HPau Hamilton RFS

Gregg, don’t forget to account for MID plates 2 and 7 being flipped in usage!!

This r-script was used to transform this MISO Tracking List to this Demux Key

Sequencing Report From University of Colorado Genomics Core:

Flowcell Summary

Clusters (Raw)

Clusters(PF)

Yield (MBases)

Clusters (Raw)

Clusters(PF)

Yield (MBases)

 

 

 

Lane Summary

Lane

PF Clusters

% of the
lane

% Perfect
barcode

% One mismatch
barcode

Yield (Mbases)

% PF
Clusters

% >= Q30
bases

Mean Quality
Score

Lane

PF Clusters

% of the
lane

% Perfect
barcode

% One mismatch
barcode

Yield (Mbases)

% PF
Clusters

% >= Q30
bases

Mean Quality
Score

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Check In Samples Against List from Jill Hamilton

Samples Arrived 12/07/2021

 

Load Submission Data into MISO

Restriction Digestion

(Keep MM and reaction plates on ice)

Set Incubator to 37 C

Add 3 ul Digestion MM to 7 plates using the 8 channel

Reagent

ul/rxn

rxns

ul needed (1.5x)

10x T4 Buffer

1.15

606

1046

5M NaCl

0.12

606

109

1 mg/ml BSA

0.6

606

546

H2O

0.73

606

665

MseI (enzyme)

0.12

606

109.2

EcoR1 (enzyme)

0.28

606

254.8

Total

3

606

2730

Add 6 ul template to each plate with Benchsmart. Cover and seal each plate, vortex, centrifuge and incubate at 37C for 8 hours. Followed by 65C in EcoBGC oven for 1 hour.

Adaptor Ligation

Spin down plates and add 1.4 ul Ligation MM to each well with 8 channel.

Reagent

ul/rxn

rxns

ul needed (1.6x)

Reagent

ul/rxn

rxns

ul needed (1.6x)

MseI oligo

1

606

970

H2O

0.112

606

108.6

10x T4 Buffer

0.1

606

97

5M NaCl

0.01

606

9.7

1 mg/ml BSA

0.05

606

48.5

T4 DNA ligase

0.1675

606

162.5

Total

1.4

606

1358

Add 1 ul of EcoR1 Adaptors with 8-channel and Track which template plate gets which MID plate.

Template

EcoR1 MID plate

Template

EcoR1 MID plate

HELPAU1

EcoR1 MID plate 1

HELPAU2

EcoR1 MID plate 2 flipped

HELPAU3

EcoR1 MID plate 3

HELPAU4

EcoR1 MID plate 4

HELPAU5

EcoR1 MID plate 5

HELPAU6

EcoR1 MID plate 6

HELPAU7

EcoR1 MID plate 7 flipped

Label reaction plates with MID plate used.

Cover, vortex, and spin plates. Incubate plates at RT for 2 hours on benchtop.

Add 120 ul of low EDTA TE store at 4C for a month or -20C for longer.

PCR Amplification

Create working pools. For Pool A combine ligated plates matching well to well. For pool B combine ligated plates with even plates flipped upside down (H12 in A1). Pool C (or C1 and C2) will be recombining plates 5 and 6 by half plates and Plate 7 by column. Combine columns 5:1-6, 5:7-12, 6:1-6 and 6:7-12 into columns 1-6 of a new plate. Then into column 7 of the same plate add columns 1-4 of Plate 7. Pool D (or D1 and D2) will be similar to the previous pool, but you will flip the contribution from the second half of plates 5 and 6 to 5:12-7 and 6:12-7. The same flip will be done for column 7 of this pool for the even columns of Plate 7.

Pool

Plate1

Plate2

Plate3

Plate4

Pool

Plate1

Plate2

Plate3

Plate4

A

HELPAU1

HELPAU2

HELPAU3

HELPAU4

Pool

Plate1

Plate2

Plate3

Plate4

Pool

Plate1

Plate2

Plate3

Plate4

B

HELPAU1

HELPAU2

(FLIPPED)

HELPAU3

HELPAU4

(FLIPPED)

 

Pool

Plate5 Col 1-6

Plate5 Col 7-12

Plate6 Col 1-6

Plate6 Col 7-12

Pool

Plate5 Col 1-6

Plate5 Col 7-12

Plate6 Col 1-6

Plate6 Col 7-12

C1

HELPAU5

HELPAU5

HELPAU6

HELPAU6

 

Pool

Plate7 Col 1

Plate7 Col 2

Plate7 Col 3

Plate1 Col 4

Pool

Plate7 Col 1

Plate7 Col 2

Plate7 Col 3

Plate1 Col 4

C2

HELPAU7

HELPAU7

HELPAU7

HELPAU7

Pool

Plate5 Col 1-6

Plate5 Col 12-7

Plate6 Col 1-6

Plate6 Col 12-7

Pool

Plate5 Col 1-6

Plate5 Col 12-7

Plate6 Col 1-6

Plate6 Col 12-7

D1

HELPAU5

HELPAU5

HELPAU6

HELPAU6

Pool

Plate7 Col 1

Plate7 Col 2

Plate7 Col 3

Plate7 Col 4

Pool

Plate7 Col 1

Plate7 Col 2

Plate7 Col 3

Plate7 Col 4

D2

HELPAU7

HELPAU7

(FLIPPED)

HELPAU7

HELPAU7

(FLIPPED)

 

PCR1:

Make MM1 in a 15 ml tube:

Reagent

ul/rxn

rxns

ul needed

Reagent

ul/rxn

rxns

ul needed

H2O

9.52

303

4046

5x iProof buffer

4

303

1700

10 mM dNTPs

0.4

303

170

50 mM MgCl2

0.4

303

170

5 uM Illumina Primers

1.33

303

565.2

iProof TAQ

0.2

303

85

DMSO

0.15

303

63.8

total

16

303

6800

Add 16 ul of PCR1 MM to each well of four new hard shell PCR plates with 8 channel

Add 4uL of template from pooled plates with Benchsmart

Seal, Vortex, Spin down, and then run on Thermocycler program: GBS1:

Temp C

Cycles

Time

Temp C

Cycles

Time

95*

1X

3:00

98

30X

0:30

60

30X

0:30

72

30X

0:40

72

1X

10:00

4*

1X*

0:00*

*pause step

Extra PCR

Add 2.125 ul of the MM directly to the previous PCR

Reagent

ul/rxn

rxns

ul needed

5x Iproof buffer

0.425

303

207.4

10 mM dNTPs

0.4

303

195

Primers

1.33

303

649

Total

2.155

303

1051.4

Then continue with the last four unlisted steps for GBS1 from above:

Temp C

Cycles

Time

Temp C

Cycles

Time

98

1X

3:00

60

1X

2:00

72

1X

10:00

4

1X

0:00

Pippin Prep Size Select:

Pool 2 ul from all wells of the 3 final plates into an 8 tube strip. Pool 30 ul from each of these into one tube after mixing via pipette.

Run Final Product on qPCR for check

Result from qPCR check:

HPau_PP_Final:

The full result report can be viewed below:

Mail for sequencing:

This will not be done until the first full week of 2022.

University of Colorado

Brian Woessner

Genomics Core, Bldg RC-2 Room 9400

12700 East 19th Ave.
Aurora, CO 80045

303-724-6050

Â