(1 vs. 12) ProtocolsRecipesMinimalGlucose < Lab

Revision 122025-01-09 - AlexaMorton

META TOPICPARENT	name="ProtocolsMediaRecipes"

MG: Minimal Glucose agar, aka DM: Davis Mingioli agar

Note: When making these plates it is necessary to prepare and autoclave the 3 main parts (salts, agar, and sugar) separately. Compounds that inhibit growth are produced when agar and phosphate or phosphate and glucose are autoclaved together.

Changed:

<
<

500 ml	1L	1.5L	Component	MW
2.65 g	5.3 g	8 g	Potassium Phosphate (dibasic) K₂HPO₄	MW 174.18
1 g	2 g	3 g	Potassium Phosphate (monobasic) KH₂PO₄	MW 136.07
0.5 g	1 g	1.5 g	Ammonium Sulfate (NH₄)₂ SO₄	MW 132.08
0.25 g	0.5 g	0.75 g	Sodium Citrate (trisodium, dihydrate) Na₃C₆H₅O₇ (H₂O)₂	MW 294.10
166.7 ml	333 ml	500 ml	dH₂O

>
>

500 mL	1.0L	Component
2.65 g	5.3 g	Potassium Phosphate (dibasic) K₂HPO₄
1 g	2 g	Potassium Phosphate (monobasic) KH₂PO₄
0.5 g	1 g	Ammonium Sulfate (NH₄)₂ SO₄
0.25 g	0.5 g	Sodium Citrate (trisodium, dihydrate) Na₃C₆H₅O₇ (H₂O)₂
166.7 mL	333 mL	dH₂O

Separately, prepare the agar:

Changed:

<
<

500 ml	1L	1.5L	Component
8 g	16 g	24 g	Agar
500 µl	1 ml	1.5 ml	Antifoam (5%)
166.7 ml	333 ml	500 ml	dH₂O

>
>

500 mL	1.0 L	Component
8 g	16 g	Agar
500 µL	1 mL	Antifoam (5%)
166.7 mL	333 mL	dH₂O

Deleted:

<
<

Autoclave.

Next, prepare the sugar solution. The final concentration is 0.4% w/v:

Changed:

<
<

500 ml	1L	1.5L	Component
2 g	4 g	6 g	Glucose, arabinose, or other sugar
166.7 ml	333 ml	500 ml	dH₂O

Autoclave.

>
>

500 mL	1.0 L	Component
2 g	4 g	Glucose, arabinose, or other sugar
166.7 mL	333 mL	dH₂O

Autoclave the 3 parts separately for a 40 minute sterilization time.

After the 3 parts have been autoclaved, combine the contents of the three flasks together while they are still warm add the following stock solutions:

Changed:

<
<

1L	1.5L	Component
1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄ (separately autoclaved stock)
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1) (filter sterilized stock)

>
>

500 mL	1.0 L	Component
500 µL	1.0 ml	10% MgSO₄ (separately autoclaved stock)
500 µL	1.0 ml	0.2% Thiamine (vitamin B1) (filter sterilized stock refrigerated at 4ºC)

Source: Lenski Lab Protocol

Revision 112024-10-22 - AlexaMorton

META TOPICPARENT	name="ProtocolsMediaRecipes"

MG: Minimal Glucose agar, aka DM: Davis Mingioli agar

Note: When making these plates it is necessary to prepare and autoclave the 3 main parts (salts, agar, and sugar) separately. Compounds that inhibit growth are produced when agar and phosphate or phosphate and glucose are autoclaved together.

Changed:

<
<

1L	1.5L	Component	MW
5.3 g	8 g	Potassium Phosphate (dibasic) K₂HPO₄	MW 174.18
2 g	3 g	Potassium Phosphate (monobasic) KH₂PO₄	MW 136.07
1 g	1.5 g	Ammonium Sulfate (NH₄)₂ SO₄	MW 132.08
0.5 g	0.75 g	Sodium Citrate (trisodium, dihydrate) Na₃C₆H₅O₇ (H₂O)₂	MW 294.10
333 ml	500 ml	dH₂O

>
>

500 ml	1L	1.5L	Component	MW
2.65 g	5.3 g	8 g	Potassium Phosphate (dibasic) K₂HPO₄	MW 174.18
1 g	2 g	3 g	Potassium Phosphate (monobasic) KH₂PO₄	MW 136.07
0.5 g	1 g	1.5 g	Ammonium Sulfate (NH₄)₂ SO₄	MW 132.08
0.25 g	0.5 g	0.75 g	Sodium Citrate (trisodium, dihydrate) Na₃C₆H₅O₇ (H₂O)₂	MW 294.10
166.7 ml	333 ml	500 ml	dH₂O

Deleted:

<
<

Autoclave.

Changed:

<
<

Next, prepare the agar:

>
>

Separately, prepare the agar:

Changed:

<
<

1L	1.5L	Component
16 g	24 g	Agar
1 ml	1.5 ml	Antifoam (5%)
333 ml	500 ml	dH₂O

Autoclave.

>
>

500 ml	1L	1.5L	Component
8 g	16 g	24 g	Agar
500 µl	1 ml	1.5 ml	Antifoam (5%)
166.7 ml	333 ml	500 ml	dH₂O

Autoclave.

Changed:

<
<

Next, prepare the sugar. The final concentration is 0.4% w/v:

>
>

Next, prepare the sugar solution. The final concentration is 0.4% w/v:

Changed:

<
<

1L	1.5L	Component
4 g	6 g	Glucose (or other sugar)
333 ml	500 ml	dH₂O

Autoclave.

>
>

500 ml	1L	1.5L	Component
2 g	4 g	6 g	Glucose, arabinose, or other sugar
166.7 ml	333 ml	500 ml	dH₂O

Autoclave.

After the 3 parts have been autoclaved, combine the contents of the three flasks together while they are still warm add the following stock solutions:

1L	1.5L	Component
1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄ (separately autoclaved stock)
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1) (filter sterilized stock)

Source: Lenski Lab Protocol

Revision 102020-09-26 - JeffreyBarrick

META TOPICPARENT	name="ProtocolsMediaRecipes"

MG: Minimal Glucose agar, aka DM: Davis Mingioli agar

Note: When making these plates it is necessary to prepare and autoclave the 3 main parts (salts, agar, and sugar) separately. Compounds that inhibit growth are produced when agar and phosphate or phosphate and glucose are autoclaved together.

1L	1.5L	Component	MW
5.3 g	8 g	Potassium Phosphate (dibasic) K₂HPO₄	MW 174.18
2 g	3 g	Potassium Phosphate (monobasic) KH₂PO₄	MW 136.07
1 g	1.5 g	Ammonium Sulfate (NH₄)₂ SO₄	MW 132.08
0.5 g	0.75 g	Sodium Citrate (trisodium, dihydrate) Na₃C₆H₅O₇ (H₂O)₂	MW 294.10
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the agar:

1L	1.5L	Component
16 g	24 g	Agar
1 ml	1.5 ml	Antifoam (5%)
333 ml	500 ml	dH₂O

Autoclave.

Changed:

<
<

Next, prepare the sugar (0.2%):

>
>

Next, prepare the sugar. The final concentration is 0.4% w/v:

1L	1.5L	Component
4 g	6 g	Glucose (or other sugar)
333 ml	500 ml	dH₂O

Autoclave.

After the 3 parts have been autoclaved, combine the contents of the three flasks together while they are still warm add the following stock solutions:

1L	1.5L	Component
1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄ (separately autoclaved stock)
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1) (filter sterilized stock)

Source: Lenski Lab Protocol

Revision 92015-02-04 - JeffreyBarrick

META TOPICPARENT	name="ProtocolsMediaRecipes"

MG: Minimal Glucose agar, aka DM: Davis Mingioli agar

Changed:

<
<

Note: When making these plates it is necessary to prepare and autoclave the 3 main parts (salts, agar, and sugar) separately.

>
>

Note: When making these plates it is necessary to prepare and autoclave the 3 main parts (salts, agar, and sugar) separately. Compounds that inhibit growth are produced when agar and phosphate or phosphate and glucose are autoclaved together.

1L	1.5L	Component	MW
5.3 g	8 g	Potassium Phosphate (dibasic) K₂HPO₄	MW 174.18
2 g	3 g	Potassium Phosphate (monobasic) KH₂PO₄	MW 136.07
1 g	1.5 g	Ammonium Sulfate (NH₄)₂ SO₄	MW 132.08
0.5 g	0.75 g	Sodium Citrate (trisodium, dihydrate) Na₃C₆H₅O₇ (H₂O)₂	MW 294.10
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the agar:

1L	1.5L	Component
16 g	24 g	Agar
1 ml	1.5 ml	Antifoam (5%)
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the sugar (0.2%):

1L	1.5L	Component
4 g	6 g	Glucose (or other sugar)
333 ml	500 ml	dH₂O

Autoclave.

After the 3 parts have been autoclaved, combine the contents of the three flasks together while they are still warm add the following stock solutions:

1L	1.5L	Component
1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄ (separately autoclaved stock)
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1) (filter sterilized stock)

Source: Lenski Lab Protocol

Revision 82013-02-19 - AurkoDasgupta

META TOPICPARENT	name="ProtocolsMediaRecipes"

MG: Minimal Glucose agar, aka DM: Davis Mingioli agar

Note: When making these plates it is necessary to prepare and autoclave the 3 main parts (salts, agar, and sugar) separately.

1L	1.5L	Component	MW

Changed:

<
<

7 g	10.5 g	Potassium Phosphate (dibasic, trihydrate) HK₂PO₄ (H₂O)₃	MW 228.17
2 g	3 g	Potassium Phosphate (monobasic) H₂KPO₄	MW 136.07

>
>

5.3 g	8 g	Potassium Phosphate (dibasic) K₂HPO₄	MW 174.18
2 g	3 g	Potassium Phosphate (monobasic) KH₂PO₄	MW 136.07

1 g	1.5 g	Ammonium Sulfate (NH₄)₂ SO₄	MW 132.08
0.5 g	0.75 g	Sodium Citrate (trisodium, dihydrate) Na₃C₆H₅O₇ (H₂O)₂	MW 294.10
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the agar:

1L	1.5L	Component
16 g	24 g	Agar
1 ml	1.5 ml	Antifoam (5%)
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the sugar (0.2%):

1L	1.5L	Component
4 g	6 g	Glucose (or other sugar)
333 ml	500 ml	dH₂O

Autoclave.

After the 3 parts have been autoclaved, combine the contents of the three flasks together while they are still warm add the following stock solutions:

1L	1.5L	Component
1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄ (separately autoclaved stock)
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1) (filter sterilized stock)

Source: Lenski Lab Protocol

Revision 72012-10-28 - JeffreyBarrick

META TOPICPARENT	name="ProtocolsMediaRecipes"

Changed:

<
<

MG: Minimal Glucose, aka DM: Davis Minimal

>
>

MG: Minimal Glucose agar, aka DM: Davis Mingioli agar

Note: When making these plates it is necessary to prepare and autoclave the 3 main parts (salts, agar, and sugar) separately.

1L	1.5L	Component	MW
7 g	10.5 g	Potassium Phosphate (dibasic, trihydrate) HK₂PO₄ (H₂O)₃	MW 228.17
2 g	3 g	Potassium Phosphate (monobasic) H₂KPO₄	MW 136.07
1 g	1.5 g	Ammonium Sulfate (NH₄)₂ SO₄	MW 132.08
0.5 g	0.75 g	Sodium Citrate (trisodium, dihydrate) Na₃C₆H₅O₇ (H₂O)₂	MW 294.10
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the agar:

1L	1.5L	Component
16 g	24 g	Agar
1 ml	1.5 ml	Antifoam (5%)
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the sugar (0.2%):

1L	1.5L	Component
4 g	6 g	Glucose (or other sugar)
333 ml	500 ml	dH₂O

Autoclave.

Changed:

<
<

After the 3 parts have been autoclaved, combine the contents of the three flasks together and add the following stock solutions:

>
>

After the 3 parts have been autoclaved, combine the contents of the three flasks together while they are still warm add the following stock solutions:

1L	1.5L	Component

Changed:

<
<

1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄ (autoclaved)
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1) (filter sterilized)

>
>

1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄ (separately autoclaved stock)
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1) (filter sterilized stock)

Deleted:

<
<

Source: Lenski Lab Protocol

Revision 62012-05-04 - JeffreyBarrick

META TOPICPARENT	name="ProtocolsMediaRecipes"

MG: Minimal Glucose, aka DM: Davis Minimal

Note: When making these plates it is necessary to prepare and autoclave the 3 main parts (salts, agar, and sugar) separately.

1L	1.5L	Component	MW
7 g	10.5 g	Potassium Phosphate (dibasic, trihydrate) HK₂PO₄ (H₂O)₃	MW 228.17
2 g	3 g	Potassium Phosphate (monobasic) H₂KPO₄	MW 136.07
1 g	1.5 g	Ammonium Sulfate (NH₄)₂ SO₄	MW 132.08
0.5 g	0.75 g	Sodium Citrate (trisodium, dihydrate) Na₃C₆H₅O₇ (H₂O)₂	MW 294.10
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the agar:

1L	1.5L	Component
16 g	24 g	Agar
1 ml	1.5 ml	Antifoam (5%)
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the sugar (0.2%):

1L	1.5L	Component
4 g	6 g	Glucose (or other sugar)
333 ml	500 ml	dH₂O

Autoclave.

After the 3 parts have been autoclaved, combine the contents of the three flasks together and add the following stock solutions:

1L	1.5L	Component
1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄ (autoclaved)
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1) (filter sterilized)

Added:

>
>

Source: Lenski Lab Protocol

Revision 52012-05-02 - JeffreyBarrick

META TOPICPARENT	name="ProtocolsMediaRecipes"

MG: Minimal Glucose, aka DM: Davis Minimal

Changed:

<
<

>
>

Note: When making these plates it is necessary to prepare and autoclave the 3 main parts (salts, agar, and sugar) separately.

Deleted:

<
<

Note: Salts, agar and sugars need to be prepared and autoclaved separately
Also note: When making these plates it is necessary to prepare the 3 main parts (salts, agar, and sugar) separately . Each must be prepared and autoclaved independent of the others. Please follow the order below.

1L	1.5L	Component	MW
7 g	10.5 g	Potassium Phosphate (dibasic, trihydrate) HK₂PO₄ (H₂O)₃	MW 228.17
2 g	3 g	Potassium Phosphate (monobasic) H₂KPO₄	MW 136.07
1 g	1.5 g	Ammonium Sulfate (NH₄)₂ SO₄	MW 132.08
0.5 g	0.75 g	Sodium Citrate (trisodium, dihydrate) Na₃C₆H₅O₇ (H₂O)₂	MW 294.10
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the agar:

1L	1.5L	Component
16 g	24 g	Agar
1 ml	1.5 ml	Antifoam (5%)
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the sugar (0.2%):

1L	1.5L	Component
4 g	6 g	Glucose (or other sugar)
333 ml	500 ml	dH₂O

Autoclave.

After the 3 parts have been autoclaved, combine the contents of the three flasks together and add the following stock solutions:

1L	1.5L	Component
1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄ (autoclaved)
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1) (filter sterilized)

Revision 42011-11-30 - CraigBarnhart

META TOPICPARENT	name="ProtocolsMediaRecipes"

MG: Minimal Glucose, aka DM: Davis Minimal

Changed:

<
<

Note: Salts, agar and sugars need to be prepared and autoclaved separately

>
>

Note: Salts, agar and sugars need to be prepared and autoclaved separately

Added:

>
>

Also note: When making these plates it is necessary to prepare the 3 main parts (salts, agar, and sugar) separately . Each must be prepared and autoclaved independent of the others. Please follow the order below.

1L	1.5L	Component	MW
7 g	10.5 g	Potassium Phosphate (dibasic, trihydrate) HK₂PO₄ (H₂O)₃	MW 228.17
2 g	3 g	Potassium Phosphate (monobasic) H₂KPO₄	MW 136.07
1 g	1.5 g	Ammonium Sulfate (NH₄)₂ SO₄	MW 132.08
0.5 g	0.75 g	Sodium Citrate (trisodium, dihydrate) Na₃C₆H₅O₇ (H₂O)₂	MW 294.10
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the agar:

1L	1.5L	Component
16 g	24 g	Agar
1 ml	1.5 ml	Antifoam (5%)
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the sugar (0.2%):

1L	1.5L	Component
4 g	6 g	Glucose (or other sugar)
333 ml	500 ml	dH₂O

Autoclave.

Changed:

<
<

After autoclaving combine the contents of the three flasks together and add the following stock solutions:

>
>

After the 3 parts have been autoclaved, combine the contents of the three flasks together and add the following stock solutions:

1L	1.5L	Component
1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄ (autoclaved)
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1) (filter sterilized)

Revision 32011-10-05 - JeffreyBarrick

META TOPICPARENT	name="ProtocolsMediaRecipes"

MG: Minimal Glucose, aka DM: Davis Minimal

Changed:

<
<

Notes: Salts, agar and sugars need to be prepared and autoclaved separately.

>
>

Note: Salts, agar and sugars need to be prepared and autoclaved separately

1L	1.5L	Component	MW
7 g	10.5 g	Potassium Phosphate (dibasic, trihydrate) HK₂PO₄ (H₂O)₃	MW 228.17
2 g	3 g	Potassium Phosphate (monobasic) H₂KPO₄	MW 136.07
1 g	1.5 g	Ammonium Sulfate (NH₄)₂ SO₄	MW 132.08
0.5 g	0.75 g	Sodium Citrate (trisodium, dihydrate) Na₃C₆H₅O₇ (H₂O)₂	MW 294.10
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the agar:

1L	1.5L	Component
16 g	24 g	Agar
1 ml	1.5 ml	Antifoam (5%)
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the sugar (0.2%):

1L	1.5L	Component
4 g	6 g	Glucose (or other sugar)
333 ml	500 ml	dH₂O

Autoclave.

After autoclaving combine the contents of the three flasks together and add the following stock solutions:

Changed:

<
<

1L	1.5L	Component	MW
1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄	MW 120.37
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1)	Note Thiamin must be syringe filtered into the media

>
>

1L	1.5L	Component
1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄ (autoclaved)
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1) (filter sterilized)

Revision 22011-08-03 - JeffreyBarrick

META TOPICPARENT	name="ProtocolsMediaRecipes"

Added:

>
>

MG: Minimal Glucose, aka DM: Davis Minimal

Notes: Salts, agar and sugars need to be prepared and autoclaved separately.

1L	1.5L	Component	MW
7 g	10.5 g	Potassium Phosphate (dibasic, trihydrate) HK₂PO₄ (H₂O)₃	MW 228.17
2 g	3 g	Potassium Phosphate (monobasic) H₂KPO₄	MW 136.07
1 g	1.5 g	Ammonium Sulfate (NH₄)₂ SO₄	MW 132.08
0.5 g	0.75 g	Sodium Citrate (trisodium, dihydrate) Na₃C₆H₅O₇ (H₂O)₂	MW 294.10
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the agar:

1L	1.5L	Component
16 g	24 g	Agar
1 ml	1.5 ml	Antifoam (5%)
333 ml	500 ml	dH₂O

Autoclave.

Changed:

<
<

Next, prepare the sugar:

>
>

Next, prepare the sugar (0.2%):

1L	1.5L	Component
4 g	6 g	Glucose (or other sugar)
333 ml	500 ml	dH₂O

Autoclave.

After autoclaving combine the contents of the three flasks together and add the following stock solutions:

1L	1.5L	Component	MW

Changed:

<
<

1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄	MW 120.37
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1)	Note* Thiamin must be syringe filtered into the media

>
>

1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄	MW 120.37
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1)	Note Thiamin must be syringe filtered into the media

Revision 12011-07-29 - CraigBarnhart

META TOPICPARENT	name="ProtocolsMediaRecipes"

MG: Minimal Glucose, aka DM: Davis Minimal

Notes: Salts, agar and sugars need to be prepared and autoclaved separately.

1L	1.5L	Component	MW
7 g	10.5 g	Potassium Phosphate (dibasic, trihydrate) HK₂PO₄ (H₂O)₃	MW 228.17
2 g	3 g	Potassium Phosphate (monobasic) H₂KPO₄	MW 136.07
1 g	1.5 g	Ammonium Sulfate (NH₄)₂ SO₄	MW 132.08
0.5 g	0.75 g	Sodium Citrate (trisodium, dihydrate) Na₃C₆H₅O₇ (H₂O)₂	MW 294.10
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the agar:

1L	1.5L	Component
16 g	24 g	Agar
1 ml	1.5 ml	Antifoam (5%)
333 ml	500 ml	dH₂O

Autoclave.

Next, prepare the sugar:

1L	1.5L	Component
4 g	6 g	Glucose (or other sugar)
333 ml	500 ml	dH₂O

Autoclave.

After autoclaving combine the contents of the three flasks together and add the following stock solutions:

1L	1.5L	Component	MW
1.0 ml	1.5 ml	10% Magnesium Sulfate MgSO₄	MW 120.37
1.0 ml	1.5 ml	0.2% Thiamin (vitamin B1)	Note* Thiamin must be syringe filtered into the media

Difference: ProtocolsRecipesMinimalGlucose (1 vs. 12)

Revision 122025-01-09 - AlexaMorton

MG: Minimal Glucose agar, aka DM: Davis Mingioli agar

Revision 112024-10-22 - AlexaMorton

MG: Minimal Glucose agar, aka DM: Davis Mingioli agar

Revision 102020-09-26 - JeffreyBarrick

MG: Minimal Glucose agar, aka DM: Davis Mingioli agar

Revision 92015-02-04 - JeffreyBarrick

MG: Minimal Glucose agar, aka DM: Davis Mingioli agar

Revision 82013-02-19 - AurkoDasgupta

MG: Minimal Glucose agar, aka DM: Davis Mingioli agar

Revision 72012-10-28 - JeffreyBarrick

MG: Minimal Glucose, aka DM: Davis Minimal

MG: Minimal Glucose agar, aka DM: Davis Mingioli agar

Revision 62012-05-04 - JeffreyBarrick

MG: Minimal Glucose, aka DM: Davis Minimal

Revision 52012-05-02 - JeffreyBarrick

MG: Minimal Glucose, aka DM: Davis Minimal

Revision 42011-11-30 - CraigBarnhart

MG: Minimal Glucose, aka DM: Davis Minimal

Revision 32011-10-05 - JeffreyBarrick

MG: Minimal Glucose, aka DM: Davis Minimal

Revision 22011-08-03 - JeffreyBarrick

MG: Minimal Glucose, aka DM: Davis Minimal

Revision 12011-07-29 - CraigBarnhart

MG: Minimal Glucose, aka DM: Davis Minimal