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Sliceomatic 4 3 and 5

Manufactured by Tomovision
Sourced in Canada

The SliceOmatic 4.3 and 5.0 are high-performance lab equipment designed for precise sample preparation. These models offer advanced slicing capabilities for a wide range of materials. The core function of the SliceOmatic is to accurately and consistently slice samples into thin sections for further analysis or processing.

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2 protocols using sliceomatic 4 3 and 5

1

Whole-Body MRI for Body Composition

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Detailed body composition was performed by using whole‐body MRI with a 1.5T scanner (Magnetom Vision or Magnetom Avanto, Siemens Medical Systems, Erlangen, Germany) as in detail described elsewhere 26, 27. Briefly, participants were examined in a supine position with their arms extended above their heads. SATarms were defined from wrist to humerus heads. SATlegs were defined from femoral heads to ankle. Between humerus and femoral heads, volume of SATtrunk was assessed. VAT was defined from the top of the liver to femoral heads. In the present analysis, volumes of SAT and VAT were manually segmented by using segmentation software (SliceOmatic 4.3 and 5.0, Tomovision, Montreal, Canada). Tissue volumes were determined from the sum of all areas (cm2) multiplied by slice thickness. Masses of regional SAT and VAT were calculated as tissue volumes multiplied by density (0.923 g cm−3).
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2

Whole-Body MRI for Body Composition Analysis

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As described previously, detailed body composition of all subjects was performed by using whole-body MRI with a 1.5T scanner (Magnetom Vision or Magnetom Avanto, Siemens Medical Systems, Erlangen, Germany).30 (link), 31 (link) Briefly, participants were examined in a supine position with their arms extended above their heads and they were asked to hold their breath during measurement of abdominal and thoracic regions for image acquisition. In the present analysis volumes of SAT and VAT were manually segmented by using segmentation software (SliceOmatic 4.3 and 5.0, Tomovision, Montreal, Canada). SAT was analyzed from ankle to wrist. In this case SATlegs were defined from ankle to femoral heads and SATarms were defined from humerus heads to wrist. Between femoral and humerus heads volume of SATtrunk was assessed. VAT was defined as intra-abdominal fat between femoral heads and the top of the liver. Volumes of SAT and VAT were determined by the sum of all adipose tissue areas (cm2) multiplied by slice thickness. Volume data were then transformed into tissue masses by using the following density: 0.923 g cm−3 for SAT and VAT.
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