Experiments

Cycle 1

Wet lab workflow in SSC

  1. Design the Plasmid FLG ✅
  2. Clone the plasmid in E.coli DH5alpha✅
  3. Single bacterial colony inoculation✅
  4. Plasmid isolation followed by NanoDrop✅
  5. Confirmation of clone by restriction digestion✅
  6. Running gel electrophoresis✅
  7. Sub cloning the plasmid into E.coli BL21 ✅
  8. Confirmation of clone by colony PCR ✅
  9. Single colony inoculation✅
  10. IPTG induction and protein expression✅
  11. Running the SDS protein gel✅
  12. Protein extraction✅
  13. Plotting bacterial growth curve against the protein expression.✅

Workshop in CUHK

  1. SCRATCH assay using heat shock protein and collagen✅

Wet lab in HKU

  1. qPCR for Carbonic anhydrase II (CA2), IL-24, ribosomal protein L38 (RPL38) and FLG ✅

Cycle 2

  1. Design the Plasmid FLG✅
  2. Clone the plasmid in E.coli DH5alpha✅
  3. Colony PCR for the confirmation of clone😞
  4. Gel electrophoresis
  5. Plasmid isolation
  6. Clone the plasmid into BL21
  7. Colony PCR for the confirmation of clone
  8. Gel electrophoresis

Day   Count

Date

Work

Link to protocol

Notes

Day 1

13/5

Media preparation

13/5 Day1 Media Preparation

Day 2

14/5

Hydration of plasmid

14/5 Day2 Hydrating plasmid

Day 3

15/5

Transformation and plating

15/5 Day3 Transformation

Day 4

16/5

Review transformation results

16/5 Day4 transformation results fail

Fail, no colonies observed

Day 5

19/5

Transformation

19/5 Day5 Transformation

Modification: 45 seconds for heat shock

Day 6

20/5

Review transformation results

20/5 Day6 Transformation results success

Success, although one negative control is contaminated

Day 6

20/5

Growing single bacteria colony

20/5 Day6 Single colony inoculation

Day 7

21/5

Plasmid isolation

21/5 Day7 Plasmid isolation

No.1,3,4 were dropped and spilled

Day 7

21/5

Nanodrop

21/5 pET-iDT-FLG nanodrop

All the sample concentration are very low

Day 8

26/5

Inoculation

26/5 Day8 Single colony inoculation

Day 9

27/5

Plasmid isolation and nanodrop

27/5 Day9 Plasmid isolation

Highest concentration: 113ng/uL

Day 10

28/5

Restriction digestion and gel electrophoresis

28/5 Day10 Restriction digestion

Day 11

25/6

Media

25/6 Day11 Media preparation

Day 12

26/6

Workshop at CUHK

26/6 CUHK Workshop Day0 (Helen)

Seeded cells and did scratch assay

Day 13

27/6

Workshop at CUHK

27/6 CUHK Workshop Day2 (Helen)

27/6 iGEM CUHK workshop (Evelyn)

Day 14

3/7

Transformation

3/7 Day14 Transformation

Day 15

10/7

ColonyPCR preparation

10/7 Day15 ColonyPCR preparation

Day 16

14/7

ColonyPCR

14/7 Day16 ColonyPCR

Day 17

15/7

Gel electrophoresis and colonyPCR

15/7 Day17 Gel electrophoresis and single colony inoculation

No bands observed, failed

Day 18

16/7

Gel electrophoresis

Day 19

17/7

IPTG induction

17/7 Day19 IPTG Protein expression.docx

Day 20

18/7

Cell harvesting

Day 21

22/7

Protein extraction

22/7 Day21 Sample prepartion for SDS PAGE-1.docx

Day 22

23/7

colonyPCR and cell harvesting

23/7 Day22 Protein expression _250718_125956.docx

23/7 Day22 ColonyPCR

Day 23

24/7

SDS-PAGE

Day 24

25/7

Sample preparation for SDS PAGE for 0.5mM

25/7 Day24 Sample prepartion for SDS PAGE-1.docx

Day 25

28/7

SDS-PAGE for 0.5mM

Day 26

30/7

Sample preparation for 1mM SDS-PAGE

30/7 Day26 Sample prepartion for SDS PAGE-1.docx

Day 27

31/7

Destaining of SDS PAGE 1mM and Bacteria growth curve

Dont know how to use the spectrophotometer

Day 28

1/8

Bacteria growth curve at37°C

1/8 Bacterial growth curve

Day 29

4/8

Bacteria growth curve at 37°C

1/8 Bacterial growth curve

Day 30

6/8

Bacteria growth curve at 37°C

Day 31

7/8

Bacteria growth curve at 37°C and

Cell lysate

7/8 cell lysate protocol + notes

Day 32

8/8

Bacteria growth curve at 37°C

Day 33

11/8

preparing primary culture, FLG purification at RT, cell lysate

Day 34

12/8

IPTG expression at 20°C, bacterial growth curve, FLG purification at 37°C

12/8 FLG purification nano drop

12/8 bacterial growth curve 20°C

Day 35

13/8

IPTG expression at 20°C, preparing FLG at 37°C for SDS-PAGE

13/8 Day35 Protein samples for SDS-PAGE.docx

12/8 FLG purification nano drop

Day 36

15/8

Day 37

18/8

SDS-PAGE for total protein at 20°C

Day 38

19/8

Destaining of SDS-PAGE gel

Day 39

20/8

Dry lab work

Day 40

21/8

Dry lab work

Day 41

25/8

HKU lab

Seeding cells

HKU lab

Day 42

27/8

HKU lab preparing stock, working concentration and wells

HKU lab

Day 43

28/8

HKU lab harvesting cells at T24

HKU lab

Day 44

29/8

HKU lab harvesting cells at T48

HKU lab

Day 45

2/9

HKU lab

Extracting RNA T1

HKU lab

Day 46

3/9

CYCLE 2 START

Media preparation 200ml agar, 10 plates

Day 47

4/9

Transformation and plating

4/9 Day47 Transformation

Day 48

5/9

HKU lab

Extracting RNA T24 and T48

HKU lab

Day 49

9/9

HKU lab reverse transcription of all samples

HKU lab

Day 50

10/9

Colony PCR for  idT-pET-FLG-RFP

8/9 Day49 ColonyPCR

Day 51

11/9

Gel electrophoresis

Day 52

16/9

Single colony inoculation

16/9 Day52 Single colony inoculation

Day 53

17/9

Plasmid isolation + nanodrop

17/9 pET-FLG-RFP plasmid isolation nano drop results

Day 54

18/9

HKU qPCR

HKU lab

Day 55

19/9

RD for confirmation of clone

19/9 Day53 Restriction digestion

Failed again ah;(