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Nghiên cứu phát triển chủng nấm sợi và tối ưu điều kiện lên men sản xuất đa enzyme α-amylase, glucoamylase, cellulase ứng dụng trong chế biến thức ăn chăn nuôi - 23

The GLM Procedure Least Squares Means

Adjustment for Multiple Comparisons: Tukey


GT

PBODY LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

100.616667

1.425183

<.0001

0.1529

duc

103.641667

1.425183

<.0001


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Nghiên cứu phát triển chủng nấm sợi và tối ưu điều kiện lên men sản xuất đa enzyme α-amylase, glucoamylase, cellulase ứng dụng trong chế biến thức ăn chăn nuôi - 23


GT

PMOC LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

82.0666667

1.1876974

<.0001

0.0605

duc

85.4583333

1.1876974

<.0001



GT

PXE LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

74.6500000

0.9812832

<.0001

0.0614

duc

77.4416667

0.9812832

<.0001



GT

Pthan LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

86.6858333

1.4992858

<.0001

0.1106

duc

83.1050000

1.4992858

<.0001



GT

TLMOC LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

81.6058333

0.6620197

<.0001

0.3472

duc

82.5125000

0.6620197

<.0001



GT

TLXE LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

74.2341667

0.5594805

<.0001

0.5015

duc

74.7783333

0.5594805

<.0001



GT

DTHAN LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

98.5416667

1.2187055

<.0001

0.0886


GT

DTHAN LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

duc

95.4166667

1.2187055

<.0001



GT

PH45 LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

6.75916667

0.06793839

<.0001

0.3716

duc

6.67083333

0.06793839

<.0001



GT

H2OBQ LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

1.07833333

0.12392734

<.0001

0.5889

duc

1.17500000

0.12392734

<.0001



GT

H2OCB LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

30.4258333

0.4309510

<.0001

0.1364

duc

31.3816667

0.4309510

<.0001



GT

PH24 LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

5.97500000

0.07015113

<.0001

0.1798

duc

6.11416667

0.07015113

<.0001



GT

L_TB LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

55.8808333

0.4629592

<.0001

0.3552

duc

56.5041667

0.4629592

<.0001



GT

A_TB LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

13.6905000

0.1679795

<.0001

0.0394

duc

14.2235000

0.1679795

<.0001



GT

B_TB LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

6.58083333

0.34514641

<.0001

0.0742

duc

7.51333333

0.34514641

<.0001



GT

DAI_TB LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

49.0733333

2.9404433

<.0001

0.8437

duc

48.2400000

2.9404433

<.0001



GT

VCK LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

25.9566667

0.2075945

<.0001

0.8955

duc

25.9175000

0.2075945

<.0001



GT

PRO1 LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

22.4841667

0.1038328

<.0001

0.5449

duc

22.3933333

0.1038328

<.0001



GT

ASH1 LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

1.37666667

0.03192874

<.0001

0.5159

duc

1.40666667

0.03192874

<.0001



GT

Lipit1 LSMEAN

Standard Error

H0:LSMEAN=0

H0:LSMean1=LSMean2



Pr > |t|

Pr > |t|

cai

1.60916667

0.09460260

<.0001

0.5912

duc

1.53583333

0.09460260

<.0001


The GLM Procedure Least Squares Means

Adjustment for Multiple Comparisons: Tukey


LO

GT

PBODY LSMEAN

Standard

Error

Pr > |t|

LSMEAN Number

1

cai

96.366667

2.850365

<.0001

1

1

duc

95.200000

2.850365

<.0001

2

2

cai

99.466667

2.850365

<.0001

3

2

duc

102.333333

2.850365

<.0001

4

3

cai

103.700000

2.850365

<.0001

5

3

duc

111.166667

2.850365

<.0001

6

4

cai

102.933333

2.850365

<.0001

7

4

duc

105.866667

2.850365

<.0001

8


Least Squares Means for effect LO*GT Pr > |t| for H0: LSMean(i)=LSMean(j) Dependent Variable: PBODY

i/j

1

2

3

4

5

6

7

8

1


1.0000

0.9926

0.8069

0.6173

0.0337

0.7280

0.3235

2

1.0000


0.9568

0.6468

0.4492

0.0193

0.5584

0.2092

3

0.9926

0.9568


0.9953

0.9585

0.1369

0.9859

0.7509

4

0.8069

0.6468

0.9953


1.0000

0.4048

1.0000

0.9843

5

0.6173

0.4492

0.9585

1.0000


0.5977

1.0000

0.9992

6

0.0337

0.0193

0.1369

0.4048

0.5977


0.4863

0.8804

7

0.7280

0.5584

0.9859

1.0000

1.0000

0.4863


0.9947

8

0.3235

0.2092

0.7509

0.9843

0.9992

0.8804

0.9947




LO

GT

PMOC LSMEAN

Standard Error

Pr > |t|

LSMEAN Number

1

cai

78.7666667

2.3753947

<.0001

1

1

duc

79.4000000

2.3753947

<.0001

2

2

cai

82.6000000

2.3753947

<.0001

3

2

duc

84.0666667

2.3753947

<.0001

4

3

cai

84.4666667

2.3753947

<.0001

5

3

duc

91.3333333

2.3753947

<.0001

6

4

cai

82.4333333

2.3753947

<.0001

7

4

duc

87.0333333

2.3753947

<.0001

8


Least Squares Means for effect LO*GT Pr > |t| for H0: LSMean(i)=LSMean(j) Dependent Variable: PMOC

i/j

1

2

3

4

5

6

7

8

1


1.0000

0.9374

0.7563

0.6894

0.0295

0.9496

0.2782

2

1.0000


0.9751

0.8495

0.7928

0.0422

0.9814

0.3636

3

0.9374

0.9751


0.9998

0.9990

0.2251

1.0000

0.8785

4

0.7563

0.8495

0.9998


1.0000

0.4197

0.9996

0.9836

5

0.6894

0.7928

0.9990

1.0000


0.4854

0.9983

0.9929

6

0.0295

0.0422

0.2251

0.4197

0.4854


0.2081

0.8936

7

0.9496

0.9814

1.0000

0.9996

0.9983

0.2081


0.8581

8

0.2782

0.3636

0.8785

0.9836

0.9929

0.8936

0.8581



LO

GT

PXE LSMEAN

Standard Error

Pr > |t|

LSMEAN Number

1

cai

71.8666667

1.9625663

<.0001

1

1

duc

72.0666667

1.9625663

<.0001

2

2

cai

74.9000000

1.9625663

<.0001

3

2

duc

76.5333333

1.9625663

<.0001

4

3

cai

77.4000000

1.9625663

<.0001

5

3

duc

82.6333333

1.9625663

<.0001

6

4

cai

74.4333333

1.9625663

<.0001

7

4

duc

78.5333333

1.9625663

<.0001

8


Least Squares Means for effect LO*GT Pr > |t| for H0: LSMean(i)=LSMean(j) Dependent Variable: PXE

i/j

1

2

3

4

5

6

7

8

1


1.0000

0.9493

0.6983

0.5144

0.0226

0.9788

0.3032

2

1.0000


0.9641

0.7390

0.5566

0.0260

0.9865

0.3359

3

0.9493

0.9641


0.9986

0.9817

0.1666

1.0000

0.8827

4

0.6983

0.7390

0.9986


1.0000

0.4014

0.9933

0.9950

5

0.5144

0.5566

0.9817

1.0000


0.5779

0.9546

0.9999

6

0.0226

0.0260

0.1666

0.4014

0.5779


0.1252

0.8084

7

0.9788

0.9865

1.0000

0.9933

0.9546

0.1252


0.8084

8

0.3032

0.3359

0.8827

0.9950

0.9999

0.8084

0.8084



LO

GT

Pthan LSMEAN

Standard

Error

Pr > |t|

LSMEAN Number

1

cai

93.4400000

2.9985717

<.0001

1

1

duc

86.0400000

2.9985717

<.0001

2

2

cai

80.0433333

2.9985717

<.0001

3

2

duc

83.8200000

2.9985717

<.0001

4

3

cai

88.0266667

2.9985717

<.0001

5

3

duc

78.9866667

2.9985717

<.0001

6

4

cai

85.2333333

2.9985717

<.0001

7

4

duc

83.5733333

2.9985717

<.0001

8


Least Squares Means for effect LO*GT Pr > |t| for H0: LSMean(i)=LSMean(j) Dependent Variable: Pthan

i/j

1

2

3

4

5

6

7

8

1


0.6612

0.0873

0.3655

0.8949

0.0553

0.5485

0.3374

2

0.6612


0.8383

0.9993

0.9997

0.7086

1.0000

0.9987

3

0.0873

0.8383


0.9828

0.5797

1.0000

0.9130

0.9882

4

0.3655

0.9993

0.9828


0.9691

0.9377

1.0000

1.0000

5

0.8949

0.9997

0.5797

0.9691


0.4366

0.9971

0.9585

6

0.0553

0.7086

1.0000

0.9377

0.4366


0.8104

0.9519

7

0.5485

1.0000

0.9130

1.0000

0.9971

0.8104


0.9999

8

0.3374

0.9987

0.9882

1.0000

0.9585

0.9519

0.9999



LO

GT

TLMOC LSMEAN

Standard

Error

Pr > |t|

LSMEAN Number

1

cai

81.7233333

1.3240395

<.0001

1

1

duc

83.4033333

1.3240395

<.0001

2

2

cai

83.1066667

1.3240395

<.0001

3

2

duc

82.2133333

1.3240395

<.0001

4

3

cai

81.4666667

1.3240395

<.0001

5

3

duc

82.2300000

1.3240395

<.0001

6

4

cai

80.1266667

1.3240395

<.0001

7

4

duc

82.2033333

1.3240395

<.0001

8


Least Squares Means for effect LO*GT Pr > |t| for H0: LSMean(i)=LSMean(j) Dependent Variable: TLMOC

i/j

1

2

3

4

5

6

7

8

1


0.9821

0.9941

1.0000

1.0000

1.0000

0.9865

1.0000

2

0.9821


1.0000

0.9977

0.9616

0.9979

0.6584

0.9975

3

0.9941

1.0000


0.9996

0.9843

0.9997

0.7488

0.9996

4

1.0000

0.9977

0.9996


0.9999

1.0000

0.9442

1.0000

5

1.0000

0.9616

0.9843

0.9999


0.9999

0.9952

0.9999

6

1.0000

0.9979

0.9997

1.0000

0.9999


0.9420

1.0000

7

0.9865

0.6584

0.7488

0.9442

0.9952

0.9420


0.9455

8

1.0000

0.9975

0.9996

1.0000

0.9999

1.0000

0.9455



LO

GT

TLXE LSMEAN

Standard Error

Pr > |t|

LSMEAN Number

1

cai

74.5633333

1.1189610

<.0001

1

1

duc

75.6966667

1.1189610

<.0001

2

2

cai

75.3633333

1.1189610

<.0001

3

2

duc

74.8333333

1.1189610

<.0001

4

3

cai

74.6633333

1.1189610

<.0001

5

3

duc

74.3966667

1.1189610

<.0001

6

4

cai

72.3466667

1.1189610

<.0001

7

4

duc

74.1866667

1.1189610

<.0001

8


Least Squares Means for effect LO*GT Pr > |t| for H0: LSMean(i)=LSMean(j) Dependent Variable: TLXE

i/j

1

2

3

4

5

6

7

8

1


0.9951

0.9995

1.0000

1.0000

1.0000

0.8444

1.0000

2

0.9951


1.0000

0.9991

0.9972

0.9891

0.4447

0.9749

3

0.9995

1.0000


1.0000

0.9998

0.9982

0.5656

0.9939

4

1.0000

0.9991

1.0000


1.0000

1.0000

0.7597

0.9999

5

1.0000

0.9972

0.9998

1.0000


1.0000

0.8148

1.0000

6

1.0000

0.9891

0.9982

1.0000

1.0000


0.8879

1.0000

7

0.8444

0.4447

0.5656

0.7597

0.8148

0.8879


0.9315

8

1.0000

0.9749

0.9939

0.9999

1.0000

1.0000

0.9315



LO

GT

DTHAN LSMEAN

Standard

Error

Pr > |t|

LSMEAN Number

1

cai

96.333333

2.437411

<.0001

1

1

duc

96.000000

2.437411

<.0001

2

2

cai

97.000000

2.437411

<.0001

3

2

duc

96.333333

2.437411

<.0001

4

3

cai

103.833333

2.437411

<.0001

5

3

duc

95.000000

2.437411

<.0001

6

4

cai

97.000000

2.437411

<.0001

7

4

duc

94.333333

2.437411

<.0001

8


Least Squares Means for effect LO*GT Pr > |t| for H0: LSMean(i)=LSMean(j) Dependent Variable: DTHAN

i/j

1

2

3

4

5

6

7

8

1


1.0000

1.0000

1.0000

0.4130

0.9999

1.0000

0.9987

2

1.0000


1.0000

1.0000

0.3635

1.0000

1.0000

0.9996

3

1.0000

1.0000


1.0000

0.5209

0.9987

1.0000

0.9923

4

1.0000

1.0000

1.0000


0.4130

0.9999

1.0000

0.9987

5

0.4130

0.3635

0.5209

0.4130


0.2384

0.5209

0.1751

6

0.9999

1.0000

0.9987

0.9999

0.2384


0.9987

1.0000

7

1.0000

1.0000

1.0000

1.0000

0.5209

0.9987


0.9923

8

0.9987

0.9996

0.9923

0.9987

0.1751

1.0000

0.9923



LO

GT

PH45 LSMEAN

Standard Error

Pr > |t|

LSMEAN Number

1

cai

6.82666667

0.13587678

<.0001

1

1

duc

6.74666667

0.13587678

<.0001

2

2

cai

6.73333333

0.13587678

<.0001

3

2

duc

6.54333333

0.13587678

<.0001

4

3

cai

6.81666667

0.13587678

<.0001

5

3

duc

6.59333333

0.13587678

<.0001

6

4

cai

6.66000000

0.13587678

<.0001

7

4

duc

6.80000000

0.13587678

<.0001

8

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