Durham Tube

BD Mycoflask™ sterile, disposable and ready-to-use BD BBL™ culture media are prepared in the special BD Mycoflask. This variety of media helps isolate and cultivate tubercle bacilli and fungi.

Lauryl Sulfate Broth is used for the detection of coliform organisms in materials of sanitary importance.

Phenol Red Broth Base and Phenol Red Broth with carbohydrates are used for the determination of fermentation reactions in the differentiation of microorganisms.

Phenol Red Broth Base and Phenol Red Broth with carbohydrates are used for the determination of fermentation reactions in the differentiation of microorganisms.

Phenol Red Broth Base and Phenol Red Broth with carbohydrates are used for the determination of fermentation reactions in the differentiation of microorganisms.

… FDA registered facility. Please reference our product listings for medical devices.  10mL in a 16x125mm PC tube with an inverted Durham tube  1 box contains 50 tubes S2Media™ Double strenth Lauryl Sulfate Broth (LSB), also known Lauryl Sulfate Tryptose (LST) Broth, is…

…with inverted Durham tube is recommended for the detection of fecal coliforms at 44.5°C and 45.5°C.  cGMP facility  FDA registered facility. Please reference our product listings for medical devices.  10mL in a 16x125mm PC tube with an inverted Durham tube  1…

…water samples. This formulation meets EPA performance specifications, as applicable.  cGMP facility  FDA registered facility. Please reference our product listings for medical devices.  10mL in a 16x125mm PC tube with an inverted Durham tube  1 box contains 50 tubes

…Lactose Broth, is used to detect coliforms in water, sewage, food, and dairy samples.  cGMP facility  FDA registered facility. Please reference our product listings for medical devices.  10mL in a 16x125mm PC tube with an inverted Durham tube  1 box contains 50 tubes

…a factor common in soda lime glass products Tubes are packed in convenient trays for ease of use on bench tops and in drawers The 6x50mm size is often referred to as a "Durham tube" Trays are shrink-wrapped in plastic film, with tubes remaining in constant alignment for protection…

For the detection of coliforms in water and food. Contains a durham tube for gas detection.

Borosilicate glass tubes with fire-polished top rims and uniform wall thicknesses for maximum heat transfer and chemical resistance. The 6 x 50 mm size is often referred to as a “Durham tube” No marking spot Designed from ASTM Specification E982, Type IV requirements …

Borosilicate glass tubes with fire-polished top rims and uniform wall thicknesses for maximum heat transfer and chemical resistance. The 6 x 50 mm size is often referred to as a “Durham tube” No marking spot Designed from ASTM Specification E982, Type IV requirements …

For the differentiation of microorganisms by carbohydrate fermentation. Contains a durham tube for gas detection.

For the differentiation of microorganisms by carbohydrate fermentation. Contains a durham tube for gas detection.

For the detection of coliforms in water and food. Contains a durham tube for gas detection.

For the differentiation of microorganisms by carbohydrate fermentation. Contains a durham tube for gas detection.

For the differentiation of microorganisms by carbohydrate fermentation. Contains a durham tube for gas detection.

(Single Strength EC Broth with durham tube for gas detection) For the detection of coliforms in water.

For the detection of coliforms in water and food. Single strength. Contains a durham tube for gas detection.

For the determination of carbohydrate fermentation by bacteria, especially enteric bacilli and Enterococcus spp. Contains a durham tube for gas detection.

…carbohydrate. The medium contains a pH indicator that changes from red to yellow if the bacteria can ferment the carbohydrate. May be used with Durham tubes to determine if gas is produced during the fermentation process. 100 g Phenol Red Lactose Broth Use 21 grams with 1 liter of water. DOT…

…carbohydrate. The medium contains a pH indicator that changes from red to yellow if the bacteria can ferment the carbohydrate. May be used with Durham tubes to determine if gas is produced during the fermentation process. 500 g Phenol Red Sucrose Broth Use 21 grams with 1 liter of water. DOT…

…carbohydrate. The medium contains a pH indicator that changes from red to yellow if the bacteria can ferment the carbohydrate. May be used with Durham tubes to determine if gas is produced during the fermentation process. 500 g Phenol Red Dextrose Broth Use 21 grams with 1 liter of water. DOT…

…carbohydrate. The medium contains a pH indicator that changes from red to yellow if the bacteria can ferment the carbohydrate. May be used with Durham tubes to determine if gas is produced during the fermentation process. 100 g Phenol Red Sucrose Broth Use 21 grams with 1 liter of water. DOT…

…carbohydrate. The medium contains a pH indicator that changes from red to yellow if the bacteria can ferment the carbohydrate. May be used with Durham tubes to determine if gas is produced during the fermentation process. 100 g Phenol Red Dextrose Broth Use 21 grams with 1 liter of water. DOT…

…carbohydrate. The medium contains a pH indicator that changes from red to yellow if the bacteria can ferment the carbohydrate. May be used with Durham tubes to determine if gas is produced during the fermentation process. 500 g Phenol Red Lactose Broth Use 21 grams with 1 liter of water. DOT…

…fermentors such as Escherichia coli, Klebsiella aerogenes change the color of medium from purple to yellow due to the acid production and gas produced is entrapped in Durhams tube as a bubble. Lactose non-fermenting organisms like Salmonella and Shigella do not alter the appearance of the medium.

…fermentors such as Escherichia coli, Klebsiella aerogenes change the color of medium from purple to yellow due to the acid production and gas produced is entrapped in Durhams tube as a bubble. Lactose non-fermenting organisms like Salmonella and Shigella do not alter the appearance of the medium.

…fermentors such as Escherichia coli, Klebsiella aerogenes change the color of medium from purple to yellow due to the acid production and gas produced is entrapped in Durhams tube as a bubble. Lactose non-fermenting organisms like Salmonella and Shigella do not alter the appearance of the medium.

…Gas produced is entrapped in Durhams tube. Citrobacter freundii, Enterobacter aerogenes, Escherichia coli, Klebsiella pneumoniae are lactose fermenters. They change the color of medium changes to yellow and gas formed is entrapped as bubble in Durhams tube. Proteus vulgaris, Serratia marcescens,…