Team:Technion HS Israel/Protocols
Protocols
Contents
- Top
- NanoBio Protocol for gene knockout
- Antibiotics preparation
- Chemical transformation
- DNA Kit Plate
- Gel and PCR Extraction
- Gel Prep
- Glycerol stock
- LB SOB SOC BA
- Ligation
- Manual NEB (gibson assembly)
- MixandGo
- PCR
- Phosphorylation and blunt ligation
- Presto Mini Plasmid Kit Protocol
- Restriction enzyme
- Transformation to 3300 LG using electroporation
- AHL inducer experiment protocol
NanoBio Protocol for gene knockout
Antibiotics preparation
Antibiotics preparation
Chemical transformation
DNA Kit Plate
Gel and PCR Extraction
Gel Prep
Glycerol stock
LB SOB SOC BA
Ligation
manual NEB (gibson assembly)
MixandGo
PCR
Phosphorylation and blunt ligation
Presto Mini Plasmid Kit Protocol
Restriction enzyme
Transformation to 3300 LG using electroporation
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)
- 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
- 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).
Add 20 µl of bacteria into 2 ml of (BA+5% LB) in a 48 well plate
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)