Blood Science: Principles and Pathology by Andrew Blann, Nessar Ahmed

By Andrew Blann, Nessar Ahmed

lood technological know-how is a comparatively new self-discipline which merges biochemistry, haematology, immunology, transfusion technological know-how and genetics. This bringing jointly of conventional disciplines calls for a corresponding swap in schooling and coaching for healthcare scientists and Blood technological know-how: ideas and Pathology is written according to this rising need.
 
An creation to the topic and an outline of the suggestions utilized in blood technology are via a sequence of chapters according to teams of analytes investigated in blood - pink blood cells, white blood cells and platelets, through the ingredients of plasma, together with waste items, electrolytes, glucose, lipids, enzymes, hormones, foodstuff, medications, poisons and others.
 
Each bankruptcy is supported by means of studying pursuits, summaries and additional info, and a spotlight is given to bankruptcy particular case reports with interpretation to illustrate how laboratory facts along side medical information is utilised whilst investigating sufferers with real or suspected affliction. ultimately, a separate bankruptcy bargains extra targeted case experiences that combine the several points of blood science.
 
Undergraduate scholars taking blood technology modules as a part of their BSc programmes in Biomedical and Healthcare Sciences will savor the extent of integration among medical biochemistry and haematology. moreover, this publication will supply appropriate preliminary interpreting for these scholars embarking on blood technology modules on MSc programmes and may be of price to new graduates coming into the career and beginning their profession in blood technological know-how departments through supplementing practice-based education with the necessary theoretical underpinning.
Blood technology is a comparatively new self-discipline which merges biochemistry, haematology, immunology, transfusion technological know-how and genetics. This bringing jointly of conventional disciplines calls for a corresponding swap in schooling and coaching for healthcare scientists and Blood technology: rules and Pathology is written according to this rising need.
 
An creation to the topic and an outline of the innovations utilized in blood technology are through a sequence of chapters in keeping with teams of analytes investigated in blood - purple blood cells, white blood cells and platelets, via the parts of plasma, together with waste items, electrolytes, glucose, lipids, enzymes, hormones, food, medications, poisons and others.
 
Each bankruptcy is supported by way of studying pursuits, summaries and extra info, and a spotlight is given to bankruptcy particular case stories with interpretation to illustrate how laboratory info at the side of scientific information is utilised whilst investigating sufferers with real or suspected disorder. ultimately, a separate bankruptcy bargains extra specific case experiences that combine the several points of blood science.
 
Undergraduate scholars taking blood technology modules as a part of their BSc programmes in Biomedical and Healthcare Sciences will delight in the extent of integration among medical biochemistry and haematology. additionally, this ebook will supply compatible preliminary studying for these scholars embarking on blood technology modules on MSc programmes and may be of price to new graduates coming into the career and beginning their profession in blood technology departments via supplementing practice-based education with the necessary theoretical underpinning.
 
This e-book is approved via the Institute of Biomedical technology and written via its professional writers, lots of whom paintings at the Institute’s advisory panels.

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Extra resources for Blood Science: Principles and Pathology

Example text

Urea and electrolytes Lipids, glucose, diabetes and heart disease These tests include urea, creatinine, sodium and potassium and are described in detail in Chapter 12. The first The major risk factors for atherosclerosis, the disease process causing most heart disease, are smoking, 1 Introduction to Blood Science hypertension, dyslipidaemia and diabetes. There is a blood test for smoking – cotinine – but the laboratory is most unlikely to offer it or even to agree to send it to a reference laboratory.

These indices are: the mean cell volume (MCV), the volume of the average (mean) red blood cell; the mean cell haemoglobin (MCH), which reports the average amount (mass) of haemoglobin in the average cell; and the mean cell haemoglobin concentration (MCHC), the average concentration of haemoglobin in a given volume of red cells. The red cell is discussed in detail in Chapters 3 and 4. White blood cells White blood cells, or leukocytes, defend us from attack by microorganisms (viruses, bacteria and parasites), when raised levels of these cells can be expected.

Activated partial thromboplastin time This test assesses the ability of a different series of coagulation proteins from those of the prothrombin to form a clot. Patient’s plasma is again incubated with a complex collection of reagents, and the time taken to clot from the addition of the calcium ions is also recorded in seconds. Fibrinogen An adequate level of fibrinogen is crucial if coagulation factors such as prothombin and thrombin are to have their desired effect. The laboratory measurement of fibrinogen activity is performed using a modified version of the thrombin time where the patient’s plasma is induced to clot.

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