From 2008.igem.org

1 Goals for Week 3
2 [http://openwetware.org/images/d/dd/7-7monmtg_slides_%28compatible%29.ppt Summary Powerpoint by Amy]
3 The Cloning Strategy
- 3.1 Goals:
- 3.2 Scoreboard: Keeping track of what we 'ave and don't 'ave
4 Transformation of Parts/ Plasmids into S1
- 4.1 Transformation of Lac/Tet + GFP into S1
  - 4.1.1 Miniprep Results
5 Chemical 'n' Lite

Goals for Week 3

[http://openwetware.org/images/d/dd/7-7monmtg_slides_%28compatible%29.ppt Summary Powerpoint by Amy]

The Cloning Strategy

Goals:

Lac Plasmid: Hi/low promoter + RBS + LacI + terminator + pLac + RBS + GFP + terminator
Tet Plasmid: Hi/low promoter + RBS + TetR + terminator + pTet + RBS + GFP + terminator
cI Lambda Plasmid: Hi/low promoter + RBS + cI + terminator + pLambda + RBS + GFP + terminator
Light Plasmid: P11 + ompC/ompF + RBS + GFP + terminator AND P11 + ompC/ompF + RBS
CDF vector w/ different resistances: New Vector w/ CDF ori + Resistance Marker (and Death Gene)

Scoreboard: Keeping track of what we 'ave and don't 'ave

RBS + Repressor Coding Region

Plasmid Number	Plasmid Description	Components Digested?	Components Purified?	Ligated?	Transformed?	Miniprepped?	Direct from Registry?
P56	RBS + TetR (P40+P43)	Yes (7/1)	Yes (7/2)	Yes (7/2)	Yes, in E1 (7/2)
P57	RBS + cI lambda (P40+P44)	Yes (7/1)	Yes (7/2)	Yes (7/2)	Yes, E1 (7/2)
	RBS + LacI

High/ Low Constitutive Promoters + RBS + Repressor Coding Region

Plasmid Number	Plasmid Description	Components Digested?	Components Purified?	Ligated?	Transformed?	Miniprepped?	Direct from Registry?
P66	High + RBS + TetR (P56 +P38)
P67	Low + RBS + TetR (P56 + P39)
P68	High + RBS + cI Lambda (P57 + P38)
P69	Low + RBS + cI Lambda (P57 + P39)
	High + RBS + LacI
	Low + RBS + LacI

High/ Low Constitutive Promoters + RBS + Repressor Coding Region + Terminator(s)

Plasmid Number	Plasmid Description	Components Digested?	Components Purified?	Ligated?	Transformed?	Miniprepped?	Direct from Registry?
P70	High + RBS + TetR + Term (P66 + )
P71	Low + RBS + TetR + Term (P67 + P39)
P72	High + RBS + cI Lambda + Term (P68 + P38)
P73	Low + RBS + cI Lambda + Term (P69 + P39)
	High + RBS + LacI + Term
	Low + RBS + LacI + Term

RBS + GFP + Term

Plasmid Number	Plasmid Description	Components Digested?	Components Purified?	Ligated?	Transformed?	Miniprepped?	Direct from Registry?
P45	GFP only w/ RBS & terminator	N/A	N/A	N/A	N/A	Yes (7/1)	Yes

p-lambda/pTet/pLac Promoter + RBS + GFP + Term

Plasmid Number	Plasmid Description	Components Digested?	Components Purified?	Ligated?	Transformed?	Miniprepped?	Direct from Registry?
P15	pTet + RBS + GFP + Term	N/A	N/A	N/A	N/A	Yes	Yes
P20	pLac + RBS + GFP + Term	N/A	N/A	N/A	N/A	Yes	Yes
P74	pLambda + RBS + GFP + Term (P18 + P45)				Yes	Yes

pLambda/pTet/pLac Promoter + RBS + GFP + Term in Vector with p15a ori

Plasmid Number	Plasmid Description	Components Digested?	Components Purified?	Ligated?	Transformed?	Miniprepped?	Direct from Registry?
P58	pTet + RBS + GFP + Term in p15a ori (P1 + P15)	Yes (7/1)	Yes (7/2)	Yes (7/2)	Yes (7/2)
P59	pLac + RBS + GFP + Term in p15a ori (P1 + P20)	Yes (7/1)	Yes (7/2)	Yes (7/2)	Yes (7/2)
P75	pLambda + RBS + GFP + Term in p15a ori (P1 + P74)

High/ Low Constitutive Promoters + RBS + Repressor Coding Region + Terminator(s) + pLambda/pTet/pLac Promoter + RBS + GFP + Term in Vector with p15a ori

Plasmid Number	Plasmid Description	Components Digested?	Components Purified?	Ligated?	Transformed?	Miniprepped?	Direct from Registry?
	High + RBS + TetR + Term + pTet + RBS + GFP + Term in p15a ori (P70 + P58)
	Low + RBS + TetR + Term + pTet + RBS + GFP + Term in p15a ori (P71 + P58)
	High + RBS + cI Lambda + Term + pLambda + RBS + GFP + Term in p15a ori (P72 + P75)
	Low + RBS + cI Lambda + Term + pLambda + RBS + GFP + Term in p15a ori (P73 + P75)
	High + RBS + LacI + Term + pLac + RBS + GFP + Term in p15a ori (+ P59)
	Low + RBS + LacI + Term + pLac + RBS + GFP + Term in p15a ori (+ P59)

Making a new CDF vector

CDF ori as an insert

Plasmid Number	Plasmid Description	Components Digested?	Components Purified?	Ligated?	Transformed?	Miniprepped?	Direct from Registry?
P76	modified P13 + P1 (CDF ori + p15a vector)	P1- 7/2, modified P13- 7/3

CDF ori + Resistance Cassettes as inserts

Plasmid Number	Plasmid Description	Components Digested?	Components Purified?	Ligated?	Transformed?	Miniprepped?	Direct from Registry?
P79	P76 + P48 (CDF ori on p15a vector + Cm Resistance)	P48- 7/3
P80	P76 + P49 (CDF ori on p15a vector + Amp Resistance)	P49- 7/3

New Vector w/ CDF ori + Resistance Marker

Plasmid Number	Plasmid Description	Components Digested?	Components Purified?	Ligated?	Transformed?	Miniprepped?	Direct from Registry?
P81	P79 + P5 (CDF ori + Cm resistance on pSB3K3 vector)
P82	P80 + P5 (CDF ori + Amp resistance on pSB3K3 vector)

Transformation of Parts/ Plasmids into S1

Transformation of Lac/Tet + GFP into S1

7/3: 25 mL culture of S1 was grown for electroporation and transformation.

Plasmid Name	uL DNA transformed	Plates grew?	Picked colonies?	Miniprepped?	Glycerol Stocks?
P58B	8uL	many small colonies, no GFP	Yes	no growth
P59B	8uL	5 medium-sized orangish-pinkish colonies, GFP +	Yes	yes
P12 (from Christina)	5 uL	lots of small, but pinkish colonies	Yes	yes
P27	2uL	9 small/medium orangish colonies, also many very small white-ish colonies	Yes	yes
P28	2uL	many tiny colonies, no GFP	Yes	no growth
P29	5uL	many tiny colonies, no Venus fluor	Yes	no growth
P30	5uL	2 small pinkish colonies, YFP+	Yes	yes
P31	8uL	lots of very small colonies, no Venus	Yes
P32	5uL	many (>50) medium orangish-pinkish colonies, no YFP	Yes	yes

7/9: colonies picked and grown up in liquid culture

7/10: glycerol stocks made and samples miniprepped

Miniprep Results

Sample ID	Date	Time	ng/ul	260/280	260/230
blank	7/10/2008	3:51 PM	0	NaN	NaN
p38a 1	7/10/2008	3:53 PM	121.91	2.01	2.02
p38a 2	7/10/2008	3:54 PM	152.32	1.98	1.82
p39a 1	7/10/2008	3:56 PM	167.45	1.93	1.91
p39a 2	7/10/2008	3:57 PM	173.56	1.92	1.9
p12a	7/10/2008	4:07 PM	79.39	2.01	2.1
p12b	7/10/2008	4:08 PM	39.97	1.88	0.93
p27a	7/10/2008	4:09 PM	90.41	2	1.66
p27b	7/10/2008	4:10 PM	84.75	1.98	2.16
p30 1	7/10/2008	4:12 PM	556.03	1.92	2.21
p30 2	7/10/2008	4:12 PM	673.6	1.9	2.17
p32a	7/10/2008	4:13 PM	582.95	1.92	2.22
p32b	7/10/2008	4:15 PM	249.7	1.97	2.26
p59b 1	7/10/2008	4:16 PM	74.7	2.08	1.52
p59b 2	7/10/2008	4:17 PM	100.66	1.99	2.14

Chemical 'n' Lite

Transformations/Minipreps of Parts from Registries

07/07/08

07/07: We transformed P42, P11, P51, P52, P77, P78, P17, Q01121, BBa_J06911, BBa_J06912 from both the 2007 and 2008 registries (P11 was available only from the 2008 registry). We also made a positive transformation control using pUC19 DNA that came with the TOP10 cells. We made three negative plate controls using mock transformed bacteria on Amp, Kan, and Cm plates. We used E1.

FAILED TRANSFORMATIONS

2007 -- P51 (Kan), Q01121 (Kan), P17 (Kan), P52 (Kan), P78 (Kan), P77 (Kan)

2008 -- P52 (Kan), P51 (Kan), P78 (Kan), P77 (Kan), Q01121 (Kan), P17 (Kan), P11 (Cm)

The Cm and Kan mock transformations (negative controls) also failed to grow.

Alarmingly, the E1 mock transformation (no DNA, neg control) grew on the LB Carb plates. All of the Carb plates had some colonies, so we only picked from those with significantly higher numbers than the neg control. 3 colonies each from BBa_J06911 & BBa_J06912 2007 (temp sensitive LacI system) were picked and grown.

Successful Transformations

2007: P84, P85 (BBa_J06911, BBa_J06912) -- miniprepped/glycerol stocks made

The Amp negative control colonies did not grow in liquid LB Amp. The Amp positive control did grow in liquid LB Amp (pUC19).

Nanodrop of Minipreps (07/09)

Plasmid	Date	Time	ng/ul	260/280	260/230
p59 (S1)	7/9/2008	4:23 PM	84.44	1.9	2.13
p30 (S1)	7/9/2008	4:25 PM	40.37	2.23	2.19
p84a (E1)	7/9/2008	4:26 PM	291.42	1.96	2.23
p84b (E1)	7/9/2008	4:28 PM	349.61	1.91	2.03
p84c (E1)	7/9/2008	4:29 PM	237.09	1.92	1.98
p85a (E1)	7/9/2008	4:30 PM	327.45	1.94	2.12
p85b (E1)	7/9/2008	4:32 PM	331.99	1.95	2.1
p18 (E)	7/9/2008	4:33 PM	135.09	1.97	1.81
p45 (E)	7/9/2008	4:34 PM	296.22	1.94	1.99
p49 (E)	7/9/2008	4:35 PM	614.33	1.91	2.16

Re-transformations 07/10/08

We retransformed P17, P26, P26, P42, P78, P88 from both the 2007 and 2008 registries. We made the following changes to the iGEM transformation protocol:

Heat shock for 30s
Incubate for 90min in 250 μL SOC medium
Prewarm plates

In addition to the biobrick samples we also ran Amp and Carb positive controls (pUC19) and Carb and Kan negative controls (mock transformations).

07/11/08 Results

The Carb negative control had about 25 colonies and the Kan negative control was blank. Both of the Amp and Carb positive controls had lawns of bacteria. P26 2007 had 13 colonies and P26 2008 had 1 colony (both Amp plates we poured ourselves). P38+45 and P39+45 both had many colonies, but these were not fluorescent as expected (these were both on Carb plates but there were many more colonies than on the Carb negative control).

We made liquid cultures of all the successful transformations in LB Amp.

P88 failed to grow. However, the P17 and P42 plates had 1/2 colonies after another 24h. These plates were saved.

Part PCRs

07/07

More CDF was PCRed (w/ BioBrick adapting primers): 45μL PCR supermix, 1μL S1P13 (435ng/μL), 1μL CDF-F primer (20μM), 1μL CDF-R primer (20μM), 2μL water. Conditions: 5min @ 94°C → 35x[45s @ 94°C → 45s @ 58.7°C → 1m45s @72°C] → 5min @ 72°C → ∞ @ 4°C, heated lid

07/08

P11 and P17 from 2008 (left from punch), and P26, P38, P39, P42, P51, P52, P77, P78, Q01121 from 2007 plate were PCRed: 45μL PCR supermix, 1μL DNA, 1μL BBpfx primer (20μM), 1μL BBsfx (20μM), 2μL water. Conditions: 5min @ 94°C → 35x[45s @ 94°C → 45s @ 59°C → 1m45s @72°C] → 5min @ 72°C → ∞ @ 4°C, heated lid We're PCRing these b/c transformation for amplification has not been going smoothly.

07/10

Of the products from the previous days, Q01121 (P89), P51, P52, P17, P77, and CDF appeared to have bands. Since we wanted a higher concentration of DNA, we redid all the PCRs, with the aim of cutting out the PCRs that worked. Additionally, we lowered the annealing temperature with the hope that the PCRs that didn't work would work.

CDF

Reaction mix: 45μL PCR supermix, 1μL S1P13 (435ng/μL), 1μL CDF-F primer (20μM), 1μL CDF-R primer (20μM), 2μL water Conditions: 5min @ 94°C → 35x[45s @ 94°C → 45s @ 57°C → 1m38s @72°C] → 5min @ 72°C → ∞ @ 4°C, heated lid

Registry Parts

Reaction mix: 45μL PCR supermix, 1μL DNA, 1μL BBsfx primer (20μM), 1μL BBpfx primer (20μM), 2μL water

P17, P26, P42, P51, P52, P77, P78, P89: 5min @ 94°C → 35x[45s @ 94°C → 45s @ 57°C → 1m38s @72°C] → 5min @ 72°C → ∞ @ 4°C, heated lid

P11: 5min @ 94°C → 35x[45s @ 94°C → 45s @ 56°C → 4m47s @72°C] → 5min @ 72°C → ∞ @ 4°C, heated lid

P88: 5min @ 94°C → 35x[45s @ 94°C → 45s @ 57°C → 2m38s @72°C] → 5min @ 72°C → ∞ @ 4°C, heated lid

Rxns done in triplicate generally, with samples using DNA from 2008 punches and 2007 plates when available. P17 was only from 2007. P11, P88 were only from 2008.

Results (7/11)

Expected band sizes in bp indicated

	1 low melt agarose, visualized using EtBr/UV
	Lane	Contents
	1, 2, 3	CDF (~900)- EXTRACTED
	4, 5	P89 2007 (1372)- EXTRACTED
	6	P89 2008 (1372)
	7, 8	P17 2007 (902)- EXTRACTED
	9	P17 2008 (902)
	10, 11	P26 2007 (961)
	12, 13, 14	P88 2008 (2238)
	15	[http://tools.invitrogen.com/content/sfs/manuals/15615016.pdf 1 KB ladder]

	1 low melt agarose, visualized using EtBr/UV
	Lane	Contents
	1	P26 2008 (961)
	2, 3	P42 2007 (1128)
	4	P42 2008 (1128)
	5, 6	P51 2007 (1370)- EXTRACTED
	7	P51 2008 (1370)- EXTRACTED
	8, 9	P52 2007 (987)- EXTRACTED
	10	P52 2008 (987)
	11, 12	P77 2007 (1307)- EXTRACTED
	13	[http://tools.invitrogen.com/content/sfs/manuals/15615016.pdf 1 KB ladder]

	1 low melt agarose, visualized using EtBr/UV
	Lane	Contents
	1	P77 2008 (1307)
	2, 3	P78 2007 (1310)
	4	P78 2008 (1310)
	5-11	P11 2008 (4333)
	12, 13	P88 2008 (2238)
	14	[http://tools.invitrogen.com/content/sfs/manuals/15615016.pdf 1 KB ladder]

After the gel extraction (standard kit protocol), the negative control (gel with no DNA) read 5.4 ng/μL and the positive control (a bright band from the ladder) was 8.3 ng/μL according to the NanoDrop.

RE digests

07/07/08

Repeated digests of P1, P18, P26, P38, P39, P45, P56, P57

	P1B	P18	P26A	P38B	P39A	P45B	P56B	P57B
DNA	10 μL	20 μL	3 μL	5 μL	5 μL	3 μL	10 μL	10 μL
10X NEB Buffer	buffer 3, 2.5 μL	buffer 2, 2.5 μL	buffer 3, 2.5 μL	buffer 2, 2.5 μL	buffer 2, 2.5 μL	buffer 3, 2.5 μL	buffer 3, 2.5 μL	buffer 3, 2.5 μL
25X BSA	1 μL	1 μL	1 μL	1 μL	1 μL	1 μL	1 μL	1 μL
REs (1 μL each)	XP	SP	XP	SP	SP	XP	XP	XP
Water	9.5 μL	0 μL	16.5 μL	14.5 μL	14.5 μL	16.5 μL	9.5 μL	9.5 μL

07/08: Digested pCDF with XP:

12.5 μL water
1 μL 25X BSA
2.5 μL 10X NEB Buffer 3
7 μL DNA
1 μL of each RE (XbaI and PstI)

07/08: All of these digested plasmids were run on a 1% low melt gel.

MXH's gel extraction protocol:

Cut out the bands
Freeze at –20C for at least 20'
Spin 13000 RPM 10’
Use supernatant for ligation
Then do gel extraction on rest of gel (QIAGEN protocol) and combine with above

Here is a ligation protocol (used by TA and MXH):

2 μL 5X Dilution Buffer
2 μL vector
6 μL insert
10 μL 2X Rapid Ligation Buffer
1 μL ligase
vortex briefly
incubate at RT for 10'
use 5 μL to transform 50 μL cells

07/08/08

We attempted to digest the following plasmids (per the Master Plan sent out to the iGEM google group):

A (BBa_Q01121) with ES
P11 with ES
P17 with ES
P23 with EX
P24 with EX
P26 with XP
P38A with ES
P38B with XP
P39A with ES
P39B with XP
P42 with XP
P56 with EX
P58 with EX
P59 with EX
P63 with ES
P77 with ES
P78 with ES

These digests were run on gels and the bands of the correct size (when present) were extracted. If indicated, we digested PCR products of the plasmid as well (we did not purify PCR product first).

Gels (expected sizes of parts indicated)

	3% low melt agarose, visualized using EtBr/UV
	Lane	Contents
	1	[http://tools.invitrogen.com/Content/SFS/Gallery/high/1368.jpg 100 bp ladder]
	2	P38A PCR product with ES: 35 (NO BAND)
	3	P38B PCR product with XP: 35 (NO BAND)
	4	P39A PCR product with ES: 35 (NO BAND)
	5	P39B PCR product with XP: 35 (NO BAND)
	6	P63 with ES: 95 (extracted)

1.5% gel (all of PCR products)

100 bp ladder
A (BBa_Q01121) with ES: 1372 (NO BAND)
P17 with ES: 902 (NO BAND)
P26 with XP: 961 (NO BAND)
P42 with XP: 1128 (NO BAND)
P77 with ES: 1307 (NO BAND)
P78 with ES: 1310 (NO BAND)
CDF with XP: ~900 (NO BAND)

	1.5% low-melt agarose gel visualized using EtBr/UV
	Lane	Contents
	1	P11 with ES: 4333 (NO BAND)
	2	P40 with SP: 2092 (extracted)
	3	P23 with EX: 2157 (extracted)
	blank
	4	P24 with EX: 2187 (extracted)
	blank
	5	P56 with EX: 2752 (extracted)
	6	P45A with EX: 2955 (NO BAND)
	7	P58 with EX: 3016 (extracted)
	8	P45A with EX: 2955 (NO BAND)
	9	P59 with EX: 3201 (extracted)
	12	[http://tools.invitrogen.com/content/sfs/manuals/15615016.pdf 1 KB ladder]

07/10/08 and 07/11/08

Digested P58 and 59 with EX, P45 with XP, P53 and P54 with ES, and P38 and P39 with SP. We plan to ligate:

P53/54 with P58/59. This will give us RBS + LacI/TetR + terminator + pLac/pTet + RBS + GFP + terminator.
P38/39 with P45. This will give us Hi/low constitutive promoter + RBS + GFP + terminator. This is to test whether we actually have P38 and P39.

These digests did not show bands of the right size on a gel and some of the lanes were blank. We re-did these digests in two ways: (1) using the same conditions as above (1 μL RE) and (2) using the NEB minimum required amount of enzyme (this was << 1 μL so we touched a pipette tip into to enzyme tube and swirled it around in the reaction tube). We saw bands of the correct size for P38 and P39 using the old and new methods, and bands of the correct size for P45 and P54 using the old method (1 μL enzyme). All of the other lanes (using both the old and new methods) did not have bands of the correct size.

Lane 1: P38 SP (3037 bp) -- new

Lane 2: P38 SP (3037 bp) -- old

Lane 3: P39 SP (3037 bp) -- new

Lane 4: P39 SP (3037 bp) -- old

Lane 5: P45 XP (876 bp) -- new

Lane 6: P45 XP (876 bp) -- old

Lane 7: P53 ES (840 bp) -- new

Lane 8: P53 ES (840 bp) -- old

Lane 9: P54 ES (1308 bp) -- new

Lane 10: P54 ES (1308 bp) -- old

Lane 11: blank

Lane 12: blank

Lane 13: 1 kb ladder

7/11/08 Digests of Parts to Put into p15a Vector

'	P1 (vector)	P1 (vector)	P74 (insert)	P84 (insert)	P85 (insert)
DNA	15 uL	15 uL	5 uL	5 uL	5 uL
10X Buffer (Volume & #)	2.5 uL of 3	2.5 uL of 3	2.5 uL of 3	2.5 uL of 3	2.5 uL of 3
100X BSA	0.25 uL	0.25 uL	0.25 uL	0.25 uL	0.25 uL
Restriction Enzyme 1	1 uL XbaI	1 uL XbaI	1 uL XbaI	1 uL XbaI	1 uL XbaI
Restriction Enzyme 2	1 uL PstI	1 uL PstI	1 uL PstI	1 uL PstI	1 uL PstI
Water	5.25 uL	5.25 uL	15.25 uL	15.25 uL	15.25 uL
Total Volume	25 uL	25 uL	25 uL	25 uL	25 uL

7/12: Digests of 7/11 PCR products, P45

Using the PCR products from 7/11 (gel purified and extracted w/ kit), the following digests were performed:

Reaction mixes: 10 μL DNA, 1 μL BSA, 1 μL enzyme mix, 2.5 μL buffer, 10.5 μL water (total volume: 25 μL) Reactions at 37°C for 2 hours. ES mix used EcoRI buffer, XP mix used buffer 3

P17 with ES P17 with XP P51 with XP P52 with XP P77 with ES P77 with XP P89 with ES P89 with XP CDF with XP

The above was purified using the Qiagen PCR purification kit (removes DNA <40bp, so the end fragments from the PCR should be removed).

Using the E1 P45B 7/11 miniprep DNA, a P45 EX digest was also performed. Reaction mix: 4 μL DNA, 1 μL BSA, 1 μL enzyme mix, 2.5 μL buffer 2, 16.5 μL water (total volume: 25 μL). Reactions at 37°C for 2 hours. Although this had the PCR purification procedure done, it still needs to be gel purified.

Ligations

mtrA and p45

7/7/08 Ligated mtrA and p45 using standard protocol from ligation kit. In step 2 5uL of Vector DNA was added to make a 20uL dephosphorylation mix. In step 6, 4uL of the dephosphorylated Vector DNA and 4uL insert DNA were added.

07/09/08: P59+63, P58+63, P18+45

We ligated P59 (vector) and P63 (insert); P58 (vector) and P63 (insert); P18 (vector) and P45 (insert).

2 μL 5X Dilution Buffer
2 μL vector
6 μL insert
10 μL 2X Rapid Ligation Buffer
1 μL ligase
vortex briefly
incubate at RT for 10'
use 5 μL to transform 50 μL competent cells

We transformed the ligated plasmids (P59+63 and P58+63 on Kan, P18+45 on Amp). We also an Amp positive control of pUC19 and two mock transformations (negative controls).

Only the ligation of P18 to P45 (P74) was successful (the plate had colonies that were fluorescent). We made a glycerol stock and a LB amp culture.

Miniprep from Ligation and Glycerol Stocks (7/11/08)

Sample ID	Date	Time	ng/ul	260/280	260/230
P74A	7/11/2008	12:57 PM	358.06	1.97	2.33
P74B	7/11/2008	12:58 PM	578.78	1.91	2.27
P74C	7/11/2008	12:59 PM	365.28	1.98	2.27
P55B 2007 A	7/11/2008	1:00 PM	382.22	1.96	2.36
P55B 2007 B	7/11/2008	1:01 PM	339.99	1.97	2.37
P45B 2007 A	7/11/2008	1:02 PM	185.19	2.1	2.44
P45B 2007 B	7/11/2008	1:03 PM	302.11	2.01	2.37

p74 cell pellet

07/10/08

We used the standard ligation protocol to ligate P38 and P39 with P45. This will test the P38 and P39 samples that we have. P38 and P39 are the hi and low constitutive promoters; P45 is RBS + GFP + terminator. So if the colonies fluoresce, then our minipreps of P38 and P39 do contain P38 and P39.

7/12/08

The following were ligated, with 5μL used to transform E1:

Mutant Strand Syntheis Reaction

7/8/08 Used Stratagene QuikChange Site-Directed Mutatgenesis Kit [http://openwetware.org/wiki/IGEM:Harvard/2008/Lab_Notebooks/GenProtocols#Protocol_for_Mutant_Strand_Synthesis_Reaction (protocol)] to create a point mutation in the pstI site in mtrA. Used 5ug of primer.

Gradient PCR

7/8/08 Used gradient PCR to PCR mtrB. Cycled 30-40°C x 10 and then 52-62°C x 30.

07/10/08

pPL-PCB from UT Austin successfully transformed into Shewanella (p15a ori)
pCph1-envZ-pprotet did not transform into Shewie (ColE1 ori)
The ligated p45-mtrA plasmid did not successfully mutate and/or transform into the ultracompetetent cells. This implies that we should focus our efforts on mtrB as it does not require a mutation.

Cross Transformations in S1

Plate	Marker	Description	Picked Colonies?
S1 P34	Amp	Lawn, restreaked. Many orange colonies along streak. Can\'t detect fluor.	Yes
S1 P59b cells + P12 vector	Amp	Lawn, restreaked. Fluorescent. ?	Yes
S1 P13 cells + P59b vector (1)	Kan	Many small colonies-- some fluoresce while others don\'t. Pinkish centers.	Yes (both F and no F)
S1 P13 cells + P59b vector (2)	Kan	More colonies than (1), but also some fluoresce while others don\'t. Pinkish centers.	Yes (both F and no F)
S1 P27 cells + P59B vector (1)	Kan	Many small colonies - fluorescent.	Yes
S1 P27 cells + P59B vector (2)	Kan	Almost lawn of tiny colonies - fluorescent.	Yes
S1 P59b Cells + P13 vector	Sm	Medium # of medium sized colonies, pink centers, no fluorescence.	Yes

Colony PCRs of Transformations in S1 from Last Week

W/o Labels

W/ Labels

W/o Labels

W/ Labels

Team:Harvard/Dailybook/Week3/Chemical and Light

From 2008.igem.org

Contents

Goals for Week 3

[http://openwetware.org/images/d/dd/7-7monmtg_slides_%28compatible%29.ppt Summary Powerpoint by Amy]

The Cloning Strategy

Goals:

Scoreboard: Keeping track of what we 'ave and don't 'ave

RBS + Repressor Coding Region

High/ Low Constitutive Promoters + RBS + Repressor Coding Region

High/ Low Constitutive Promoters + RBS + Repressor Coding Region + Terminator(s)

RBS + GFP + Term

p-lambda/pTet/pLac Promoter + RBS + GFP + Term

pLambda/pTet/pLac Promoter + RBS + GFP + Term in Vector with p15a ori

High/ Low Constitutive Promoters + RBS + Repressor Coding Region + Terminator(s) + pLambda/pTet/pLac Promoter + RBS + GFP + Term in Vector with p15a ori

Making a new CDF vector

CDF ori as an insert

CDF ori + Resistance Cassettes as inserts

New Vector w/ CDF ori + Resistance Marker

Transformation of Parts/ Plasmids into S1

Transformation of Lac/Tet + GFP into S1

Miniprep Results

Chemical 'n' Lite

Transformations/Minipreps of Parts from Registries

07/07/08

Nanodrop of Minipreps (07/09)

Re-transformations 07/10/08

Part PCRs

07/07

07/08

07/10

CDF

Registry Parts

Results (7/11)

RE digests

07/07/08

07/08/08

Gels (expected sizes of parts indicated)

07/10/08 and 07/11/08

7/11/08 Digests of Parts to Put into p15a Vector

7/12: Digests of 7/11 PCR products, P45

Ligations

mtrA and p45

07/09/08: P59+63, P58+63, P18+45

Miniprep from Ligation and Glycerol Stocks (7/11/08)

07/10/08

7/12/08

Mutant Strand Syntheis Reaction

Gradient PCR

07/10/08

Cross Transformations in S1

Colony PCRs of Transformations in S1 from Last Week