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Mum4405

Manufactured by Bosch
Sourced in Germany

The MUM4405 is a multi-purpose kitchen machine manufactured by Bosch. It features a powerful motor and a range of attachments for various food preparation tasks. The core function of the MUM4405 is to assist with mixing, kneading, and processing a variety of ingredients for home cooking and baking.

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3 protocols using mum4405

1

Gluten-Free Bread Preparation and Analysis

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Breads were made from a GF flour mix (Dr. Schär, Burgstall/Postal, Italy), water, dry yeast (Frießinger Mühle, Bad Wimpfen, Germany), sunflower oil and salt. All ingredients were kneaded to a homogeneous dough for 5 min at medium speed using a kitchen machine (MUM4405, Bosch, Munich, Germany). The dough was divided into 150 g portions and either no flour or wheat, rye or barley flour was added followed by further mixing. Then, breads were baked for 35 min at 180°C, removed from the oven, cooled, separated into crumb and crust and cut into small pieces. The pieces were freeze-dried and subsequently homogenized to a fine powder using the blender (crumb samples R, T and V; crust samples S, U and W, Figure 3).
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2

Rheological Properties of Thickened Liquids

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The same samples were used for both the projective mapping and ultra-flash profiling panels, and the trained descriptive analysis panels. Within these panels, two experiments (non-barium and barium) were conducted with nine samples of thickened liquid, ranging from thin to extremely thick, in each experiment. All samples were prepared at the University of Guelph, Canada. In the first experiment, a commercial thickening agent from Nestle Resource®: either Thicken Up® (TU; modified cornstarch) or Thicken Up Clear® (TUC; xanthan gum), was added to a base of Lemon Splash Water (Nestle Pure Life) according to the recipes shown in Table 1. In the second experiment, the same thickening agents were added to water (Nestle Pure Life) with 20% w/w added barium sulfate (E-Z-Paque®, 96%), in amounts shown in Table 1. The sample formulations were determined through preliminary trials and were confirmed to fall within the levels of the IDDSI framework and remain within those levels for a period of at least 3 hours post mixing.
Samples for both experiments were made using the same protocol. Samples were made by whisking the weighed thickener and/or barium sulfate into 22°C moving water with a stand mixer (Bosch Compact MUM4405) for 2 minutes, and then left to rest for 1 hour prior to serving. Samples were always kept at room temperature (22°C).
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3

Vital Gluten Extraction and Characterization

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Vital gluten was produced from wheat flour (type 550, Rosenmühle GmbH, Ergolding, Germany) using a food processor with a kneading hook (MUM4405, Robert Bosch GmbH, Stuttgart, Germany), which was equipped with a perforated bowl and a polyester cloth with 80 µm mesh size. Water-soluble components of the flour were washed out with a continuous supply of desalted water. The remaining wet gluten was freeze-dried for 72 h (Beta 1-8 LSCplus, Martin Christ Gefriertrocknungsanlagen GmbH, Osterode am Harz, Germany) and then milled in an ultra-centrifugal mill (Retsch GmbH, Haan, Germany) at a constant speed of 12,000 rpm and a sieve with a mesh size of 250 µm to obtain vital gluten powder. The residual starch content of the vital gluten samples was 3.11 ± 0.16% (4 measurements, total starch enzyme kit, Megazyme International Ireland, Ltd., Wicklow, Ireland). For further measurements, the vital gluten was rehydrated following the solvent retention capacity (SRC) method (AACC 56-11.02 [71 ]). The SRC of the gluten was 133.8 ± 3.6% (59 measurements, 14% moisture basis).
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