Difference between revisions of "Team:Lethbridge HS/Notebook"

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                                    <a name="June8"></a>
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                                    <p class="tl_time">2015-June-08</p>
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                                        <h2 class="tl_label_header">Lab book june 8</h2>
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                                        <h3>Names: Kieran</h3>
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<p>Biofilm produced on 24h 96 well plate. <br><br>
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Testing to see if biofilm will produce on 12h 96 well plate (1 in 100 culture dilution).<br><br>
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And also doing 24h 96 well biofilm formation testing to see what detergents and chemical impacts have on the decrease in biofilm production. <br><br>
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*Biofilms placed at 8:00pm<br><br>
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Oxalic acid test run for 12 hours (0, 0.01, 0.05, 0.1, 0.15, 0.2, 0.4, 0.4, 0.5, 2.0%) <br><br>
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*Oxalic acid placed at 7:30pm<br><br>
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Tested the production of parafilm sacs for in vitro Varroa feeding. (using kimwipes and 2mL tubes as containment methods)
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Revision as of 02:49, 11 September 2015

Notebook

Record of our work

Please click on the different events on the lab to read more about them. Also, feel free to click on the months on the sidebar to reveal a list of lab dates.

April

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May

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June

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July

August

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September

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  • June

  • 2015-June-06

    Lab book june 6

    Names: Jon and Kieran

    We stained inoculated biofilms and performed the Crystal Violet assay. Left in 37 C for 36 hours. We did 4 trials 100uL, 4 trials 200uL, and 4 trials 300uL. Biofilm formation was successful, with varying band thickness. We also replicated this with two 5mL LB petri dish inoculated with 20uL E.coli. We added 5mL of crystal violet each to the petri dishes to cover the whole plate.

    We also performed an oxalic acid gradient with 0%, 0.05%, 0.1%, 0.2%, 0.3%, 0.4%, 0.5%, and 2.0% oxalic acid to give a final volume of 6mL. We added 20uL of E.coli to each 6mL tube. Left in 37 C.

    We did a 1/100 dilution of E.coli into LB media, and left it in 37 C for (hopefully) 24 hours. We did 4 trials 100uL, 4 trials 200uL, and 4 trials 300uL.

  • 2015-June-08

    Lab book june 8

    Names: Kieran

    Biofilm produced on 24h 96 well plate.

    Testing to see if biofilm will produce on 12h 96 well plate (1 in 100 culture dilution).

    And also doing 24h 96 well biofilm formation testing to see what detergents and chemical impacts have on the decrease in biofilm production.

    *Biofilms placed at 8:00pm

    Oxalic acid test run for 12 hours (0, 0.01, 0.05, 0.1, 0.15, 0.2, 0.4, 0.4, 0.5, 2.0%)

    *Oxalic acid placed at 7:30pm

    Tested the production of parafilm sacs for in vitro Varroa feeding. (using kimwipes and 2mL tubes as containment methods) .

  • 2015-June-10

    Lab book june 10

    Names: Kieran

    Performed oxalic acid testing of E.coli growth in LB media at (0, 0.01, 0.05, 0.1, 0.15, 0.2, 0.4, 0.4, 0.5, 2.0%) concentrations. Placed at 6:50pm.

    Produced more biofilms.

    Had mites and created pouches including Water, LB, Supernatent, E.coli, E.coli RFP. Placed at room temperature and in chris’s drawer.

    Took 48 and 24 hour biofilms and performed a bleach treatment on them (0.252%) for 30 minutes. .

  • 2015-June-16

    Lab book june 16

    Names: Kieran

    Took oxalic acid readings after 23 hours of incubation

    .

    Title for table
    Oxalic Acid Concentration (%) OD600
    0.0 1.745
    0.01 1.771
    0.05 1.882
    0.1 0.980
    0.15 0.125
    0.2 0.104
    0.3 0.118
    0.4 0.174
    0.5 0.1456
    2.0 0.017

    Readings are unrealiable as the cultures were left in the shaking incubator for over 23 hours. Still show the same general trend as past gradients.

  • 2015-June-17

    Lab book june 17

    Names: Kieran

    Make oxalic acid samples again.

    Make 24h biofilms.

    .

    Title for table
    Biofilm test (30 minutes contact) (24 hour biofilm) Result
    Windex Negative
    Bleach Negative
    Tilex Biofilm remained

  • 2015-June-19

    Lab book june 19

    Names: Chris and Tiffany

    Objective:

    Determine if we have successfully cultured mites in vitro using either paraffin pouches or bee pupae.

    Table 2. Experimental design showing each of the treatments applied to the mites.

    After 24 hours, all mites were found to be dead. Pupae showed some signs of black bacteria growth or browning on body. Will need to repeat or find another method of culturing mites in vitro.

  • 2015-June-22

    Lab book june 22

    Names: Sydnee, Tiffany and Kieran

    Biofilm test performed on

    Fantastic = Biofilm remained

    Windex = Biofilm remained

    Bleach = didn’t remain

    Made overnight cultures for oxalic acid testing

  • 2015-June-23

    Lab book june 23

    Names: Kieran

    13 hours left in shaker

    Oxalic Acid Concentration (%) OD600
    0.0 1.945
    0.01 1.875
    0.05 1.763
    0.1 0.710
    0.15 0.114
    0.2 0.146
    0.3 0.183
    0.4 0.170
    0.5 0.092
    2.0 0.015

  • 2015-June-08

    Lab book june 8

    Names: Kieran

    Biofilm produced on 24h 96 well plate.

    Testing to see if biofilm will produce on 12h 96 well plate (1 in 100 culture dilution).

    And also doing 24h 96 well biofilm formation testing to see what detergents and chemical impacts have on the decrease in biofilm production.

    *Biofilms placed at 8:00pm

    Oxalic acid test run for 12 hours (0, 0.01, 0.05, 0.1, 0.15, 0.2, 0.4, 0.4, 0.5, 2.0%)

    *Oxalic acid placed at 7:30pm

    Tested the production of parafilm sacs for in vitro Varroa feeding. (using kimwipes and 2mL tubes as containment methods) .

  • August

  • 2015-July-10

    Ligation

    Lorem ipsum dolor sit amet, consectetur adipiscing elit. Proin sed commodo dui, id ultricies massa. Aliquam erat volutpat. Proin maximus, nibh eu luctus tincidunt, libero dui euismod ex, a pellentesque sem nulla ac lorem. Pellentesque sagittis leo eget ornare efficitur. Nullam vulputate rutrum eros, quis mollis ipsum tempus eu. Integer porttitor quam vitae finibus blandit. Nulla vulputate dolor dui, et cursus dolor ullamcorper nec. Nunc dictum scelerisque purus, ut pulvinar sapien tristique eget. Donec feugiat risus vel nibh pellentesque auctor id id neque. Aenean facilisis dui vitae massa finibus, et condimentum dui consectetur. Pellentesque tempus imperdiet posuere. Sed ornare urna in dictum dictum. Vestibulum suscipit, tortor sit amet finibus bibendum, dui nunc semper enim, eget pulvinar sem justo nec risus. Integer justo ex, aliquet sit amet massa at, aliquam vestibulum dolor. Sed dictum nunc eu sem finibus eleifend.

  • 2015-July-10

    Ligation

    We did this stuff...

  • 2015-July-10

    Ligation

    We did this stuff...

  • 2015-July-10

    Ligation

    Pellentesque habitant morbi tristique senectus et netus et malesuada fames ac turpis egestas. Etiam maximus erat vitae orci rutrum finibus. Nullam quis nunc tincidunt, sodales risus id, dignissim neque. Pellentesque efficitur, sem non lobortis euismod, justo mi laoreet turpis, sed fringilla enim diam non massa. Suspendisse imperdiet vel enim a elementum. Nam pretium diam vel metus rhoncus ullamcorper. Suspendisse in consectetur tortor. Nulla diam justo, lobortis suscipit erat quis, rhoncus accumsan tellus. Cras rutrum, lorem ac sodales accumsan, ante diam ornare tellus, in tincidunt metus magna quis lacus. Ut auctor metus sed lectus auctor volutpat. Aliquam ac nulla maximus, congue sem a, feugiat mauris.

  • 2015-July-10

    Ligation

    Pellentesque habitant morbi tristique senectus et netus et malesuada fames ac turpis egestas. Etiam maximus erat vitae orci rutrum finibus. Nullam quis nunc tincidunt, sodales risus id, dignissim neque. Pellentesque efficitur, sem non lobortis euismod, justo mi laoreet turpis, sed fringilla enim diam non massa. Suspendisse imperdiet vel enim a elementum. Nam pretium diam vel metus rhoncus ullamcorper. Suspendisse in consectetur tortor. Nulla diam justo, lobortis suscipit erat quis, rhoncus accumsan tellus. Cras rutrum, lorem ac sodales accumsan, ante diam ornare tellus, in tincidunt metus magna quis lacus. Ut auctor metus sed lectus auctor volutpat. Aliquam ac nulla maximus, congue sem a, feugiat mauris.