IGEM:Peking/2007/Count-Procedure-Riboregulator: Difference between revisions
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==taRNA&crRNA Testing== | ==taRNA&crRNA Testing== | ||
'''Important Note''':In assembly step titles, parts names are positioned as in the product vectors (5' on the left. The A->B and B<-A means inserting A into B, indicating A is the fragment and B is the vector. Thus when using ->, the digestion enzymes will be EcoRI/XbaI for the vector and EcoRI/SpeI for the fragment; when using <-, the digestion enzymes will be SpeI/PstI for the vector and XbaI/PstI for the fragment. Refer to [http://parts.mit.edu/registry/index.php/Assembly:Standard_assembly the standard assembly method] for explaination. | '''Important Note''':In assembly step titles, parts names are positioned as in the product vectors (5' on the left). The A->B and B<-A means inserting A into B, indicating A is the fragment and B is the vector. Thus when using ->, the digestion enzymes will be EcoRI/XbaI for the vector and EcoRI/SpeI for the fragment; when using <-, the digestion enzymes will be SpeI/PstI for the vector and XbaI/PstI for the fragment. Refer to [http://parts.mit.edu/registry/index.php/Assembly:Standard_assembly the standard assembly method] for explaination. | ||
===Step 0: pre-Exp=== | ===Step 0: pre-Exp=== |
Revision as of 15:12, 13 July 2007
taRNA&crRNA Testing
Important Note:In assembly step titles, parts names are positioned as in the product vectors (5' on the left). The A->B and B<-A means inserting A into B, indicating A is the fragment and B is the vector. Thus when using ->, the digestion enzymes will be EcoRI/XbaI for the vector and EcoRI/SpeI for the fragment; when using <-, the digestion enzymes will be SpeI/PstI for the vector and XbaI/PstI for the fragment. Refer to the standard assembly method for explaination.
Step 0: pre-Exp
- Get PARTS:pSB1A3, pSB3K3, pSB1AK3, R0010(from BioBricks)
- Dissolution with 15ul dH20,7;1ul for transformation ,14Ul stored in -20℃.
- <Transformation STANDARD PROTOCOL>
- Screen positive colonies from plate ,Culture in liquid LB and mini-prep, stored in -20℃
Step 1:taRNA & crRNA synthesize
- Synthesize taRNA and crRNA (TaKaRa): Order Primers from TaKaRa.
- 1 cycle PCR to synthesize dsDNA.
- Enzymatic Digestion with the proper enzyme and cloning into vector (pSB1A2).
- For some taRNAs, assemble them into double taRNAs with Standard Method.;
Step 2:E0040 -> pSB3K3
- Get E0040,pSB3K3 plasmid from refrigerator.
- <Restriction Enzymes Digestion STANDARD PROTOCOL>,Vectors pSB3K3:EcoRI/XbaI. Fragment E0040:EcoRI/SpeI (0.5uL for each enzyme)
- <Electrophoresis STANDARD PROTOCOL>,<DNA Gel Extraction STANDARD PROTOCOL>
- <DNA ligation STANDARD PROTOCOL>
- <Transformation STANDARD PROTOCOL>
- Screen Positive Colonies from Plate ,Culture in liquid LB and mini-prep, stored in -20℃
- Test with <restriction enzymes Digestion STANDARD PROTOCOL> ,if Positive , Go next step.
- Update Product State on WIKI
- Sequencing
Step 3:R0040 <- crRNA
- Get R0040 plasmid from refrigerator, crRNA from Step1 PCR.
- <Restriction Enzymes Digestion STANDARD PROTOCOL>,Vectors R0040:SpeI/PstI. Fragment crRNA: XbaI/PstI (0.5uL for each enzyme)
- <Electrophoresis STANDARD PROTOCOL>,<DNA Gel Extraction STANDARD PROTOCOL>
- <DNA ligation STANDARD PROTOCOL>
- <Transformation STANDARD PROTOCOL>
- Screen Positive Colonies from Plate ,Culture in liquid LB and mini-prep, stored in -20℃
- Test with <restriction enzymes Digestion STANDARD PROTOCOL> ,if Positive , Go next step.
- Update Product State on WIKI
- Sequencing
Step 4:Step3 -> Step2
- Get synthesized RNA,Step 2 positive plasmid from refrigerator.
- <Restriction Enzymes Digestion STANDARD PROTOCOL>,Vectors Step2: EcoRI/XbaI,fragment Step3:EcoRI/SpeI (0.5uL for each enzyme)
- <Electrophoresis STANDARD PROTOCOL>,<DNA Gel Extraction STANDARD PROTOCOL>
- <DNA ligation STANDARD PROTOCOL>
- <Transformation STANDARD PROTOCOL>
- Screen Positive Colonies from Plate ,Culture in liquid LB and mini-prep, stored in -20℃
- Test with <restriction enzymes Digestion STANDARD PROTOCOL> ,if Positive , Go next step.
- Update Product State on WIKI
- Sequencing
Step 5:R0010 <- taRNA
- Get R0010,Step 3 positive plasmid from refrigerator.
- <Restriction Enzymes Digestion STANDARD PROTOCOL>,Vectors R0010: SpeI/PstI,fragment taRNA:XbaI/PstI (0.5uL for each enzyme)
- <Electrophoresis STANDARD PROTOCOL>,<DNA Gel Extraction STANDARD PROTOCOL>
- <DNA ligation STANDARD PROTOCOL>
- <Transformation STANDARD PROTOCOL>
- Screen Positive Colonies from Plate ,Culture in liquid LB and mini-prep, stored in -20℃
- Test with <restriction enzymes Digestion STANDARD PROTOCOL> ,if Positive , Go next step.
- update Product State on WIKI
- Sequencing
Step 6: Step 4 and Step 5 Cotransformation
- Get Step 4 positive plasmid,Step 5 positive plasmid from refrigerator.
- <Cotransformation STANDARD PROTOCOL>
- Screen Positive Colonies from Plate ,Culture in liquid LB.
Step 7: Induction and Measure the Fluorescence Intensity
- Culture until OD = 0.4 ,diluted to 1:1000.
- Three Groups are divided;
- Group A Control group, with nothing add. ;
- Group B Add IPTG (concentration should be 0.01mmol/L,0.1mmol/L,1mmol/L);
- Group C Add IPTG (concentration should be 0.01mmol/L,0.1mmol/L,1mmol/L) and aTc(30ng/mL),induced separately;
- incubate at 28℃
- <Measure the Fluorescence Intensity STANDARD PROTOCOL>