For each maturity class, 10–50 g of redskin kernels were weighed and dried in a forced-air oven (VWR, Radnor, PA, USA) at 130 °C for 45 min. After cooling to ambient temperature, the kernels were manually separated by removing the skin, breaking open the seed, and removing the heart to subdivide the samples into three subsections consisting of seed coats, hearts and kernels. The subsections were scaled at a specific mass for 5 replicates. Each replicate of the heart and kernel contained 50 mg while the seed coat replicates contained 20 mg. Each scaled replicate was placed in a 2 mL microcentrifuge tube with locking lid.
Forced air oven
Manufactured by Avantor
Sourced in United States
The Forced-air oven is a laboratory equipment designed to provide a controlled environment for heating and drying various materials. It utilizes a fan to circulate heated air within the oven chamber, ensuring even distribution of temperature throughout the sample.
Automatically generated - may contain errors
Lab products found in correlation
2 protocols using forced air oven
1
Kernel Preparation for Phytochemical Analysis
2
Fabrication of Wax-Patterned Paper-Based Electrodes
Check if the same lab product or an alternative is used in the 5 most similar protocols
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Ag/AgCl ink (NC1114936) and carbon/graphite ink
(NC1176443) were purchased from Fisher Scientific Co., LLC. Conductive
silver paste was purchased from Ted Pella, Inc. A nickel conductive
spray was received from MG Chemicals. Clear scratch- and UV-resistant
acrylic sheets (1/16 in.) were obtained from McMaster-Carr. Grade
3MM chromatography papers (20 × 20 cm) were purchased from VWR
International, LLC. The plastic-based stencils and the paper substrates
were micromachined by laser cutting (Universal Laser System, VLS 3.5).
Other electronic components, including LM741 operational amplifiers
(LM741CNNS/NOPB-ND) and 1 kΩ resistors (RCL12251K00JNEG) were
purchased from Digi-Key Electronics. The LM741 is a DC-coupled high-gain
electronic voltage amplifier having one internal operational amplifier.
A Xerox ColorQube 8570 wax printer was used for creating hydrophobic
and hydrophilic patterns on paper. An air oven (VWR Forced Air Oven)
was used to melt the wax and control the boundaries of the wells.
(NC1176443) were purchased from Fisher Scientific Co., LLC. Conductive
silver paste was purchased from Ted Pella, Inc. A nickel conductive
spray was received from MG Chemicals. Clear scratch- and UV-resistant
acrylic sheets (1/16 in.) were obtained from McMaster-Carr. Grade
3MM chromatography papers (20 × 20 cm) were purchased from VWR
International, LLC. The plastic-based stencils and the paper substrates
were micromachined by laser cutting (Universal Laser System, VLS 3.5).
Other electronic components, including LM741 operational amplifiers
(LM741CNNS/NOPB-ND) and 1 kΩ resistors (RCL12251K00JNEG) were
purchased from Digi-Key Electronics. The LM741 is a DC-coupled high-gain
electronic voltage amplifier having one internal operational amplifier.
A Xerox ColorQube 8570 wax printer was used for creating hydrophobic
and hydrophilic patterns on paper. An air oven (VWR Forced Air Oven)
was used to melt the wax and control the boundaries of the wells.
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