Describe the difference between defibrinated and heparinized blood


  • Réponse publiée par: RoseTheShadowHunter
    Difference Between Defibrinated and Heparinized BloodDefibrinated BloodDefibrinated blood is a whole blood without the component fibrin.Blood is collected in a bottle containing small glass beads.Blood is collected in this bottle with constant manual agitation to aid in the process of defibrination.

    Know more about the composition of blood by clicking this link:

    Heparinized BloodIt is a whole blood sample treated with heparin.Heparin prevents blood from clotting by blocking the usage of thrombin and fibrin.Heparinized blood is used for blood gas analysis.

    Know more about blood clotting by clicking this link:

    Similarities of Defibrinated and Heparinized Blood

    They are both used as whole blood sample in the medical laboratory.They are both products of fibrin inhibition.

    Know more about the differences between blood cells by clicking this link:

  • Réponse publiée par: 123gra

    It forms an anion and Cation.So letter A.

  • Réponse publiée par: taekookislifeu

    Subtances that are included in the element are Iron (Fe)

    Further explanation

    A pure substance can be an element or compound.

    The element is a single substance that cannot be broken down anymore or the simplest substance.

    While the compound is a pure substance that is formed from a combination of two or more elements through chemical reactions and has a constant chemical ratio.

    A mixture is a combination of two or more single substances. The properties of the mixture component are not lost / unchanged as in compounds.

    The mixture can be divided into a homogeneous mixture if the composition / ratio of each substance in the mixture is the same and heterogeneous mixture if the ratio of the composition of the substances is not the same (can be varied) in each place.

    Mixtures can also be divided into solutions, suspensions, and colloids based mainly on the size of the particles

    Homogeneous mixture = Solution

    Heterogeneous mixture = suspension

    The mixture is located between suspension and solution = Colloid

    The solution is a mixture of two or more substances consisting of a solute and a solvent. The particle size of the solution is very small, less than 1 nm, it cannot be distinguished between the solute and its solvent medium. Substances in a solution cannot be separated through filtering.

    The solution has the same composition in each of its parts.

    Suspensions are rough mixes and are heterogeneous. Particle size is more than 100 nm.

    The mixture is a murky solution, but it gradually separates due to the influence of gravity (undergoes precipitation). Suspension can be separated by filtering.

    Colloids are mixtures of dispersed particles and dispersing particles. The size of colloidal particles lies between 1 nm - 100 nm

    colloid mixtures cannot be separated through ordinary filtering, but rather with ultrafilters.

    Let's look at the answer choices

    A. Air

    Included in the mixture because it consists of various elements and compounds such as H₂, N₂ and O₂. Air is a homogeneous mixture

    B. Iron  (Fe)

    Included in the elements in the periodic system lies in the transition group VIIIB (block d) in period 4 with atomic number 26 and atomic mass 56. Iron is included in the metal

    C. Salt  (NaCl)

    Included in the compound, because it is composed of Na and Cl elements to form NaCl compounds. This compound is included in a strong electrolyte which is fully ionized when dissolved in water so that it can conduct electricity

    D. Sugar

    Included in carbohydrate compounds and is an organic compound, which is composed of 3 main elements namely C, H and O

    Learn more

    the compound and their elements

    examples of elements and compound

    orange juice,an element or a compound


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Describe the difference between defibrinated and heparinized blood...