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ISBN: 978-81-935757-8-9


1. Lamis Kaddam
2. Mohamed Zaheer

Blood contains various components and each one has its own function for the proper functioning of the body. Four main components of blood are: plasma, red blood cells, white blood cells and platelets. Researchers and hematologists working on these areas are requested to submit their book chapter for the publication in eBook titled "Studies on Components of Blood & its Functions".

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Published Chapters:

Impact of organophosphates and other pesticides on blood parameters of fishes and earthworms

Author(s) : Singh S; Tiwari RK; Ghosh S; Pandey RS*

The earthworms and fishes are regarded as most agro-economically valuable organisms in India and around the world. The earth worms living underground can make the soil fertile by two means. First, it can flip the down soil upwards and secondly it can make the soil rich with nitrogen produced from waste products. In India and in other parts of the world, both fresh water and marine fishes are consumed largely. An indiscriminate use of pesticides in agriculture may stall the earthworm population and production of fishes by creating different physiological anomalies either by themselves or by their derivatives, though both of the organisms are non-target to the pesticides. Blood performs almost all important and vital physiological functions due to its circulatory nature. It transports necessary nutrients, gases and waste products throughout the body. Therefore, the present study was designed to explore the impact of various pesticides in modulations of hematological/cellular/metabolic and free radical parameters in blood of earthworms and fishes. We observed significant variations in different hematological parameters of these two organisms upon acute exposure to few organophosphates and other pesticides. These results suggest that the acute exposure of these pesticides can affect the non-target organisms and change the balance of eco-system adversely.

An introduction to blood groups and blood transfusion in domestic animals

Author(s) : Aasif Ahmad Sheikh*; Showkat Ahmad Bhat; Ankita Kalyan; Mohammad Rayees Dar

Blood groups are decided by genetically influenced, polymorphic, antigenic components of the erythrocyte membrane. Blood group systems in general are independent of each other, and their inheritance conforms to Mendelian dominance. For polymorphic blood groups, an animal usually inherits 1 allele from each parent and thus expresses not more than 2 blood group antigens of a system. An exception being cattle, where multiple alleles or phenogroups are inherited. Normally, an individual does not have antibodies against any of the antigens present on its own red blood cells (RBC) or against other blood groups antigens of that species systems unless they have been induced by transfusion, pregnancy or immunization. The so called naturally occurring isoantibodies in some species (sheep, cattle, horses, pigs, dogs and cats), not induced by transfusion or pregnancy, may be present in variable but detectable titres. For example, cats with Group B essentially have anti-A antibody. With random blood transfusions in dogs, there is a 30-40% chance of sensitization of the recipient, primarily to blood group antigen DEA 1 (DEA stands for Dog Erythrocyte Antigen). ~50% of dogs have a naturally occurring cold hemagglutinin, DEA 7. In horses, transplacental immunization of the mare by an incompatible fetal antigen inherited from the sire may occur. As reported by Susan M. Cotter [1], immunization also may result when some homologous blood products are used as vaccines (e.g., anaplasmosis in cattle).

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