Team:Evry/Protocols/04

From 2013.igem.org

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<h2> Antibiotics </h2>
<h2> Antibiotics </h2>
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<b>Carbenicillin:</b> Put 150 mg of Carbenicilline in 15 mL of distilled water (10 mg per mL).<br>
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<b>Carbenicillin:</b><br/> Put 150 mg of Carbenicilline in 15 mL of distilled water (10 mg per mL).<br>
Filter with a 0,22 µm millipore,divide in 2 mL tubes and store at -4 °C.<br>
Filter with a 0,22 µm millipore,divide in 2 mL tubes and store at -4 °C.<br>
Use 1 µL of Carbenicillin for 1 mL of solution.<br><br>
Use 1 µL of Carbenicillin for 1 mL of solution.<br><br>
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<b>Kanamycin:</b> Put 750 mg of Kanamycin in 15 mL of distilled water (50 mg per mL).<br>
+
<b>Kanamycin:</b><br/> Put 750 mg of Kanamycin in 15 mL of distilled water (50 mg per mL).<br>
Filter with a 0,22 µm millipore,divide in 2 mL tubes and store at -4 °C.<br>
Filter with a 0,22 µm millipore,divide in 2 mL tubes and store at -4 °C.<br>
Use 1 µL of Kanamycin for 1 mL of solution.<br><br>
Use 1 µL of Kanamycin for 1 mL of solution.<br><br>
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<b>Chloramphenicol:</b> Put 525 mg of Kanamycin in 15 mL of ethanol (35 mg per mL).<br>
+
<b>Chloramphenicol:</b><br/> Put 525 mg of Kanamycin in 15 mL of ethanol (35 mg per mL).<br>
Filter with a 0,22 µm millipore,divide in 2 mL tubes and store at -4 °C.<br>
Filter with a 0,22 µm millipore,divide in 2 mL tubes and store at -4 °C.<br>
Use 25 µL of Chloramphenicol for 1 mL of solution.<br><br>
Use 25 µL of Chloramphenicol for 1 mL of solution.<br><br>
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Solution for 1M Cacl2:<br/>
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<b>Solution for 1M Cacl2:</b><br/>
Add 14,30g of CaCl2 into 100 ml desalted water<br/>
Add 14,30g of CaCl2 into 100 ml desalted water<br/>
<br/>
<br/>
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Solution for 0,1M Cacl2:<br/>
+
<b>Solution for 0,1M Cacl2:</b><br/>
Add 50 mL of CaCl2 1M solution into 450 ml of desalted water<br/>
Add 50 mL of CaCl2 1M solution into 450 ml of desalted water<br/>
<br/>
<br/>
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Solution for 0,1M Cacl2 + 15% glycerol:<br/>
+
<b>Solution for 0,1M Cacl2 + 15% glycerol:</b><br/>
Add 50 mL of CaCl2 1M solution and 75 mL of glycerol 100% into 450 ml of desalted water<br/>
Add 50 mL of CaCl2 1M solution and 75 mL of glycerol 100% into 450 ml of desalted water<br/>
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Revision as of 09:59, 19 August 2013

Iron coli project

Solutions, Media and Petri Dishes

Antibiotics

Carbenicillin:
Put 150 mg of Carbenicilline in 15 mL of distilled water (10 mg per mL).
Filter with a 0,22 µm millipore,divide in 2 mL tubes and store at -4 °C.
Use 1 µL of Carbenicillin for 1 mL of solution.

Kanamycin:
Put 750 mg of Kanamycin in 15 mL of distilled water (50 mg per mL).
Filter with a 0,22 µm millipore,divide in 2 mL tubes and store at -4 °C.
Use 1 µL of Kanamycin for 1 mL of solution.

Chloramphenicol:
Put 525 mg of Kanamycin in 15 mL of ethanol (35 mg per mL).
Filter with a 0,22 µm millipore,divide in 2 mL tubes and store at -4 °C.
Use 25 µL of Chloramphenicol for 1 mL of solution.

Carbenicillin inhibit cell wall synthesis, kanamycin interfer with mRNA traduction and chloramphenicol inhibit ribosomial peptidyl transferase activity.

LB and LB Agar

Mix 20 g of LB Broth in 1L of distilled water in a bottle of 1L, then put in autoclave.
Mix 17,5 g of LB Agar and in 500 mL of distilled water in a bottle of 1L, then put in autoclave.

CaCl2 and CaCl2+glycerol



Solution for 1M Cacl2:
Add 14,30g of CaCl2 into 100 ml desalted water

Solution for 0,1M Cacl2:
Add 50 mL of CaCl2 1M solution into 450 ml of desalted water

Solution for 0,1M Cacl2 + 15% glycerol:
Add 50 mL of CaCl2 1M solution and 75 mL of glycerol 100% into 450 ml of desalted water



Tris HCl

Disolve 4,6g of Trisbase in 30 mL of distilled water.
Adjust pH with concentrated HCl(~4 mL) until pH=7,5.
Add distilled water until 50 mL then put in autoclave.
If the solution has a yellow coloration, do the preparation again with better Trisbase.
Tris HCl is used to store DNA.