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Pm 996

Manufactured by Amcor
Sourced in United States

The PM-996 is a laboratory equipment designed for precise measurement and analysis. It is a versatile instrument that can be used for a variety of applications in research and development settings. The core function of the PM-996 is to provide accurate and reliable data collection and processing capabilities.

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5 protocols using pm 996

1

Observing AF-Derived Fluorescence in Fungi

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For observing AF-derived fluorescence, we prepared PDA supplemented with 3 g·L−1 α-CD (FUJIFILM Wako Pure Chemical, Osaka, Japan) and 0.3 g·L−1 activated carbon (Table 1). We also prepared PD broth (Merck) with activated carbon and without α-CD as the liquid culture medium. Aliquots (495 μL) of the liquid medium were dispensed into 1-mL pipette tips that were sealed with laboratory film (PM-996, Bemis, Neenah, WI, USA) and used for incubation [27 (link)]. The total volume was adjusted to 500 μL by adding the spore solution. To prepare trace element solutions, (CH3CHOCOO)2Ca·5H2O, MgSO4·7H2O, FeCl3·6H2O, and [CH3CH(OH)COO]3Al (FUJIFILM Wako Pure Chemical) were dissolved in distilled water. The trace element solutions were added to the liquid culture media. The final concentrations of Ca, Mg, and Fe were set to 5 mg·L−1 and that of Al was set to 3 mg·L−1. The fungal spore solution (5 μL) was dispensed onto a culture plate or into the liquid culture medium. After liquid cultivation, the laboratory film was removed from each pipette tip, and the tips were centrifuged at 3000× g for 15 min. The AF concentrations were measured in the obtained culture solutions. Mycelia with spores in the incubation tip were dried in a dehydrator (SLI-450N, TOKYO RIKAKIKAI, Tokyo, Japan) at 65 °C overnight, and the fungal mass was calculated using the tip masses before and after incubation.
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2

Measuring Pancreatic Tumor Stiffness

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Resected xenograft PA samples were cut to proper size by a scalpel and immobilized on 6 cm-cell culture dishes (Thermofisher, cat. no. 15462) with two slices of 1mm× 5 cm-parafilm (Bemis, PM-996). Then the tissues were immersed in 1× PBS, and applied to the AFM force-measuring setting. A homemade AFM from Institute of Biophysics, Chinese Academy of Sciences was used in this study. Using constant force mode, more than 2000 force-to-distance traces (force curves) were recorded and more than 300 traces were selected for each group. The slope K (pN/nm) of every trace was calculated and then transformed to Young’s modulus (kilopascal, kPa) by using JPK Data Processing software. The final Young’s modulus of each tumor was calculated taking into account all traces recorded for a single tissue sample. The tumor stiffness between sunitinib treatment and control group were compared by mean Young’s modulus of each group, which was calculated by the Gaussian fitting via the amplitude version of Gaussian peak function (GaussAmp) in Origin software.
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3

Quantifying Fungal Conidial Formation and Aflatoxin

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To observe conidial formation, PDA plates without any additional reagents were first prepared. To observe AF-derived fluorescence, PDA supplemented with 3 g·L−1 α-CD (Wako Pure Chemical Industries, Osaka, Japan) and 0.3 g·L−1 activated charcoal powder (Neutral, Wako Pure Chemical Industries) was prepared. PD broth (Merck, Darmstadt, Germany) with activated carbon and without α-CD was also prepared as a liquid culture solution. Then, 495 μL of liquid medium was dispensed into 1-mL pipette tips, which were used as incubation apparatus (Figure S2), and the total amount was adjusted to 500 μL by adding the spore solution. Each spore solution (5 μL) was dispensed onto a culture plate or into the liquid culture medium. After liquid cultivation, the laboratory film (PM-996, Bemis, Neenah, WI, USA) wrapped around the top of each 1-mL tip was removed, and the tips were centrifuged at 2000× g for 10 min. The obtained culture solutions were used to measure the AF concentrations. The mycelia with spores in the incubation tips were dried in a dehydrator (SLI-450N, TOKYO RIKAKIKAI, Tokyo, Japan) at 65 °C overnight, and the fungal dry weight was measured by comparing the tip weight before and after incubation.
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4

Heat-Modified Rice Flour Characterization

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Distilled water was added to the freshly prepared rice flour in silk mouth bottles with a gradient of flour mass fractions of 100% (40 g rice flour), 90% (36 g rice flour/4 g water), 80% (32 g rice flour/8 g water) and 70% (28 g rice flour/12 g water). Sealed with parafilm (PM-996, Bemis, Shirley, MA, USA), the bottles were stored at room temperature for 24 h for moisture equilibration. Following heating in an oil bath at 120 °C for 2 h, the samples were cooled down to room temperature before being dried at 45 °C for 24 h. The dried samples were ground and sieved through a 100-mesh sieve to prepare samples for further analyses. The accurate moisture content was then determined by a HB43-S Moisture Analyzer (Mettler-Toledo AG Laboratory & Weighing Technologies, Greifensee, Switzerland). Rice flour that was not subjected to heat treatment was considered as the native rice flour. It is worth noting that a rice flour mass fraction of 70% in which the moisture content was slightly higher than the conventional standard of HMT was set to facilitate the mechanism analysis of changes caused by HMT, and, for brevity, the heat-treatment at flour mass fraction of 70% is also referred as HMT in this article.
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5

Leaf Hydraulic Vulnerability Curve

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Branches from three to six individuals, approximately 110 cm in length that at least twice the maximum vessel length of these species (Jiang, 2021 ), neighboring those measured for gas exchange for each species were collected and recut immediately under water in May to June 2021. Furthermore, the cut ends of the branches were wrapped in damp towels, which were wrapped tightly by tiny plastic bags with some amount of water in it. Then, the branches were quickly placed in black plastic bags and brought back to the laboratory. All branches were recut underwater again, sealed with in black plastic bags, and allowed to rehydrate overnight in the laboratory. The cut ends of branches were wrapped by wax and parafilm (PM996; BEMIS). Leaf vulnerability curves were obtained using the rehydration method described by Brodribb and Holbrook (2003) (link). According to the leaf vulnerability curve with least 60 points for each species (Fig. S5), we determined the maximum hydraulic leaf conductance (Kleaf), the water potentials inducing 12% (P12) and 50% (P50) loss of the maximum conductance (Table S1).
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