Limfosit4 Between Groups 416.250
3 138.750
5.045 .030 Within Groups
220.000 8
27.500 Total
636.250 11 Limfosit5 Between Groups
5.583 3
1.861 .160 .921
Within Groups 93.333
8 11.667
Total 98.917 11
Limfosit6 Between Groups 6.917
3 2.306
.615 .624 Within Groups
30.000 8
3.750 Total
36.917 11 Limfosit7 Between Groups
10.917 3
3.639 .070 .974
Within Groups 413.333
8 51.667
Total 424.250 11
Limfosit8 Between Groups 28.917
3 9.639
1.134 .392 Within Groups
68.000 8
8.500 Total
96.917 11 Limfosit9 Between Groups
390.250 3
130.083 34.689 .000 Within Groups
30.000 8
3.750 Total
420.250 11
Limfosit4
Duncan Perlakuan
N Subset for alpha = .05
1 2
1 2
3 75.33
1 3
85.00 85.00
3 3
87.33 4
3 91.33
Sig. .054
.194 Means for groups in homogeneous subsets are displayed.
a Uses Harmonic Mean Sample Size = 3.000.
Limfosit9
Duncan Perlakuan
N Subset for alpha = .05
1 2
1 4
3 76.33
2 3
79.33 1
3 80.00
3 3
91.33 Sig.
.057 1.000
Means for groups in homogeneous subsets are displayed. a Uses Harmonic Mean Sample Size = 3.000.
f. Monosit
ANOVA
Sum of Squares df Mean Square F
Sig. Monosit1 Between Groups
5.667 3
1.889 .189 .901
Within Groups 80.000
8 10.000
Total 85.667 11
Monosit2 Between Groups 4.667
3 1.556
.230 .873 Within Groups
54.000 8
6.750 Total
58.667 11 Monosit3 Between Groups
24.250 3
8.083 1.865 .214 Within Groups
34.667 8
4.333 Total
58.917 11 Monosit4 Between Groups
40.667 3
13.556 1.030 .430 Within Groups
105.333 8
13.167 Total
146.000 11 Monosit5 Between Groups
6.667 3
2.222 .423 .742
Within Groups 42.000
8 5.250
Total 48.667 11
Monosit6 Between Groups 1.333
3 .444
.381 .770 Within Groups
9.333 8
1.167 Total
10.667 11 Monosit7 Between Groups
57.583 3
19.194 .345 .794
Within Groups 445.333
8 55.667
Total 502.917 11
Monosit8 Between Groups 33.333
3 11.111 1.449 .299
Within Groups 61.333
8 7.667
Total 94.667 11
Monosit9 Between Groups 110.667
3 36.889 9.222 .006
Within Groups 32.000
8 4.000
Total 142.667 11
Monosit9
Duncan Perlakuan
N Subset for alpha = .05
1 2
1 3
3 4.33
4 3
9.67 1
3 11.00
2 3
12.33 Sig.
1.000 .156
Means for groups in homogeneous subsets are displayed. a Uses Harmonic Mean Sample Size = 3.000.
g. Neutrofil
ANOVA
Sum of Squares df Mean Square F
Sig. Neutrofil1 Between Groups
17.583 3
5.861 .991 .445
Within Groups 47.333
8 5.917
Total 64.917 11
Neutrofil2 Between Groups 40.917
3 13.639 9.093 .006
Within Groups 12.000
8 1.500
Total 52.917 11
Neutrofil3 Between Groups 4.667
3 1.556
.479 .706 Within Groups
26.000 8
3.250 Total
30.667 11 Neutrofil4 Between Groups
232.250 3
77.417 7.038 .012 Within Groups
88.000 8
11.000 Total
320.250 11 Neutrofil5 Between Groups
14.250 3
4.750 1.096 .405 Within Groups
34.667 8
4.333 Total
48.917 11 Neutrofil6 Between Groups
3.000 3
1.000 .400 .757
Within Groups 20.000
8 2.500
Total 23.000 11
Neutrofil7 Between Groups 35.000
3 11.667
.814 .521 Within Groups
114.667 8
14.333 Total
149.667 11 Neutrofil8 Between Groups
63.000 3
21.000 1.938 .202 Within Groups
86.667 8
10.833 Total
149.667 11 Neutrofil9 Between Groups
95.583 3
31.861 4.446 .041 Within Groups
57.333 8
7.167 Total
152.917 11
Neutrofil2
Duncan
Perlakuan N
Subset for alpha = .05 1
2 1
3 3
2.00 2
3 2.33
1 3
3.33 4
3 6.67
Sig. .237
1.000 Means for groups in homogeneous subsets are displayed.
a Uses Harmonic Mean Sample Size = 3.000.
