Difference between revisions of "Team:Kent/Notebook"

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Revision as of 09:10, 18 August 2015


iGEM Kent 2015

Notebook

June

M T W T F S S
1 2 3 4 5 6 7
8 9 10 11 12 13 14
15 16 17 18 19 20 21
22 23 24 25 26 27 28
29 30

July

M T W T F S S
1 2 3 4 5
6 7 8 9 10 11 12
13 14 15 16 17 18 19
20 21 22 23 24 25 26
27 28 2930 31

August

M T W T F S S
1 2
3 4 5 6 7 8 9
10 11 12 13 14 15 16
17 18 19 20 21 22 23
24 25 2627 28 29 30
31

September

M T W T F S S
1 2 3 4 5 6
7 8 9 10 11 12 13
14 15 16 17 18 19 20
21 22 23 24 25 26 27
28 29 30

Day 1 Wet lab 22/06/15

  • Made LB plates
  • Made LB broth
  • TIPS autoclaved
  • Day 2 Wet lab 23/06/15

  • Set up Top10 overnight, VS45 overnight, US348 overnight
  • Meeting with advisors to discuss progress
  • Day 3 Wet lab 24/06/15

  • Filter sterilise the buffer
  • 250ml no antibiotic broth, put top10 cells in
  • Incubate until optical density is 0.6
  • Miniprep PSB1C3 plasmid
  • Day 4 Wet lab 25/06/15

  • Transformation
  • Prepare SBC media
  • Digest of PSB1c3 from MS348
  • Day 5 Wet lab 26/06/15

  • Calculated competent cell efficiency
  • Agarose gel formation
  • Gel electrophoresis
  • Day 6 Wet lab 29/06/15

    Transforming linear PSB1C3

    Day 7 Wet lab 30/06/15

  • Miniprep of PSB1A3 plasmid
  • Gel electrophoresis of a large quantity of PSB1C3
  • Meeting with advisors to discuss progress
  • Day 8 Wet lab 01/07/15

  • Gel electrophoresis of the purified DNA extracted
  • Transformation of pSB1A3 circular plasmid to VS45 cells (competent)
  • Digest of all pSB1C3 plasmids
  • Day 9 Wet lab 02/07/15

  • Competent cells transformation efficiency
  • Mini-prep of 1MS340 to get pSB1C3 plasmid
  • Gel extraction of big digest
  • Quantification of the digest. Added sample buffer to each digest
  • Day 10 Wet lab 03/07/15

  • Transformation efficiency
  • Day 11 Wet lab 06/07/15

  • TOP10 cells containing pSB1A3 with limonene synthase were cultured overnight on AMP plates
  • Colonies of VS45 containing pSB1A3 were patched onto chloramphenicol plates
  • Overnight digest of miniprepped pSBIC3 using ECORI and PSTl
  • Day 12 Wet lab 07/07/15

  • Agarose gel of overnight digest - no bands were visible
  • Set up overnight cultures of pSBIC3 and pSBIA3 to be miniprepped the next day
  • Set up an overnight digest of pSBIC3
  • Day 13 Wet lab 08/07/15

  • Agarose gel of overnight digest - no bands were visible
  • Miniprep of pSBIA3 and pSBIC3
  • Overnight digest of pSBIA3 and pSBIC3
  • Day 14 Wet lab 09/07/15

  • Agarose gel of digested pSBIA3 and pSBIC3 - no bands were visible
  • Overnight cultures of MS349 containing pSBIA3 LIMS and MS340 containing pSBIC3 were set up, ready to be miniprepped
  • Day 15 Wet lab 10/07/15

  • Miniprep of plasmids pSBIA3 and pSBIC3
  • Day 16 Wet lab 13/07/15

  • Overnight cultures of MS349 containing pSBIA3 LIMS and MS340 containing pSBIC3 were set up, ready to be miniprepped
  • Overnight digest of miniprepped plasmids pSBIA3 and pSBIC3 using the enzymes ECORI and PSTI
  • Day 17 Wet lab 14/07/15

  • Agarose gel of digested plasmids pSBIA3 and pSBIC3 - it finally worked!!!
  • Miniprep of overnight cultures
  • Gel extraction of both plasmids
  • Analytical gel using Hyperladder I to quantify the plasmid
  • Overnight cultures of Top10 cells containing pVS72

    Day 18 Wet lab 15/07/15

  • Miniprepped pVS72
  • Transformation of VS45 with pVS72
  • Made LB plates with Chloramphenicol and Ampicillin
  • Plated the transformed VS45 cells on the Chloramphenicol/Ampicillin plates
  • Agarose gel of leftover digested pSBIA3 and pSBIC3 from 14/07/15
  • Gel extraction of pSBIA3 and pSBIC3
  • Day 19 Wet lab 16/07/15

  • Counted the overnight colonies of VS45 with pVS72
  • Calculated the transformation efficiency
  • Day 20 17/07/15

  • No wet lab was carried out on this day as we focussed on dry lab tasks
  • Day 21 Wet lab 20/07/15

  • Fresh LB agar plates containing Chloramphenicol and Ampicillin were produced
  • Transformed VS45 with pVS72 colonies were streaked onto fresh Chloramphenicol/Ampicillin plates
    and incubated overnight
  • Day 22 Wet lab 21/07/15

  • Congo red plates with 0.2% L-Arabinose were made
  • 500ml LB broth containing 0.2% L-Arabinose was made
  • Overnight culture of VS45 with pVS72 in LB broth with 0.2% L-Arabinose
  • Day 23 Wet lab 22/07/15

  • VS45 with pVS72 was plated on the Congo Red plates
  • Culture preparation for TEM
  • Day 24 Wet lab 23/07/15

  • TEM imaging
  • Day 25 24/07/15

  • Dry lab day
  • Day 26 27/07/15

  • Transformation of Top10 cells with pVS105 (negative control plasmid), streaked onto Ampicillin LB plates
  • Transformation of VS45 with pVS72, streaked onto Chloramphenicol/Ampicillin LB plates
  • Produced plates containing Congo Red, Ampicillin plates and inducing Chloramphenicol/Ampicillin plates (containing Arabinose)
    and non-inducing Chloramphenicol/Ampicillin plates
  • Day 27 28/07/15

  • Made Chloramphenicol broth and made Ampicillin broth
  • Resuspended Top10 with pVS105 in Amp broth
  • Resuspended VS45 with pVS72 in Chloramphenicol and Ampicillin broth
  • Day 28 29/07/15

  • Miniprepped Top 10 cells containing pVS105
  • Diluted VS45 with pVS72 to OD600 of 0.1 in 3ml of LB
  • Spot plated 5μl of VS45 onto inducing plates (containing Arabinose and IPTG),
    non-inducing plates and Congo red plates (both inducing and non-inducing)
  • Day 29 30/07/15

  • Transformed VS45 competent cells with the negative control plasmid (pVS105)
  • Day 30 31/07/15

  • Weekend cultures of the negative control plasmid in VS45 were set up
  • London meetup
  • Day 31 03/08/15

  • Dry lab
  • Day 32 04/08/15

  • LB plates were made
  • Transformations of cultures were spotted onto Chl + Amp plates (both inducing and non-inducing) and Congo Red.
  • Plates were incubated overnight
  • Day 33 05/08/15

  • Overnight plates were checked for contamination
  • pVS105 and pVS72 were transformed into VS45
  • Transformations were plated and incubated overnight
  • Day 34 06/08/15

  • Overnight cultures were set up
  • Day 35 07/08/15

  • The colonies did not grow overnight, therefore more colonies were set up in the morning, with the OD being checked in the evening
  • The transformation of pVS105 and pVS72 into VS45 was repeated
  • Transformed cells were plated out, and incubated overnight
  • Day 36 10/08/15

  • Plasmids were digested
  • Agarose gel of the digested plasmids was run
  • Colonies were set up as overnight cultures in LB
  • Day 37 11/08/15

  • The OD of the overnight cultures was checked
  • pSBIA3 and pSBIC3 was transformed into Top10 cells
  • Glycerol stock solution of pVS105 and pVS72 was produced
  • Miniprep of pVS72 and pVS105
  • The cultures of both plasmids were spot plated onto separate plates, ready for imaging
  • Day 38 12/08/15

  • pSBIA3 was re-transformed into Top10 cells
  • PCR of pSBIC3 and pVS72
  • Day 39 13/08/15

  • PCR was repeated
  • Scanned the streaked Congo Red plates
  • Day 40 14/08/15

  • Purified the PCR product
  • Digested the PCR product
  • Quantified the plasmid
  • Day 41 17/08/15

  • Ligations of pSBIC3 and pVS72
  • Agarose gel to check the digest worked
  • Ligations were transformed into Top10 cells and plated out
  • Sample preparation for imaging
  • Day 42 18/08/15

  • Overnight cultures of the transformed ligations were made