Stony Brook iGEM

Stony Brook iGEM

Aug 23, 2016

Group 6 Copy 52
0

Week of 8/15 - 8/21

8/15

Gel of purified digests from 8/14

Lanes:

  1. Epoch 1 Control
  2. Epoch 1 Experimental
  3. Ladder
  4. Epoch 2 Experimental
  5. Epoch 2 Control

PCR purified and nanodropped the digests

    ContentConcentration (ng/ul)260/280
    Epoch 19.22.26
    Epoch 27.91.91


Qiagen 1 (Both enzymes)
    ContentExperimental ulControl ul
    H
    2
    O
    18.8519.85
    Cutsmart2.52.5
    PvuII-HF0.5X
    XhoI0.5X
    DNA2.652.65
Qiagen 1 (Sequential)
    ContentExperimental ulControl ul
    H
    2
    O
    19.8519.85
    Cutsmart2.52.5
    XhoI0.5X
    DNA2.652.65
Qiagen 2 (Both enzymes)
    ContentExperimental ulControl ul
    H
    2
    O
    19.0720.07
    Cutsmart2.52.5
    PvuII-HF0.5X
    XhoI0.5X
    DNA2.432.43
Qiagen 2 (Sequential)
    ContentExperimental ulControl ul
    H
    2
    O
    19.5720.07
    Cutsmart2.52.5
    Enzymes0.5X
    DNA2.432.43
498.9 ng/ul Plasmid
Both Enzymes
    ContentExperimental ulControl ul
    H
    2
    O
    20.521.5
    Cutsmart2.52.5
    PvuII0.5X
    XhoI0.5X
    DNA1.01.0
Sequential
    ContentExperimental ulControl ul
    H
    2
    O
    2122
    Cutsmart2.52.5
    Enzymes0.5X
    DNA1.01.0

Ran gels of plasmid digets

Gel 1

Lanes:

  1. Qiagen 1 Control
  2. Qiagen 1 (Both)
  3. Qiagen 1 (Sequential)
  4. Ladder
  5. Qiagen 2 (Sequential)
  6. Qiagen 2 (Both)
  7. Qiagen 2 Control
Gel 2

Lanes:

  1. Ladder
  2. Old Sequenced
  3. Old Both
  4. Old Control

Ran gel of plasmids for gel extract

Lanes:

  1. Ladder
  2. Qiagen 1 Sequential
  3. Qiagen 1 Both
  4. Quaigen 2 Sequential
  5. Qiagen 2 Both

Troubleshooting

Ran a gel and digest to diagnose if PvuII was denatured

205.6ng/ul
    ContentExperimental ulControl ul
    H
    2
    O
    19.620.1
    Cutsmart2.52.5
    PvuII0.5X
    DNA2.432.43

Gel of digests from the morning and PvuII-HF diagnostic

Lanes:
  1. Qiagen 1 Control
  2. Qiagen 1 Both
  3. Qiagen 1 Sequential
  4. Qiagen 2 Both
  5. Qiagen 2 Sequential
  6. Ladder
  7. PvuII Diagnostic
  8. PvuII Diagnostic Control
  • Plasmid extracted from gel

Nanodrop of plasmid gel extract

    ContentConcentration (ng/ul)260/280
    Plasmid Gel Extract7.11.45

8/16

Diagnostic PvuII-HF Digest

188.1 ng/ul
ContentExperimental ulControl ul
H
2
O
4.254.85
Cutsmart2.52.5
PvuII-HF0.5X
DNA2.652.65
205.6 ng/ul
ContentExperimental ulControl ul
H
2
O
4.175.07
Cutsmart2.52.5
PvuII-HF0.5X
DNA2.432.43

Ran a gel on PvuII Digest

Lanes:
  1. Ladder
  2. 205.6 Control
  3. 205.6 Digest
  4. 188.5 Control
  5. 188.5 Digest

Nanodropped PvuII Digest

    ContentConcentration (ng/ul)260/280
    188.51.71.36
    205.61.42.05

PCR of BioBrick Parts

J23119
    Contentsul
    Q5 MasterMix12.5
    H
    2
    O
    6,5
    10 uM F Primer2.5
    10 uM R Primer2.5
    Template1
E0040
    Contentsul
    Q5 MasterMix12.5
    H
    2
    O
    6,5
    10 uM F Primer2.5
    10 uM R Primer2.5
    Template1
BOO15
    Contentsul
    Q5 MasterMix12.5
    H
    2
    O
    6,5
    10 uM F Primer2.5
    10 uM R Primer2.5
    Template1

8/17

Gel of old PEP352GAP plasmids to test viability + Gel of BioBrick PCRs

Gel #1
Lanes:
  1. 498.4
  2. 311.5
  3. 259.0
  4. 296.6
  5. Ladder
  6. 176.5
  7. 277.3
  8. 366.6
Gel #1
Lanes:
  1. 133.4
  2. 188.5 PvuII
  3. 205.6 PvuII
  4. 142.6
  5. Ladder
  6. J23119
  7. E0040
  8. B0015
  • 142.6 was thrown out
  • Gel #1 looked a lot better than #2

100ul Sequential digest - PvuII and then XhoI

498.4 ng/ul
ContentExperimental (100) ulControl (25) ul
H
2
O
8521.5
Cutsmart102.5
PvuII-HF1X
DNA4.001.00
366.6 ng/ul
ContentExperimental (100) ulControl (25) ul
H
2
O
83.521.14
Cutsmart102.5
PvuII-HF1X
DNA5.461.36
  • Incubated at 37°C for an hour

Nanodropped PvuII Digest

    ContentConcentration (ng/ul)
    498.414.2
    366.629.6

XhoI Digest

29.6
ContentExperimental ulControl ul
H
2
O
2.63.1
Cutsmart5.05.0
XhoI0.5X
DNA16.916.9
  • Incubated at 37°C for an hour

Ran a gel on sequential digests

Lanes:
  1. Ladder
  2. 29.6
  3. 29.6
  4. 14.2

Ligation of Dean Vector + Insert

    Contentul
    10X T4 Buffer2.0
    Vector3.0
    Insert9.0
    H
    2
    O
    5.0
    Ligase1.0

8/18

8/19

Miniprep of Dean vector and BioBricks

  • Four tubes of Dean vector
  • Three tubes of BioBricks

  • Nanodrop of Miniprepped Dean Vectors + BioBricks

      ContentConcentration (ng/ul)260/280
      J23119166.31.96
      B0015137.41.93
      E0040139.81.98
      DV #1365.51.92
      DV #2230.51.93
      DV #3282.31.94
      DV #4113.01.91

Initial Digests

J23119 - 166.3ng/ul
    ContentExperimental ulControl ul
    H
    2
    O
    3839
    Cutsmart55
    EcoRI-HF0.5X
    SpeI0.5X
    DNA66
J61100 - 1.85ng/ul
    ContentExperimental ulControl ul
    H
    2
    O
    4445
    Cutsmart55
    XbaI0.5X
    PstI0.5X
    DNA0.50.5
E0040 - 139.8/ul
    ContentExperimental ulControl ul
    H
    2
    O
    36.937.9
    Cutsmart55
    EcoRI-HF0.5X
    SpeI0.5X
    DNA7.157.15
B0015- 137.4ng/ul
    ContentExperimental ulControl ul
    H
    2
    O
    36.737.7
    Cutsmart55
    XbaI0.5X
    PstI0.5X
    DNA7.287.28

Gel of Digests

Gel #1
Lanes:
  1. J23119 C
  2. J23119 E
  3. J23119 E #2
  4. Ladder
  5. E0040 E
  6. E0040 E #2
  7. E0040 C
Gel #2
Lanes:
  1. J61100 C
  2. J61100 E
  3. J61100 E #2
  4. Ladder
  5. B0015 E
  6. B0015 E #2
  7. B0015 C

8/20

Digests of GFP, Promoter, and Terminator

Promoter
    ContentExperimental ulControl ul
    H
    2
    O
    3233
    Cutsmart55
    EcoRI0.5X
    SpeI0.5X
    DNA1212
GFP
    ContentExperimental ulControl ul
    H
    2
    O
    29.730.7
    Cutsmart55
    EcoRI-HF0.5X
    SpeI0.5X
    DNA14.314.3
Terminator
    ContentExperimental ulControl ul
    H
    2
    O
    29.430.4
    Cutsmart55
    XbaI0.5X
    PstI0.5X
    DNA14.614.6

8/21

Nanodrop of BB Component MiniPreps

    ContentConcentration (ng/ul)260/280
    B0015201.51.99
    J23119225.81.99
    E0040179.32.03

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Our project aims to provide a method of detecting pancreatic cancer in humans. We are using yeast in this project as a method for expressing Cripto-1, a membrane protein which binds to a biomarker for pancreatic cancer. We hope to be able to couple CR-1 binding to a reporter inside yeast for indication of the presence of the biomarker in human blood serum. This could offer insight into the potential for synthetic biology as an important medical tool in the future.


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