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Supplier: SKS Science Products
Description: The glass amber vials are offered in several different sizes from 1/3 dram to 8 dram. Each glass vial comes with a black cone lined closure. The amber glass prolongs shelf-life by deterring ultraviolet degradation, which make it ideal for storing light-sensitive
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Supplier: U.S. Plastic Corporation
Description: meet FDA standards. These are sold in full cases only. (8 drams = 1 oz)
- Dram: 30 fl drams
- Mouth Type: Standard Mouth
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Supplier: SKS Science Products
Description: The green emerald glass screw thread vials come with orifice reducers and black phenolic PV lined closures. The green emerald glass vials are offered in a 5/8-dram and 1 dram size. Orifice reducers provide an ideal control for minute liquid droplets. The emerald
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Supplier: SKS Science Products
Description: The blue cobalt glass screw thread vials come with orifice reducers and black phenolic PV lined closures. The blue cobalt glass vials are offered in a 5/8-dram and 1 dram size. Orifice reducers provide an ideal control for minute liquid droplets. The cobalt tinted
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Supplier: SKS Science Products
Description: These amber glass vials are available in four convenient sizes and come with orifice reducers and black phenolic PV lined caps. The 5/8 dram and in case packs of 48 or 144 pieces. The orifice reducer provides an ideal control for distributing small drops of liquid. The amber
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Supplier: Thornton Plastics
Description: Inside Opening Diameter: 1- 7/8" Case Count: 240
- Volume: 147.86762114545783 cc
- Dram: 40 fl drams
- Height: 84.1375 mm
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Supplier: Thornton Plastics
Description: Inside Opening Diameter: 1- 1/8" Case Count: 530
- Volume: 44.36028634363735 cc
- Dram: 12 fl drams
- Height: 66.675 mm
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Supplier: Thornton Plastics
Description: Inside Opening Diameter: 1- 7/8" Case Count: 180
- Volume: 184.8345264318223 cc
- Dram: 50 fl drams
- Height: 107.95 mm
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Supplier: Thornton Plastics
Description: Inside Opening Diameter: 1- 7/8" Case Count: 100
- Volume: 147.86762114545783 cc
- Dram: 40 fl drams
- Height: 84.1375 mm
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Density-dependent natural selection in Drosophila: Adaptation to adult crowding
Eclosing adults were collected daily from these vials, and kept at a low density of about 60±80 adults per 8 dram vial .
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Density-dependent natural selection inDrosophila : Trade-offs between larval food acquisition and utilization
density of approximately 60-80 adults per 8 dram vial (2.4 cm diameter × 9.5 cm height).
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http://etd.auburn.edu/bitstream/handle/10415/3906/Final%20Thesis%20-%20Austin%20Gorzlancyk%201.pdf?sequence=4
The 8 dram vials .
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How Does Offspring Quality Change with Age in Male Drosophila Melanogaster ?
The Ives males were kept in standard 8 dram vials with standard food and transferred once a week until they were used in an experiment.
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Oviposition preference for novel versus normal food resources in laboratory populations ofDrosophila melanogaster
Thesepopulations are maintainedat 25°C on a 21 day discrete-generation cycle, under constant light, at moderate densities of -60-80 larvae per 8 dram vial (9.0mm h x 2.4mm dia) containing approximately 6 ml banana-jaggery food medium (henceforth, banana …
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Optimal temperature range of a plastic species, Drosophila simulans
Approximately 1 month before the experiment, a sampling of the pooled wild caught, NF population was provided to the Moehring Lab and subsequently stored in 30 mL ( 8 dram ) vials .
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Population density effects on longevity
Fig. l. (a) The fraction of the population dying during each 5 day period are shown for 5 replicated B (early reproduced) and five replicated O (late reproduced) populations kept at an initial density of 32 in a 8 dram vial .
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Circadian clocks and life-history related traits: Is pupation height affected by circadian organization inDrosophila melanogaster ?
… that have been maintained in a cubicle at 25°C (± 1°C), under constant light of intensity ~100 lux and constant humidity, on 21-day discrete generation cycle, at moderate larval densities of ~60–80 larvae per 8 dram vial (9.0 cm height …
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Short- and long-term effects of environmental urea on fecundity inDrosophila melanogaster
low densities (50-100 eggs per 8 dram vial ) on banana- molasses food (MC populations) or banana-molassesfood supplemented with 18 g/l urea (MX populations).
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Within- and among-population variation in oviposition preference for urea-supplemented food inDrosophila melanogaster
These eggs are then placed at moderate densities (60–80 eggs per vial) into 8 dram vials containing about 5 ml of either banana-molasses food (MC populations), or banana-molasses food supplemented with 18 g/1 of urea (MX populations).