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Cell dyn 3700 and 4000

Manufactured by Abbott
Sourced in United States

The Cell Dyn 3700 and 4000 are automated hematology analyzers developed by Abbott. They are designed to perform complete blood count (CBC) and cell differentiation analysis on patient samples. The core function of these instruments is to provide accurate and reliable data on the number and types of blood cells present in a given sample.

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2 protocols using cell dyn 3700 and 4000

1

Comprehensive Clinical Analysis of Volunteers

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A complete clinical analysis - consisting of hematology, chemistry, and urine chemical analysis - was performed in the volunteers. All samples (blood and urine) were collected, by a nurse at the University Hospital Virgen de la Arrixaca from the subjects early in the morning and under fasting conditions. Blood samples at rest were obtained by venipuncture and were placed in different tubes according to the analytical procedures. The samples were processed within 1 h of collection and stored at −80 °C for the analytical determinations. The hematological parameters were recorded using an automated hematological analyzer (Cell Dyn 3700 and 4000, Abbott, IL, USA) at the clinical analysis service of the University Hospital Virgen de la Arrixaca (Murcia, Spain). One-milliliter from the 24-h urine was used for analysis of the lipid peroxidation biomarkers. The metabolites were normalized as ng mg−1 creatinine and were assayed using the method described by Medina et al. [21] (link). Clinical parameters results of our volunteers (mean±standard deviations (SD)) are summarized in Table 1.
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2

Comprehensive Clinical Analysis of Subjects

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A complete clinical analysis -consisting of hematology, chemistry, and urine chemistry analysis -was performed at the onset of and after the experimental period. All samples (blood and urine) were collected by a nurse from the subjects early in the morning, under fasting conditions. Blood samples at rest were obtained by venipuncture, at the beginning and at the end experimental period and were placed in different tubes according to the analytical procedures. Samples were processed within 1 h of collection and stored at -80ºC for the analytical determinations. The hematological parameters were recorded using an automated hematological analyzer (CellDyn 3700 and 4000, Abbott, IL, USA) at the Clinical Analysis Service of the Hospital Virgen de la Arrixaca (Murcia, Spain).
Twenty-four-hour urine samples were collected before and after the 2-weeks training period. They were collected in sterile, dark polystyrene tubes with screw caps. The urine analyses were also performed in a modular analyzer (Roche Diagnostic, Mannheim, Germany). The 24-h -1 urine was used for the absolute calculation of the amounts of F 4 -NeuroPs and F 2 -dihomo-IsoPs excreted. The urinary F 4 -NeuroPs and F 2 -dihomo-IsoPs were analyzed using our previously-described method [27] .
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