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Plasma is the product of blood that has been prevented from clotting with an anticoagulant. Therefore, You need to use either a serum collection tube or a plasma collection tube, respectively. 1. Serum Tubes. Blood serum is a great (and stable) way of measuring the blood’s proteins, lipids, hormones, electrolytes, etc. The mean age of the patients was 49.5 years. There were 86 male and 26 female patients in the study. The mean level of Na in serum samples was 139.4 ± 8.2 mmol/L compared to137.8 ± 1 0.5 mmol/L in ABG (P < 0.05) [Table 1]. The mean difference among the results was 1.6 mmol/L showing a negative bias in arterial sample. This fraction of plasma protein contains these different β-lipoproteins, which are very rich in lipid content. It also has transferrin (siderophilin), which transports non-heme iron in plasma. The normal serum value of β-globulins is 0.91 gm/100 ml. Transferrin is an iron transport protein, and it can be saturated with iron up to 33% in plasma. The extracellular part of blood is an undiluted fluid. 2. Consists of 55 % of the total volume of blood. 2. In comparison to plasma, there is less volume. 3. Separating the plasma from the blood sample is quite simple and takes little time. 3. It's difficult to separate serum from blood. The serum iron test is a safe and straightforward way to test the level of iron in the blood. While normal ranges can vary between people, a high or low result can help a doctor determine the ^{The biochemical profile of whole blood, serum and plasma is a complex composition of over one thousand small molecules representing multiple biochemical families. In this study, we compared the levels of each compound detected in five different sample types as well as the relative ranges of these biochemicals . Both aspects are important for} HM18.

how does serum differ from plasma