10 g PBP was added to a 250 mL Erlenmeyer flask containing 100 mL ethanol, and it was mixed by an orbital shaker (GFL, 3020, Germany) for 24 h with a constant stirring speed of 200 rpm at room temperature. Then, the samples were filtered by a vacuum pump, evaporated by a rotary evaporator (BUCHI, RE-111 Rotavapor, Switzerland) of 50 °C, freeze-dried (LaboGene, Scanvac, Denmark), and kept at 4 °C until use. These extracted plants were called extracted P. betle (EPB).
Re 111 rotavapor
Manufactured by Labogene
Sourced in Switzerland
The RE-111 Rotavapor is a rotary evaporator designed for the efficient removal of solvents from samples. It features a motorized rotation mechanism and a heating bath to facilitate the evaporation process. The core function of the RE-111 Rotavapor is to concentrate liquid samples by evaporating the solvent, leaving behind the desired substance.
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Lab products found in correlation
2 protocols using re 111 rotavapor
1
Extraction and Preservation of P. betle
2
Synthesis and Characterization Protocol
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A
hot-air oven (Binder,
FED 53, Germany), an orbital shaker (GFL, 3020, Germany), a rotary
evaporator (BUCHI, RE-111 Rotavapor, Switzerland), a freeze dryer
and vacuum concentrator (LaboGene, Scanvac, Denmark), and a hot plate
stirrer (Ingenieurbüro CAT, M. Zipperer GmbH, M 6, Germany)
were used for material synthesis. For all aseptic experiments, an
autoclave (TOMY, SX-700, Japan) and a laminar flow cabinet (BossTech,
HVT, Thailand) were used. In all batch experiments, an incubator shaker
(New Brunswick, Innova 42) was used to investigate the effects of
dose, contact time, pH, and concentration, whereas a jar test (Wizard,
Plus 6, Thailand) was used for adsorption kinetics. Finally, an incubator
(Termaks, KBP 6087, Norway) was used to incubate sample tests in agar
diffusion tests, antibacterial batch experiments, adsorption isotherm,
kinetics, and desorption experiments.
hot-air oven (Binder,
FED 53, Germany), an orbital shaker (GFL, 3020, Germany), a rotary
evaporator (BUCHI, RE-111 Rotavapor, Switzerland), a freeze dryer
and vacuum concentrator (LaboGene, Scanvac, Denmark), and a hot plate
stirrer (Ingenieurbüro CAT, M. Zipperer GmbH, M 6, Germany)
were used for material synthesis. For all aseptic experiments, an
autoclave (TOMY, SX-700, Japan) and a laminar flow cabinet (BossTech,
HVT, Thailand) were used. In all batch experiments, an incubator shaker
(New Brunswick, Innova 42) was used to investigate the effects of
dose, contact time, pH, and concentration, whereas a jar test (Wizard,
Plus 6, Thailand) was used for adsorption kinetics. Finally, an incubator
(Termaks, KBP 6087, Norway) was used to incubate sample tests in agar
diffusion tests, antibacterial batch experiments, adsorption isotherm,
kinetics, and desorption experiments.
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