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Supplier: Pickering Laboratories, Inc.
Description: Screw-thread vials, 16 mL, flat bottom, open (no seal); For all racks P-...-16
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Supplier: Pickering Laboratories, Inc.
Description: Screw-thread vials, clear, 4 mL, flat bottom Dimensions: 45 x 14.75 x 0.95 mm
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Supplier: Pickering Laboratories, Inc.
Description: Round bottom vials, 5 mL, with aperture for seal. For sample racks P... 16 ; For use only with adapter (reduction insert) P/N 10430 w/o screw cap (V0004-SL) and sealing cap (V0004-D)
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Supplier: SKS Science Products
Description: The new NextGen V Vials amber glass high recovery vials feature a new fire glazed bottom which protects against glass particulates while the new low particulate packaging protects against contamination during transportation and storage. Vials come with Teflon-faced
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Supplier: SKS Science Products
Description: The new NextGen V Vials amber glass high recovery vials feature a new fire glazed bottom which protects against glass particulates while the new low particulate packaging protects against contamination during transportation and storage. Vials come with Teflon-faced
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Supplier: Cole-Parmer
Description: Polystyrene vials have optically clear parallel sides and a square bottom. They have been deionized and destaticized, eliminating particle interference in optical cell counters. The polystyrene snap-cap is leakproof, but easy to remove. Vials are guaranteed to meet or exceed OEM
- Height: 56 mm
- Outer Diameter: 35 mm
- Volume: 25 cc
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Supplier: Cole-Parmer
Description: Polystyrene vials have optically clear parallel sides and a square bottom. They have been deionized and destaticized, eliminating particle interference in optical cell counters. The polystyrene snap-cap is leakproof, but easy to remove. Vials are guaranteed to meet or exceed OEM
- Height: 56 mm
- Outer Diameter: 35 mm
- Volume: 25 cc
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Supplier: Cole-Parmer
Description: • Ideal for small scale reactions, storage and shipping Manufactured from low extractable borosilicate glass to safeguard against changes in product pH caused by alkali, which can occur with ordinary glass. Sturdy vials feature a conical interior bottom that provides downward drainage
- Height: 35 mm
- Outer Diameter: 13 mm
- Volume: 0.0300 cc
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Supplier: Cole-Parmer
Description: • Ideal for small scale reactions, storage and shipping Manufactured from low extractable borosilicate glass to safeguard against changes in product pH caused by alkali, which can occur with ordinary glass. Sturdy vials feature a conical interior bottom that provides downward drainage
- Height: 65 mm
- Outer Diameter: 20 mm
- Volume: 5 cc
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Supplier: diaago
Description: Save between 35% and 50% of your freezer space! The small 0.50ml sample vials can be supplied non-coded, alphanumeric coded or with a unique 2D code (Data-Matrix adhere to the ECC200 standard). The cryo vials are standard available in the 96-well format 96-1 Rack, 96-Q1 Rack or
- Volume: 0.5000 cc
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Supplier: diaago
Description: The traceable 1.10ml storage vials from Micronic work with either screw caps or push caps. The tubes have a net working volume of 0.80ml when used with screw cap or 0.90ml when used with push cap (working volume at +21°C). The 1.10ml tubes are standard available in the Roborack-96
- Volume: 1.1 cc
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Supplier: diaago
Description: Save between 35% and 50% of your freezer space! The small 0.50ml sample vials can be supplied non-coded, alphanumeric coded or with a unique 2D code (Data-Matrix adhere to the ECC200 standard). The cryo vials are standard available in the 96-well format 96-1 Rack, 96-Q1 Rack or
- Volume: 0.5000 cc
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Supplier: diaago
Description: The traceable 1.10ml storage vials from Micronic work with either screw caps or push caps. The tubes have a net working volume of 0.80ml when used with screw cap or 0.90ml when used with push cap (working volume at +21°C). The 1.10ml tubes are standard available in the Roborack-96
- Volume: 1.1 cc
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Analysis of pea lipid content by gas chromatographic and microgravimetric methods. genotype variation in lipid content and fatty acid composition
The hexane layers were transferred by pipette to 3ml V - bottomed vials and the solvent evaporated under nitrogen.
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Sustained safety and efficacy of extended-shelf-life 90 Y glass microspheres: long-term follow-up in a 134-patient cohort
The micro- spheres are supplied in 0.5 mL of sterile pyrogen-free water contained in a 0.3-mL V - bottom vial secured within a 12-mm clear acrylic vial shield.
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Hepatocellular Carcinoma:
Therasphere is supplied in a 0.5 mL of sterile, pyrogen-free water contained in a 0.3-mL V - bottom vial secured within a 12-mm clear acrylic shield.
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EANM procedure guideline for the treatment of liver cancer and liver metastases with intra-arterial radioactive compounds
TheraSphere® is supplied in 0.6 ml of sterile, pyrogen-free water contained in a 1.0-ml V - bottom vial secured within a 12-mm clear acrylic vial shield.
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Percutaneous Tumor Ablation in Medical Radiology
Resin 90 Y microspheres are delivered in V - bottomed vials containing 3 GBq in 5 ml water for injection on the day of treatment.
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Treatment of unresectable cholangiocarcinoma using yttrium‐90 microspheres
They are supplied in 0.5 mL of sterile, pyrogenic-free water contained in a 0.3 mL V - bottom vial that is secured within a 12-mm clear acrylic vial shield.
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Clinical effects of transcatheter hepatic arterial embolization with holmium-166 poly(l -lactic acid) microspheres in healthy pigs
After arrival at the hospital, the microspheres were suspended in 1 ml of a Pluronic® solution [24] and transferred into a glass V - bottom vial .
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Changes in Apple Juice Flavor Compounds During Processing
After collecting 1 mL of the ether solution from the glass tube in a 1 mL V - bottom vial , the eluate was concen- trated to 0.2 mL before injecting into the gas chromatography (GC).
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5‐Trideuteromethyl‐α‐tocotrienol and 5‐ 14 CH 3 ‐α‐tocotrienol as biological tracers of tocotrienols
Relevant chromatographic fractions were combined, the solvent evaporated in a 5 ml thick-walled V - bottomed vial and replaced with 0.6 ml of i-BuOH, followed by addition of NaCNBH3 (31.4 mg, 0.5 mmol).
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FLAVOR CHARACTERIZATION OF THREE MANDARIN CULTIVARS (SATSUMA, BODRUM, CLEMANTINE) BY USING GC/MS AND FLAVOR PROFILE ANALYSIS TECHNIQUES
The eluate was concen- trated to 0.08 g by gently blowing nitrogen gas over the surface in a v - bottom vial .