ADLN Perpustakaan Universitas Airlangga. No. formula waktu inkubasi hasil SPC. 1 K 0 7 x K 0 1,1 x K 0 5,5 x 10 6

ADLN Perpustakaan Universitas Airlangga

LAMPIRAN 1. Data hasil penelitian A. Data Standart Plate Count (SPC)

Skripsi

No.

formula

waktu inkubasi

hasil SPC

1

K

0

7 x 10 6

2

K

0

1,1 x 10 5

3

K

0

5,5 x 10 6

4

K

7

1,2 x 10 21

5

K

7

3,1 x 10 16

6

K

7

7,1 x 10 15

7

K

14

5,2 x 10 23

8

K

14

3,2 x 10 22

9

K

14

3,5 x 10 24

10

M1

0

>3,0 x 10 11 (347 x 10 9)

11

M1

0

1,7 x 10 11

12

M1

0

1,7 x 10 11

13

M1

7

2,2 x 10 20

14

M1

7

1 x 10 22

15

M1

7

9,8 x 10 21

16

M1

14

2,2 x 1026

17

M1

14

9,4 x 10 24

18

M1

14

>3 x 10 27 (318 x 10 25)

19

M2

0

2 x 10 11

20

M2

0

2,7 x 10 11

21

M2

0

2,9 x 10 11

22

M2

7

2 x 10 22

23

M2

7

9,1 x 10 21

24

M2

7

2,2 x 10 20

25

M2

14

1,2 x 10 25

26

M2

14

>3 x 10 25 (302 x 10 25)

27

M2

14

1,5 x 10 27

28

M3

0

4,7 x 10 9

29

M3

0

7,3 x 10 9

30

M3

0

1,1 x 1011

Biodegradasi Oil Sludge dengan Variasi Lama Waktu Inkubasi dan Jenis Konsorsium Bakteri yang Diisolasi dari Lumpur Pantai Kenjeran.

Mirfat Juni Susilo Wenti


Skripsi

31

M3

7

1,7 x 10 20

32

M3

7

2,7 x 10 21

33

M3

7

1,1 x 10 20

34

M3

14

2,3 x 10 25

35

M3

14

2,5 x 10 25

36

M3

14

2,1 x 10 27




B. Data nilai oil sludge residu

Skripsi




C. Data oil sludge residu

Skripsi

Residu SLUDGE

WAKTU

ISOLAT

0,31

0

K

0,32

0

K

0,32

0

K

0,28

7

K

0,29

7

K

0,28

7

K

0,22

14

K

0,24

14

K

0,25

14

K

0,3

0

M1

0,31

0

M1

0,31

0

M1

0,24

7

M1

0,22

7

M1

0,23

7

M1

0,15

14

M1

0,14

14

M1

0,14

14

M1

0,27

0

M2

0,24

0

M2

0,25

0

M2

0,17

7

M2

0,15

7

M2

0,16

7

M2

0,13

14

M2

0,14

14

M2

0,14

14

M2

0,23

0

M3

0,21

0

M3

0,21

0

M3

0,17

7

M3

0,17

7

M3

0,18

7

M3

0,13

14

M3

0,13

14

M3

0,14

14

M3




D. Data oil sludge yang telah terdegradasi

Skripsi

WAKTU

ISOLAT

SLUDGE DEGRADASI

0

K

0,01

0

K

0

0

K

0

7

K

0,04

7

K

0,03

7

K

0,04

14

K

0,1

14

K

0,08

14

K

0,07

0

M1

0,02

0

M1

0,01

0

M1

0,01

7

M1

0,08

7

M1

0,1

7

M1

0,09

14

M1

0,17

14

M1

0,18

14

M1

0,18

0

M2

0,05

0

M2

0,08

0

M2

0,07

7

M2

0,15

7

M2

0,17

7

M2

0,16

14

M2

0,19

14

M2

0,18

14

M2

0,18

0

M3

0,09

0

M3

0,11

0

M3

0,11

7

M3

0,15

7

M3

0,15

7

M3

0,14

14

M3

0,19

14

M3

0,19

14

M3

0,18




E. Data pH, oil sludge sisa, oil sludge yang terdegradasi dan log TPC masing-masing konsorsium bakteri. Kontrol

0 hari

7 hari

14 hari

Persentase degradasi (%) Log TPC PH Persentase residu (%)

0 6,2 7 100

12,5 17,8 6,1 87,5

25 23,6 6,7 75

Konsorsium M1 Persentase degradasi (%) Log TPC PH Persentase residu (%)

0 hari

7 hari

14 hari

3,12 11,3 7 96,88

28,12 21,8 6,6 71,88

56,25 25,6 7 43,75


0 hari

7 hari

14 hari

21,87 10,7 7 78,13

50 21,5 6,3 50

56,25 26,2 6,8 43,75


0 hari

7 hari

14 hari

31,25 10,2 7 68,75

46,87 20,6 6,1 53,13

59,37 26 6,9 40,63

Skripsi




2. Hasil uji statistik A. Hasil analisis statistik pada TPC a. Hasil uji normalitas menggunakan One-Sample Kolmogorov-Smirnov Test One-Sample Kolmogorov-Smirnov Test FORMULA N Normal Parametersa Most Extreme Differences

TPC

36 5.5000 3.50102 .096 .096 -.096 .574 .896

Mean Std. Deviation Absolute Positive Negative

Kolmogorov-Smirnov Z Asymp. Sig. (2-tailed)

waktu_inkubasi

36 18.4731 6.94053 .201 .174 -.201 1.206 .109

36 7.0000 5.79655 .220 .220 -.220 1.318 .062

a. Test distribution is Normal.

b. Hasil uji homogenitas menggunakan Levene's Test Levene's Test of Equality of Error Variancesa Dependent Variable:TPC F

df1

3.765

df2 11

Sig. 24

.003

Tests the null hypothesis that the error variance of the dependent variable is equal across groups. a. Design: Intercept + FORMULA + waktu_inkubasi + FORMULA * waktu_inkubasi

c. Hasil uji Brown-Forsythe Robust Tests of Equality of Means TPC Statistica Brown-Forsythe

4.185

df1

df2 2

11.000

Sig. .045

a. Asymptotically F distributed.

Skripsi




d. Hasil uji Games-Howell Multiple Comparisons TPC Games-Howell (I) (J) FORMU FORMU Mean Difference LA LA (I-J) Std. Error KH0

KH7

.081

-25.8794

2.6928

.83353

.000

-22.2213

-12.5454

M1H0

-5.12667

.59818

.065

-10.9465

.6931

M1H7

-15.57667

*

.62779

.003

-20.6765

-10.4768

-19.39667

*

.74803

.000

-23.8849

-14.9084

M2H0

-4.52000

.86596

.072

-9.5620

.5220

M2H7

-15.33000

*

.84579

.001

-20.2415

-10.4185

-20.09333

*

.88367

.000

-25.2585

-14.9282

M3H0

-3.98667

.73049

.071

-8.4526

.4793

M3H7

-14.36000

*

.73204

.001

-18.8270

-9.8930

-19.83000

*

.87857

.000

-24.9589

-14.7011

KH0

11.59333

1.74304

.081

-2.6928

25.8794

KH14

-5.79000

1.74318

.343

-20.0736

8.4936

M1H0

6.46667

1.64369

.293

-10.5137

23.4470

M1H7

-3.98333

1.65469

.581

-20.5549

12.5882

M1H14

-7.80333

1.70395

.200

-22.9160

7.3093

M2H0

7.07333

1.75891

.234

-6.9409

21.0876

M2H7

-3.73667

1.74907

.652

-17.9156

10.4423

M2H14

-8.50000

1.76770

.158

-22.3774

5.3774

M3H0

7.60667

1.69632

.211

-7.6976

22.9110

M3H7

-2.76667

1.69699

.826

-18.0537

12.5204

M3H14

-8.23667

1.76516

.170

-22.1527

5.6794

*

.83353

.000

12.5454

22.2213

5.79000

1.74318

.343

-8.4936

20.0736

*

.59859

.011

6.4324

18.0810

M1H7

1.80667

.62818

.435

-3.2977

6.9110

M1H14

-2.01333

.74836

.437

-6.5044

2.4777

*

.86624

.002

7.8200

17.9067

M2H7

2.05333

.84608

.521

-2.8597

6.9664

M2H14

-2.71000

.88395

.327

-7.8763

2.4563

*

.73083

.001

8.9277

17.8657

M3H7

3.02333

.73238

.161

-1.4467

7.4934

M3H14

M3H14

KH0 KH7 M1H0

M2H0

M3H0

-17.38333

17.38333 12.25667

12.86333

13.39667

-2.44667

.87885

.403

-7.5768

2.6835

KH0

5.12667

.59818

.065

-.6931

10.9465

KH7

-6.46667

1.64369

.293

-23.4470

10.5137

*

.59859

.011

-18.0810

-6.4324

KH14

Skripsi

Upper Bound

1.74304

M2H14

M1H0

Lower Bound

*

M1H14

KH14

Sig.

-11.59333

KH14

KH7

95% Confidence Interval

-12.25667




-10.45000*

.24012

.000

-12.2018

-8.6982

*

.47232

.004

-18.6865

-9.8535

M2H0

.60667

.64298

.983

-5.7059

6.9193

M2H7

-10.20333

*

.61554

.017

-16.2144

-4.1922

-14.96667

*

.66664

.009

-21.5385

-8.3949

M3H0

1.14000

.44402

.529

-2.9563

5.2363

M3H7

-9.23333

*

.44657

.009

-13.3585

-5.1081

-14.70333

*

.65987

.009

-21.2010

-8.2057

KH0

15.57667*

.62779

.003

10.4768

20.6765

KH7

3.98333

1.65469

.581

-12.5882

20.5549

KH14

-1.80667

.62818

.435

-6.9110

3.2977

M1H0

10.45000

*

.24012

.000

8.6982

12.2018

-3.82000

*

.50930

.047

-7.5582

-.0818

11.05667

*

.67061

.010

5.4602

16.6532

.24667

.64435

1.000

-5.0452

5.5385

M2H14

-4.51667

.69333

.090

-10.3766

1.3433

M3H0

11.59000*

.48317

.002

8.1447

15.0353

M3H7

1.21667

.48551

.520

-2.2546

4.6880

M3H14

-4.25333

.68682

.100

-10.0378

1.5311

*

.74803

.000

14.9084

23.8849

KH7

7.80333

1.70395

.200

-7.3093

22.9160

KH14

2.01333

.74836

.437

-2.4777

6.5044

M1H0

*

.47232

.004

9.8535

18.6865

M1H7

3.82000*

.50930

.047

.0818

7.5582

M2H0

*

.78432

.001

10.0676

19.6857

M2H7

4.06667

.76199

.074

-.5422

8.6756

M2H14

-.69667

.80383

.994

-5.6869

4.2935

15.41000

*

.63158

.000

11.7354

19.0846

5.03667

*

.63337

.017

1.3532

8.7201

M3H14

-.43333

.79822

1.000

-5.3709

4.5042

KH0

4.52000

.86596

.072

-.5220

9.5620

M1H7 M1H14

M2H14

M3H14 M1H7

M1H14 M2H0 M2H7

M1H14

KH0

M3H0 M3H7 M2H0

KH7

14.27000 14.87667

-7.07333

1.75891

.234

-21.0876

6.9409

-12.86333*

.86624

.002

-17.9067

-7.8200

M1H0

-.60667

.64298

.983

-6.9193

5.7059

M1H7

-11.05667

*

.67061

.010

-16.6532

-5.4602

-14.87667

*

.78432

.001

-19.6857

-10.0676

-10.81000

*

.87804

.003

-15.9121

-5.7079

-15.57333

*

.91459

.001

-20.8859

-10.2608

M3H0

.53333

.76761

.999

-4.2799

5.3465

M3H7

-9.84000

*

.76908

.005

-14.6519

-5.0281

M3H14

-15.31000*

.90966

.001

-20.5919

-10.0281

KH0

15.33000*

.84579

.001

10.4185

20.2415

KH7

3.73667

1.74907

.652

-10.4423

17.9156

KH14

-2.05333

.84608

.521

-6.9664

2.8597

M2H7 M2H14

Skripsi

19.39667

KH14

M1H14

M2H7

-14.27000




M1H0

10.20333*

.61554

.017

4.1922

16.2144

M1H7

-.24667

.64435

1.000

-5.5385

5.0452

M1H14

-4.06667

.76199

.074

-8.6756

.5422

*

.87804

.003

5.7079

15.9121

-4.76333

.89551

.068

-9.9809

.4542

*

.74477

.002

6.7462

15.9405

.97000

.74629

.937

-3.6272

5.5672

M2H0 M2H14 M3H0 M3H7 M3H14 M2H14

-4.50000

.89048

.080

-9.6835

.6835

20.09333*

.88367

.000

14.9282

25.2585

KH7

8.50000

1.76770

.158

-5.3774

22.3774

KH14

2.71000

.88395

.327

-2.4563

7.8763

M1H0

*

.66664

.009

8.3949

21.5385

M1H7

4.51667

.69333

.090

-1.3433

10.3766

M1H14

.69667

.80383

.994

-4.2935

5.6869

*

.91459

.001

10.2608

20.8859

M2H7

4.76333

.89551

.068

-.4542

9.9809

M3H0

16.10667*

.78753

.001

11.0992

21.1141

M3H7

5.73333*

.78897

.033

.7284

10.7383

.26333

.92654

1.000

-5.1148

5.6414

KH0

3.98667

.73049

.071

-.4793

8.4526

KH7

-7.60667

1.69632

.211

-22.9110

7.6976

*

.73083

.001

-17.8657

-8.9277

M1H0

-1.14000

.44402

.529

-5.2363

2.9563

M1H7

-11.59000*

.48317

.002

-15.0353

-8.1447

M1H14

-15.41000*

.63158

.000

-19.0846

-11.7354

M2H0

-.53333

.76761

.999

-5.3465

4.2799

M2H7

-11.34333

*

.74477

.002

-15.9405

-6.7462

-16.10667

*

.78753

.001

-21.1141

-11.0992

-10.37333

*

.61255

.001

-13.9288

-6.8179

-15.84333

*

.78181

.001

-20.7945

-10.8922

14.36000

*

.73204

.001

9.8930

18.8270

KH7

2.76667

1.69699

.826

-12.5204

18.0537

KH14

-3.02333

.73238

.161

-7.4934

1.4467

M1H0

9.23333

*

.44657

.009

5.1081

13.3585

M1H7

-1.21667

.48551

.520

-4.6880

2.2546

-5.03667

*

.63337

.017

-8.7201

-1.3532

9.84000

*

.76908

.005

5.0281

14.6519

-.97000

.74629

.937

-5.5672

3.6272

-5.73333

*

.78897

.033

-10.7383

-.7284

M3H0

10.37333

*

.61255

.001

6.8179

13.9288

M3H14

-5.47000*

.78326

.037

-10.4190

-.5210

*

.87857

.000

14.7011

24.9589

KH7

8.23667

1.76516

.170

-5.6794

22.1527

KH14

2.44667

.87885

.403

-2.6835

7.5768

M3H14

KH14

M2H14 M3H7 M3H14 M3H7

KH0

M1H14 M2H0 M2H7 M2H14

M3H14

Skripsi

11.34333

KH0

M2H0

M3H0

10.81000

KH0

14.96667

15.57333

-13.39667

19.83000




M1H0

14.70333*

.65987

.009

8.2057

21.2010

M1H7

4.25333

.68682

.100

-1.5311

10.0378

M1H14

.43333

.79822

1.000

-4.5042

5.3709

*

.90966

.001

10.0281

20.5919

M2H7

4.50000

.89048

.080

-.6835

9.6835

M2H14

-.26333

.92654

1.000

-5.6414

5.1148

15.84333

*

.78181

.001

10.8922

20.7945

5.47000

*

.78326

.037

.5210

10.4190

M2H0

15.31000

M3H0 M3H7

*. The mean difference is significant at the 0.05 level.

0 0 1 2 3 4 5 6 7 8 9 10 11

TS S TS S S TS S S TS S S

1 TS TS TS TS TS TS TS TS TS TS TS

HASIL GAMES_HOWELL TPC 2 3 4 5 6 7 8 S TS S S TS S S TS TS TS TS TS TS TS TS TS TS S TS TS TS S S TS TS S TS S S S TS TS TS S S S TS TS S TS S S S S TS S TS TS S TS TS S TS TS S TS S TS S S TS S S TS S TS S S TS S TS S TS TS S TS TS

9 TS TS S TS S S TS S S S S

10 S TS TS S TS S S TS S S

11 S TS TS S TS TS S TS TS S S

S

B. Hasil analisis statistik pada Residu oil sludge a. Hasil uji normalitas menggunakan One-Sample Kolmogorov-Smirnov Test

One-Sample Kolmogorov-Smirnov Test waktu_inkubasi N Normal Parametersa Most Extreme Differences



36 7.0000 5.79655 .220 .220 -.220 1.318 .062

SLUDGE_RESI DU FORMULA 36 .2158 .06478 .149 .149 -.093 .896 .399

36 5.5000 3.50102 .096 .096 -.096 .574 .896


Skripsi




b. Hasil uji homogenitas menggunakan Levene's Test Levene's Test of Equality of Error Variancesa Dependent Variable:SLUDGE_RESIDU F

df1

1.243

df2 11

Sig. 24

.314

Tests the null hypothesis that the error variance of the dependent variable is equal across groups. a. Design: Intercept + FORMULA + waktu_inkubasi + FORMULA * waktu_inkubasi

c. Hasil uji ANOVA 2 arah

Between-Subjects Factors Value Label FORMULA 1

WAKTU

N

K

9

2

M1

9

3

M2

9

4 1

M3 0

9 12

2

7

12

3

14

12

Tests of Between-Subjects Effects Dependent Variable:SLUDGE_RESIDU Source

Type III Sum of Squares a

df

Corrected Model .145 11 Intercept 1.677 1 FORMULA .071 9 waktu_inkubasi .000 0 FORMULA * .000 0 waktu_inkubasi Error .002 24 Total 1.824 36 Corrected Total .147 35 a. R Squared = ,986 (Adjusted R Squared = ,979)

Skripsi

Mean Square

F

Sig.

.013 152.877 1.677 1.948E4 .008 91.344 . . .

.

.000 .000 .000 . .

8.611E-5




d. Hasil uji Duncan SLUDGE_RESIDU Duncan Subset

FORM ULA

N

M3 M2 M1 K Sig.

1 9 9 9 9

2

3

.1744 .1833 .2267 .053

.2789 1.000

1.000

Means for groups in homogeneous subsets are displayed. Based on observed means. The error term is Mean Square(Error) = 8,61E-005.

SLUDGE_RESIDU Duncan Subset

WAKT U

N

14 7 0 Sig.

1 12 12 12

2

3

.1625 .2117 1.000

.2733 1.000

1.000


SLUDGE_RESIDU Duncan INTER AKSI M314 M214 M114 M27 M37 M30 M17 K14 M20 K7 M10 K0

Skripsi

Subset N

1 3 3 3 3 3 3 3 3 3 3 3 3

2

3

4

5

6

7

.1333 .1367 .1433 .1600 .1733 .2167 .2300

.2300 .2367 .2533 .2833 .3067 .3167




Sig. .224 .091 .091 Means for groups in homogeneous subsets are displayed. Based on observed means. The error term is Mean Square(Error) = 8,61E-005.

.388

1.000

1.000

.199

C. Hasil analisis statistik pada Oil sludge yang telah terdegradasi a. Hasil uji normalitas menggunakan One-Sample Kolmogorov-Smirnov Test One-Sample Kolmogorov-Smirnov Test FORMULA N Normal Parametersa Most Extreme Differences

WAKTU

36 2.50 1.134 .170 .170 -.170 1.022 .247



36 2.0000 .82808 .220 .220 -.220 1.318 .062

SLUDGE_DEG RADASI 36 .1042 .06478 .149 .093 -.149 .896 .399


b. Hasil uji homogenitas menggunakan Levene's Test

Levene's Test of Equality of Error Variancesa Dependent Variable:SLUDGE_DEGRADASI F 1.243

df1

df2 11

Sig. 24

.314

Tests the null hypothesis that the error variance of the dependent variable is equal across groups. a. Design: Intercept + FORMULA + WAKTU + FORMULA * WAKTU

Skripsi




c. Hasil uji ANOVA 2 arah Between-Subjects Factors Value Label FORMULA 1

WAKTU

N

K

9

2

M1

9

3

M2

9

4 1

M3 0

9 12

2

7

12

3

14

12

Tests of Between-Subjects Effects Dependent Variable:SLUDGE_DEGRADASI Source

Type III Sum of Squares

Corrected Model Intercept FORMULA WAKTU FORMULA * WAKTU Error Total Corrected Total

df

Mean Square

F

Sig.

a

.145 .391 .062 .074

11 1 3 2

.013 .391 .021 .037

152.877 4.536E3 239.086 429.774

.000 .000 .000 .000

.009

6

.002

17.473

.000

.002 .538 .147

24 36 35

8.611E-5

a. R Squared = ,986 (Adjusted R Squared = ,979)

d. Hasil uji Duncan

SLUDGE_DEGRADASI Duncan FORM ULA K M1 M2 M3 Sig.

Subset N

1 9 9 9 9

2

3

.0411 .0933

1.000

1.000

.1367 .1456 .053


Skripsi




SLUDGE_DEGRADASI Duncan WAKT U

Subset N

0 7 14 Sig.

1 12 12 12

2

3

.0467 .1083 1.000

.1575 1.000

1.000


SLUDGE_DEGRADASI Duncan INTER AKSI K0 M10 K7 M20 K14 M17 M30 M37 M27 M114 M214 M314 Sig.

Subset N

1 3 3 3 3 3 3 3 3 3 3 3 3

2

3

4

5

6

7

.0033 .0133 .0367 .0667 .0833 .0900

.0900 .1033 .1467 .1600

.199

1.000

1.000

.388

.091

.091

.1767 .1833 .1867 .224


Skripsi




3. Alat dan Bahan Penelitian a. Alat-alat penelitian 1 2 3 4 5 6 7 8 9 10 11

12

13

14

15

16

17

18

Keterangan: 1. 2. 3. 4. 5. 6. 7. 8. 9.

Pipet tip Sendok media Micropipet Pipet ukur Pipetor Botol kultur Bunsen Gelas ukur 10 mL Botol aquades

Timbangan analitik

Skripsi

10. Gelas ukur 500 mL 11. Labu gojok 12. Alumunium foil 13. Kapas 14. Masker face 15. Pematik api 16. Digi counter 17. Gelas beker 18. Petri disk

Spektrofotometer

Hot plate




Timbangan analitik

Coloni Counter

Shaker

Kulkas

Autoclave

b. Bahan-bahan penelitian Foto

Keterangan NB Spirtus Alkohol 70 % Oil Sludge N-Heksan Pewarna Gram

N-heksan

Skripsi




4. Perlakuan dan Inkubasi

Kontrol pada masa inkubasi 7 hari

Hasil Pour plate pada perlakuan kontrol setelah 7 hari inkubasi

Konsorsium M1 pada masa inkubasi 7 hari

Hasil Pour plate pada konsorsium M3 setelah 14 hari inkubasi

5. Data Formulasi a. Data Isolat Penyusun Konsorsium No. 1.

Nama konsorsium M1

Jumlah isolat bakteri 7 jenis

2.

M2

5 jenis

Skripsi

Kode isolat bakteri - S A2 A - M B1 C - O A2 G - O A1 E - S A1 A - O A2 E1 - O A2 E2 -

SA2A MB1C OA2G OA1E SA1A




3.

M3

3 jenis

-

4.

Kontrol

Tanpa penambahan bakteri

SA2A MB1C OA2G -

b. Hasil Uji Menggunakan Microbact Identification Kit Setelah dilakukan identifikasi menggunakan Microbact Identification Kit 12A dan 12B, hasil identifikasi pada isolat bakteri yang digunakan adalah sebagai berikut: No

Kode Isolat

Hasil Uji Menggunakan Microbact Identification Kit

1

M B1 C

Pseudomonas Stutzeri (dengan tingkat kesamaan 93,70%)

2

S A2 A

Bacillus spSA2A (merujuk pada Bacillus cereus dengan tingkat kesamaan 71%)

3

OA2G

Bacillus spOA2G (merujuk pada Bacillus stearothermophilus dengan tingkat kesamaan 65%)

4

OA1E

Vibrio spOA1E ( merujuk pada Vibrio alginoluticus dengan tingkat kesamaan 94,97 %)

c. Karakteristik makroskopis isolat bakteri yang digunakan adalah sebagai berikut:

Skripsi

No. Kode Isolat 1 SA2A

Bentuk Koloni Bulat

Warna

Elevasi

Tepi

Putih

Flat

2

MB1C OA2G

Putih, bening Putih

Flat

3

Flat

Rata

4

OA1E

Bulat, besar Bulat, kecil Bulat

Tidak rata Rata

5

SA1A

Bulat, Kecil

6

OA2E1

Bulat

Putih, Flat Rata transparan Putih, Flat Rata Tengah ada titik Transparan Cembung Rata

7

OA2E2

Bulat

Putih

Flat

Rata




d. Foto hasil isolat No.

Kode Isolat

1

SA2A

2

MB1C

3

OA2G

4

OA1E

5

SA1A

6

OA2E1

Skripsi

Foto Koloni

Foto Mikroskop dengan perbesaran 1000 X




7

Skripsi

OA2E2



ADLN Perpustakaan Universitas Airlangga. No. formula waktu inkubasi hasil SPC. 1 K 0 7 x K 0 1,1 x K 0 5,5 x 10 6

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