P 14 113 59 103 65 85 44,4 42,7 41,8 46,8 44 0,4 0,369 0,392 0,413 0,394 32 OD WWN 56 l 130/80 17 100 68 116 74 90 40,1 40,9 42,3 44,8 42 0,417 0,391 0,418 0,467 0,425 33 OS WWN 56 L 17 137 67 118 66 97 39,1 42,3 41,3 45,1 42,1 0,407 0,398 0,406 0,393 0,4 34 OD HER 57 L 120/80 15 122 91 135 72 105 43,1 40,9 43,7 46,3 43,6 0,406 0,403 0,41 0,471 0,425 35 OS HER 57 L 12 141 91 126 74 108 42,6 40,6 44,1 46,9 43,5 0,425 0,419 0,415 0,476 0,435 36 OD AKE 64 L 140/90 18 135 66 129 68 100 44,3 43 42,4 48,7 44,5 0,392 0,367 0,388 0,414 0,39 37 OS AKE 64 L 17 132 62 124 68 96 42,9 43,9 46,9 48,6 45,5 0,367 0,349 0,387 0,391 0,374
iran 4pok A 68
2 OS IMS 43 P 15 142 68 132 57 100 41,6 38,4 43,8 43,9 41,9 0,423 0,411 0,434 0,483 0,439 3 OD RBU 45 P 120/80 0,1 10,8 18 110 67 111 102 98 43,5 43,8 42,2 48,4 44,5 0,365 0,388 0,404 0,383 0,384
4 OS RBU 45 P 19 111 64 138 79 98 43 44,1 44,1 47,7 44,8 0,37 0,331 0,368 0,386 0,364
5 OD EUS 46 P 120/80 2,5 9,7 19 112 72 113 69 92 41,4 42,7 42,9 47,7 43,8 0,352 0,355 0,334 0,35 0,348
6 OS EUS 46 P 18 123 73 114 65 94 45,9 45,3 44,4 47,8 45,9 0,396 0,398 0,391 0,414 0,4
7 OD YSH 47 P 120/80 6 7,6 21 140 73 121 70 101 44,9 44,5 45,3 49,6 46,2 0,399 0,364 0,402 0,44 0,405
8 OS YSH 47 P 21 148 65 138 72 106 43,8 41,3 45,9 49,6 45,2 0,416 0,382 0,425 0,485 0,431
9 OD DER 48 P 120/80 4 10 16 124 70 145 77 104 44,1 42,5 46,3 46,1 44,8 0,388 0,386 0,404 0,392 0,393
10 OS DER 48 P 12 130 63 135 72 100 42,7 43,5 45,5 45,6 44,4 0,395 0,369 0,405 0,434 0,402
11 OD RAT 48 P 150/90 5 11,2 20 105 55 127 72 90 39,5 41 44,1 42,7 41,9 0,397 0,344 0,412 0,461 0,41
12 OS RAT 48 P 18 120 64 103 89 94 37,5 38,7 39,7 44,9 40,2 0,395 0,406 0,385 0,339 0,379
13 OS AAA 50 P 130/80 5 9 18 111 71 111 76 92 38 40,3 43,1 44,3 41,5 0,382 0,339 0,405 0,392 0,379
14 OD LLH 50 P 125/70 0,3 12,4 18 119 76 124 64 96 42,8 45,4 41,7 50,1 45 0,344 0,357 0,36 0,376 0,359
15 OS LLH 50 P 17 115 68 136 63 95 40 44,7 43 49,3 44,2 0,372 0,331 0,382 0,434 0,38
16 OD GUD 52 L 150/90 3 7,1 15 53 56 74 50 58 29,8 36,5 35,2 42,4 36,3 0,357 0,345 0,385 0,413 0,379
17 OS GUD 52 L 20 80 57 59 61 64 37,4 35,6 31 43,5 36,9 0,391 0,339 0,356 0,41 0,376
18 OD ERU 54 P 120/70 4 7,5 14 131 66 138 85 105 43,3 46,7 44,7 46,4 45,3 0,395 0,358 0,372 0,363 0,371
19 OS ERU 54 P 16 130 66 137 79 103 51,1 47 52,6 44,1 48,2 0,349 0,303 0,378 0,353 0,347
20 OD ERO 54 P 120/80 5 8,9 13 100 85 128 86 100 38,6 42,5 43,2 44 42,1 0,334 0,341 0,352 0,312 0,334
21 OS ERO 54 P 12 119 76 125 80 100 39,8 42,7 45,7 45,6 43,5 0,355 0,349 0,385 0,358 0,362
22 OD ABH 54 L 130/80 3 8,6 14 120 82 130 73 101 38,5 43,5 42,3 47,2 43 0,319 0,3 0,333 0,332 0,322
23 OS ABH 54 L 16 125 76 130 74 101 42 42,2 43,9 47,1 44,1 0,425 0,391 0,421 0,466 0,431
24 OD IML 54 P 130/90 5 10,4 20 143 82 151 79 114 43,3 43,5 44,2 44,9 44,1 0,418 0,395 0,414 0,421 0,414
25 OS IML 54 P 18 154 71 115 79 105 42,7 41,3 40,4 42,7 41,9 0,415 0,417 0,404 0,378 0,402
26 OD RIN 55 P 120/80 5 9 14 127 66 125 82 100 43,3 41,9 39,2 49,1 43,5 0,382 0,39 0,395 0,397 0,392
27 OS RIN 55 P 14 142 85 135 75 109 42,8 39,2 43 49,7 43,5 0,421 0,398 0,413 0,431 0,416
28 OS AIN 55 P 120/70 8 8,8 21 165 91 165 92 128 44,5 42,2 42,1 48,2 44,5 0,452 0,459 0,458 0,47 0,461
29 OD EUK 55 P 140/80 3 7,3 15 126 75 120 77 100 44,9 46,1 42,8 46,7 45,2 0,369 0,348 0,393 0,374 0,37
30 OS EUK 55 P 14 128 68 127 74 99 43,8 42,7 42,7 46,8 44,1 0,372 0,387 0,412 0,363 0,382
31 OD SUS 56 P 120/80 4 6,3 14 131 79 151 63 106 45,8 42,8 43,5 47,4 45 0,399 0,411 0,414 0,411 0,409
32 OS SUS 56 P 13 127 84 140 65 104 45,6 45,9 44,3 48,7 46,3 0,406 0,415 0,419 0,433 0,419
33 OD CEW 57 L 120/80 5 7,9 13 132 82 113 70 99 37,1 37,5 37,6 42,4 38,8 0,364 0,33 0,382 0,381 0,365
34 OS CEW 57 L 14 132 89 122 63 101 38,4 37,8 36,7 49,4 40,7 0,368 0,342 0,356 0,397 0,368
35 OD ILA 57 P 120/80 7 11,8 19 146 74 126 83 107 44,2 47,2 44 47,2 45,7 0,433 0,439 0,428 0,44 0,435
36 OS ILA 57 P 19 152 69 143 59 106 45,9 41,7 46,1 44,9 44,5 0,435 0,44 0,451 0,492 0,457
37 OD EYU 57 P 120/80 3 6,2 13 140 86 129 68 106 43,3 43,2 40,8 48,4 44,1 0,393 0,333 0,354 0,365 0,362
38 OS EYU 57 P 14 134 79 131 64 102 41,9 39,9 42 45,1 42,3 0,41 0,382 0,418 0,442 0,415
39 OD WAS 61 L 130/80 6 6,8 17 127 75 117 75 98 43,3 46 41,5 47,3 44,6 0,314 0,309 0,34 0,348 0,329
40 OS WAS 61 L 16 132 65 113 70 95 40 42,5 44,2 45,7 43,2 0,315 0,362 0,351 0,316 0,336
41 OD MSY 63 L 120/90 16 9,3 14 91 53 98 57 75 36,5 38,6 36,7 41,9 38,6 0,36 0,307 0,345 0,377 0,349
42 OS MSY 63 L 16 100 57 82 64 76 43,7 36,4 37,7 45,3 40,8 0,354 0,321 0,35 0,353 0,345
mpok B 69
Lampiran 5
RAT
RAT
RAT
RBU
RBU
RBU
IDA
IDA
IDA
Lampiran 6
Tests of Normality
Kelompok Kolmogorov-Smirnova Shapiro-Wilk Statistic df Sig. Statistic df Sig.
RNFL S Quadrant Kontrol .087 37 .200* .971 37 .422
No DR .128 42 .079 .933 42 .017
RNFL NQuadrant Kontrol .087 37 .200* .973 37 .492
No DR .073 42 .200* .980 42 .676
RNFL I Quadrant Kontrol .089 37 .200* .982 37 .783
No DR .139 42 .039 .916 42 .004
RNFL T Quadrant Kontrol .082 37 .200* .978 37 .660
No DR .091 42 .200* .983 42 .770
RNFL Total Thickness
Kontrol .107 37 .200* .972 37 .465
No DR .208 42 .000 .823 42 .000
*. This is a lower bound of the true significance.
a. Lilliefors Significance Correction
Nonparametric Tests