Team:Technion HS Israel/Protocols

Technion 2015 HS Team's Wiki

Protocols

NanoBio Protocol for gene knockout

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Antibiotics preparation

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Antibiotics preparation

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Chemical transformation

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DNA Kit Plate

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Gel and PCR Extraction

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Gel Prep

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Glycerol stock

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LB SOB SOC BA

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Ligation

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manual NEB (gibson assembly)

Team-Technion HS Israel /protocols/Technion-Israel-anual_NEB_(gibson_assembly)_coverpage

MixandGo

Team-Technion HS Israel /protocols/Technion-Israel-MixandGo_coverpage

PCR

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Phosphorylation and blunt ligation

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Presto Mini Plasmid Kit Protocol

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Restriction enzyme

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Transformation to 3300 LG using electroporation

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AHL inducer experiment protocol

  • 1. Purpose:

    test the response of our bio brick to AHL exposure measuring its fluorescence according to a range of AHL concentrations and determining whether AiiA functions properly.
  • 2. Materials:
    • - AHL
    • - Bacteria samples:
      • 2x (+)AiiA
      • 2x (-)AiiA
    • - 2x Eppendorf
    • - LB
    • - Chloramphenicol
  • 3. Methods:

    Prepare 5 ml starter by growing the cells in 5ml LB medium + appropriate antibiotics (5 µl of chloramphenicol, CM, ) at 37°C overnight.

    Samples:
    • (1) +AiiA (K176003)
    • (2) – AiiA (K176005)
    The next day:

    • 1- Prepare BA+5% (v/v) LB
      • a. 47.5 ml of BA plus 2.5 ml of LB
      • b. Add appropriate antibiotics (chloramphenicol: 50 µl)
    • 2- dilute bacteria 1:100


    • Add 20 µl of bacteria into 2 ml of (BA+5% LB) in a 48 well plate

    • 3- Add AHL(3OC8) in the 48 well plate in proper concentrations.
    • 4- Incubate it for 2 hours in a shaker ( 37°C, 250 RPM). After 2 hours, measure the absorbance (OD600 – for cell concentration) and fluorescence (excitation peak: 584nm, emission peak: 608nm) using a plate reader. A measurement should be taken every 30 minutes for 3.5 hours (to a total of 7 times).


    48 well plate AHL(3OC8) concentration preparation:

    1 2 3 4 5 6 7 8
    mL 2.2 2 2 2 2 2 2 2
    AHL(3OC8) nM 10000 100 100 10 1 0.1 0.01 0
    AHL(3OC8) µM 10 1 0.1 0.010 0.001 0.0001 0.00001 0
    STEPS
    1 add 0.55 µL
    2 Take 0.2ml Add here
    3 Take 0.2ml Add here
    4 Take 0.2ml Add here
    5 Take 0.2ml Add here
    6 Take 0.2ml Add here
    7 Take 0.2ml Add here
    8 Take 0.2ml
    9 Add 0.19995ml (bacteria with BA and lb)and 0.5µl AHL(3OC8)