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Murine B-cells Illumina Prep 1

Murine B-cells Illumina Prep 1

  • 36 total samples to be processed in 6 batches

    • Batch1: 2 sample batch

    • Batch2: 2 sample batch

    • Batch3: 16 samples

    • Batch4: 16 samples

Sample

Processing number

Batch

Index

Sample

Processing number

Batch

Index

 

1

1

 

 

2

1

 

 

3

2

 

 

4

2

 

 

5

3

 

 

6

3

 

 

7

3

 

 

8

3

 

 

9

3

 

 

10

3

 

 

11

3

 

 

12

3

 

 

13

3

 

 

14

3

 

 

15

3

 

 

16

3

 

 

17

3

 

 

18

3

 

 

19

3

 

 

20

3

 

 

21

4

 

 

22

4

 

 

23

4

 

 

24

4

 

 

25

4

 

 

26

4

 

 

27

4

 

 

28

4

 

 

29

4

 

 

30

4

 

 

31

4

 

 

32

4

 

 

33

4

 

 

34

4

 

 

35

4

 

 

36

4

 

1Cell Preparation

B1
B2
B3
B4
Thaw and stage capture and lysis materials
Thaw one PIP tube per sample and RNase Inhibitor on ice
Stage at RT Partitioning Reagent, Chemical Lysis Buffer 3
Stage Combination 1.5 ml/0.5 ml tube stand, P200 and P1000 wide and standard
Stage one 0.5 ml tube per sample
Warm Cell Suspension Buffer to 37 C and cell suspension if frozen for 60-90 seconds
Centrifuge cells at 200 xg for 5 minutes to pellet
Aspirate as much supernatant as possible without disturbing pellet
Add 1 ml prewarmed Cell Suspension Buffer, gently mix with wide bore P1000
Centrifuge at 200 x g for 3 min
Aspirate as much supernatant as possible
Use standard bore P100 to add 200-400 ul cold Cell Suspension Buffer and gently mix to resuspend 10-15 times
Measure cell count
Use wide bore P1000 to prepare 1,250 live cells/ul in Cell Suspension Buffer
Measure cell count, repeat 9 and 10 until cell count reached

Capture and Lysis

 

T2 PIP Cell Lysis

 

 

T2 PIP Cell Lysis

 

Preheat

25 C

0:00

Step 1

25 C

15:00

Step 2

37 C

45:00

Step 3

25 C

10:00

Step 4

20 C

0:00

 

HOLD POINT IN DRY BATH UP TO 96 HOURS

mRNA isolation

cDNA synthesis

Reagent

Volume per run

2.2

8.8

17.6

Reagent

Volume per run

2.2

8.8

17.6

RT Additive Mix V

31.1

68.4

273.7

547.4

TSO

3.1

6.8

27.3

54.6

RT Enzyme Mix

4.8

10.6

42.2

84.5

Total

39

85.8

343.2

686.5

Temp

Duration

Temp

Duration

25 C

30:00

42 C

90:00

85 C

10:00

4 C

0:00

HOLD POINT 4 C in Thermocycler overnight

cDNA Amplification

Reagent

V per run

2.2x

8.8x

17.6

Reagent

V per run

2.2x

8.8x

17.6

4X PCR MM

15

33

132

264

1X WTA Primer

6

13.2

52.8

105.6

Total

21

46.2

184.8

369.6

Temp

Time

Cycles (60 ul)

Temp

Time

Cycles (60 ul)

95

3:00

1

98

0:15

5

69

10:00

5

72

5:00

1

4

0:00

1

HOLD POINT 4 C in Thermocycler overnight

Isolate cDNA from PIPs in Post PCR area

MagBead Purification

cDNA QC of remaining 2 ul

Reagent

V per rxn

2.2X

8.8X

17.6

Reagent

V per rxn

2.2X

8.8X

17.6

4X PCR MM

6.25

13.8

55

110

WTA Primer

1

2.2

8.8

17.6

0.5X Washing Buffer

7.75

17

68.2

136.4

Total

15

33

132

264

Temp

Time

Cycles (25 ul)

Temp

Time

Cycles (25 ul)

95

3:00

1

98

0:15

13

69

4:00

13

72

5:00

1

4

0:00

1

HOLD POINT 4 C in Thermocycler overnight

QC bead cleanup

Library Prep

Reagent

V per sample

2.2

8.8

17.6

Reagent

V per sample

2.2

8.8

17.6

Library Prep Buffer

4

8.8

35.2

70.4

Library Prep Enzymes

6

13.2

52.8

105.6

Temp

Time. (50ul)

Temp

Time. (50ul)

4

0:00

30

6:00

65

30:00

4

0:00

Reagent

V per rxn

2.2

8.8

17.6

Reagent

V per rxn

2.2

8.8

17.6

Library Adapter Mix

0.75

1.7

6.6

13.2

Ultra Pure Water

4.25

9.3

37.4

74.8

Temp

Time

Cycles

Temp

Time

Cycles

98

0:45

1

98

0:15

16

67

0:30

16

69

0:45

16

72

1:00

1

4

0:00

Hold

HOLD POINT 4 C in Thermocycler overnight

HOLD POINT -20 C long term

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