Cultivation
Accessories for BioChem-VacuuCenter BVC 21 NT / BVC 01
To connect a second handset please order 9.882 974 and 9.882 978!
Aluminium caps, pure aluminium
Matt finish. Without internal clips. Loose-fit caps for sterile, but not hermetically sealing, closure of culture flasks and other containers. Can also be used as open specimen holders. Autoclavable.
Anaerobic developer BD GasPak™
Rapid development of the anaerobic atmosphere in the GasPak™ containers or pots, without the addition of water or a catalyst, oxygen-activated.
Anaerobic jar, PC, with manometer
For the cultivation of anaerobic and microaerophilic microorganisms in a defined and rapidly generated gas atmosphere.The requested atmosphere may be reached under ideal conditions by two methods. Either by using chemical gas packs (anaerobe systems) or by manually evacuating the jars with a vacuum pump and flushing with gas afterwards (e.g. with nitrogen), in this case no chemical accessories are needed (except anaerobic jar eco and crystal eco). The jars are made of robust stainless steel or transparent PC.The optional racks are made of stainless steel providing holders for comfortable operation of the anaerobe systems.Customized: Other equipment available upon request. Examples: customized lids, e.g. made of special or heat-resistant materials e.g. stainless steel, heat-resistant pressure gauges (up to 100 °C), also without cocks/manometer available.The lids are made of transparent polycarbonate with two corner valves incl. tube clips for vacuum hoses (5 mm i.d.) and with manometer for exact control of the vacuum or overpressure from -1 to 0.2 bar.Methods for reaching anaerobic conditions: 3 x times evacuating and filling gas, flushing with gas for 5 minutes and chemical gas production (GasPacks) for Anaerobic jars "crystal".
Anaerobic jar, PC, with ventilation screw
For the cultivation of anaerobic and microaerophilic microorganisms in a defined and rapidly generated gas atmosphere.The requested atmosphere may be reached under ideal conditions by two methods. Either by using chemical gas packs (anaerobe systems) or by manually evacuating the jars with a vacuum pump and flushing with gas afterwards (e.g. with nitrogen), in this case no chemical accessories are needed (except anaerobic jar eco and crystal eco). The jars are made of robust stainless steel or transparent PC.The optional racks are made of stainless steel providing holders for comfortable operation of the anaerobe systems.Customized: Other equipment available upon request. Examples: customized lids, e.g. made of special or heat-resistant materials e.g. stainless steel, heat-resistant pressure gauges (up to 100 °C), also without cocks/manometer available.Polycarbonate jar with UV-resistant plastic lid.Methods for reaching anaerobic conditions: For Anaerobic jar "eco" flushing with gas for 5 minutes (Using GasPack-Kits).
Anaerobic jar, stainless steel, with ventilation screw
For the cultivation of anaerobic and microaerophilic microorganisms in a defined and rapidly generated gas atmosphere.The requested atmosphere may be reached under ideal conditions by two methods. Either by using chemical gas packs (anaerobe systems) or by manually evacuating the jars with a vacuum pump and flushing with gas afterwards (e.g. with nitrogen), in this case no chemical accessories are needed (except anaerobic jar eco and crystal eco). The jars are made of robust stainless steel or transparent PC.The optional racks are made of stainless steel providing holders for comfortable operation of the anaerobe systems.Customized: Other equipment available upon request. Examples: customized lids, e.g. made of special or heat-resistant materials e.g. stainless steel, heat-resistant pressure gauges (up to 100 °C), also without cocks/manometer available.Stainless steel jar with UV-resistant plastic lid.Methods for reaching anaerobic conditions: For Anaerobic jar "eco" flushing with gas for 5 minutes (Using GasPack-Kits).
Anaerobic jars, stainless steel, with manometer
For the cultivation of anaerobic and microaerophilic microorganisms in a defined and rapidly generated gas atmosphere.The requested atmosphere may be reached under ideal conditions by two methods. Either by using chemical gas packs (anaerobe systems) or by manually evacuating the jars with a vacuum pump and flushing with gas afterwards (e.g. with nitrogen), in this case no chemical accessories are needed (except anaerobic jar eco and crystal eco). The jars are made of robust stainless steel or transparent PC.The optional racks are made of stainless steel providing holders for comfortable operation of the anaerobe systems.Customized: Other equipment available upon request. Examples: customized lids, e.g. made of special or heat-resistant materials e.g. stainless steel, heat-resistant pressure gauges (up to 100 °C), also without cocks/manometer available.The lids are made of UV-resistant plastic with two corner valves incl. tube clips for vacuum hoses (5 mm i.d.) and with manometer for exact control of the vacuum or overpressure from -1 to 0.2 bar.Methods for reaching anaerobic conditions: 3 x times evacuating and filling gas, flushing with gas for 5 minutes and chemical gas production (GasPacks) for Anaerobic jars "small", "standard" and "large".
Baffled flasks DURAN®
With GL 45 threadOxygen introduction is often a limiting factor for cell growth.Baffled flasks cause a turbulent flow, increase the gas exchange surface and produce a higher oxygen transfer.Automated one-step production enables a reproducible and comparable result.Complete with membrane screw cap (gas exchange).
Baffled flasks, Pyrex®borosilicate glass
Manufactured from Pyrex® borosilicate glassExhibits 4 baffle indents to provide optimal and consistant agitation
Biological test dish
Thermo Scientific™ Nunc™ Square BioAssay Dishes Available on GSA/VA Contract for Federal Government customers only.Screen large numbers of colonies for cloning experiments, culturing bacteria, fungi and agar diffusion assays using Thermo Scientific™ Nunc™ Squre BioAssay dishes.
Bioreactors RTS-1 / RTS-1C
Compact and efficient bioreactors providing patented Reverse-Spin® type agitation and logging of microbial growth, in 50 ml tubes, in real time. For applications such as bacterial cultivation with real time growth kinetics, strain screening, temperature stress and fluctuation experiments media screening and optimization, synthetic and systems biology, inhibition and toxicity tests and strain quality control.3D graphical representation of OD or growth rate over time over unitEasy-to-read LCD screen displaying temperature, RPM and timeProgrammable cycling/profiling of cultivation parameters such as temperature, RPM, Reverse-Spin® frequencyActive cooling and temperature profiling via software (RTS-1C only)Minimum PC requirements: Intel/AMD Processor, 1 GB RAM, Windows XP (not guaranteed)/Vista/7/8/8.1/10, 2.0 USB portWavelength: 850 ±15 nmTheoretically possible measurement range in OD850, at 10 ml working volume:Rod shaped bacteria: 0 - 25 (0 - 45.6 OD600 equivalent)Yeast: 0 - 50 (0 - 75 OD600 equivalent)OD850 to OD600 vary between strains and phases of growthHighest kLa (h-1) is achieved at 5 ml working volume which is optimal for aerobic cultivation
Bottles, glass, culture medium for metal caps, DURAN®
Rimless. Glass Type I / neutral glass as per USP, EP and JP. Autoclavable.
Bottles, glass, culture medium, DURAN®
Rimless. For glass caps. Glass Type I / neutral glass as per USP, EP and JP. Autoclavable.
Bottles, glass, culture, flat, octagonal
Clear glass. DIN version. Autoclavable.
Cell spreader Delta™
Flexible rippled handle and domed spreading bar to help reduce agar tears.
Cloning cylinder, PS, sterile
These cloning cylinders facilitate the isolation of individual cell clones, each generated from a single cell, yielding a homogenous population of cells. To isolate a clone, a thin layer of grease is applied to the bottom edge of the cylinder and then inverted over the clone of choice. After adding a small volume of Trypsin or EDTA, the dish is incubated at 37 ºC (98.6 ºF) briefly until cells detach. Cells are then collected from inside the cylinder and transferred to another vessel for further growth.Cylinders are tapered so bottom edge is wider than the top ensuring a good sealing surfacePolystyrene cloning cylinders are supplied in sterile packsThree sizes: 4.7 mm I.D. x 8 mm H, 6.4 mm I.D. x 8 mm H and 9.5 mm I.D. x 11 mm HPacked 10 per bag, one size
Cotton Applicator
Ideal for sampling in laboratories9.413 160: non-sterile, according to EN ISO 134859.413 161: sterile, according to EN ISO 13485 and conforming to 93/42/EEC, enclosure V for medical products, sterilised with ETO gas
Cotton Swabs, Gynaecology
WA 5, WA 6, WA 9: Single cotton bud.WA 11: With fixed cellulose bud. No cotton fuzz in the smear.
Cotton swabs, single cotton bud
WA 1-l, WA 1 D: Calibrated wooden rod with minimum diameter tolerances.WA 1s, WA 1s PL, WA 1s 2x, WA 1s 25x, WA 2 PLs: Single, double or 25 pieces packed in peel-pack, EO-sterilized.WA P: Flexible, bendable