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About This Item
UNSPSC Code:
41121812
NACRES:
NB.14
material
polystyrene
round
sterility
sterile; γ-irradiated
sterile
feature
lid
packaging
pack of 10 ea
case of 80 ea (Internal pack of 10)
manufacturer/tradename
Nunc 249964
diam. × H
140 mm × 20 mm
dish capacity
~300 mL
dish diam. × H
140 mm × 20 mm
surface area
145 cm2
volume × working volume
250 mL × 35 mL
binding type
non-treated surface
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General description
Nunc Lab-Tek® and standard petri dishes are optimized for culturing fungi, bacteria and other microorganisms in addition to supporting automated high-throughput (HTS) applications.
Please note: Due to these dishes being constructed of polystyrene (not glass) the walls of the dish may be thinner; this results in a size difference in the outer diameter of approx 10 mm.
- For culturing of fungi, bacteria and other microorganisms
- Contact dish useful for sampling in hospital environments (for research use only), as well as in food science and the pharmaceutical industry
- Perform well in automatic dispensers due to complete flatness and uniform height
- Available with a moulded grid
- Deep Petri Dishes allow for longer culture periods
- Compatible with automated systems
Please note: Due to these dishes being constructed of polystyrene (not glass) the walls of the dish may be thinner; this results in a size difference in the outer diameter of approx 10 mm.
Features and Benefits
- For the culturing of bacteria, fungi and other microorganisms
- Constructed of high-quality and optically clear polystyrene, with lid
- Fitted with top and bottom stacking rings for easier handing and stable stacking
- Vented for gaseous exchange
- Sterilized by gamma irradiation
Legal Information
Lab-Tek is a registered trademark of Thermo Fisher Scientific or its subsidiaries
Nunc is a registered trademark of Thermo Fisher Scientific or its subsidiaries
Regulatory Information
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Mark Q Benedict et al.
PloS one, 15(3), e0221838-e0221838 (2020-03-12)
Larval mosquitoes are aquatic omnivorous scavengers which scrape food from submerged surfaces and collect suspended food particles with their mouth brushes. The composition of diets that have been used in insectaries varies widely though necessarily provides sufficient nutrition to allow
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