Biochemical, Immunological and Epidemiological Analysis of Parasitic Diseases

Chapter 1_ Introduction. -Chapter 1.1.General concept on Parasitism, Parasites and Hosts. -Chapter 1.2. Need of the study of parasitology and its present relevance. -Chapter 2_Protozoan parasites. -Chapter 2.1. Flagellates. -Chapter 2.2. Intestinal and related flagellates. . -Chapter 2.3. Parasitic amoebae. -Chapter. -Chapter 2.4. Coccidia. -Chapter 2.5. Malarial parasites. -Chapter 2.6. Piroplasms.-Chapter 2.7. Toxoplasma. -Chapter 2.8. Systematics of the studied protozoan parasites. -Chapter 3_Parasitic helminthes. -Chapter 3.1.Cestodes. -Chapter 3.2.Nematodes. -Chapter 3.3. Digenians. -Chapter 3.4. Schistosomiasis. -Chapter 3.5. Systematics of the studied parasitic helminthes. -Chapter 4_Vectors. -Chapter 4.1. Order Diptera. -Chapter 4.2. Order Hemiptera. -Chapter 4.3. Ectoparasitic insects. -Chapter 4.4. Molluscs as intermediate host of Digeneans. -Chapter 4.5. Vector identification. -Chapter 4.6. Systematics of the studied vectors. -Chapter 5_ Epidemiology. -Chapter 5.1. Transmission between hosts. -Chapter 5.2. Transmission by contact. -Chapter 5.3. Transmission by ingestion. -Chapter 5.4. Transmission by infective agents. -Chapter 5.5. Transmission by biting arthropod. -Chapter 5.6. Regulation of parasitic abundance within the host population. -Chapter 5.7. Survival outside the body of the host and transmission. -Chapter 5.8. Population dynamics. -Chapter 5.9. Microparasitic direct and indirect transmission. -Chapter 5.10. Break points in parasitic transmission. -Chapter 5.11. Climate factors. -Chapter 6_Biochemistry. -Chapter 6.1. Energy metabolism in parasitic helminth. -Chapter 6.1.1. Electron transport in parasitic Protozoa. -Chapter 6.1.2.Electron transport in helminth. . -Chapter 6.2. Biochemistry of parasites in relation to antiparasitic drugs. -Chapter 7. Molecular biology. -Chapter 7.1. Genetic exchange in malarial parasite, trypanosomes and Schistosomes. -Chapter 8_Physiology and nutrition.

Late Professor P.K. Bandyopadhyay was a professor in the Department of Zoology, University of Kalyani. He was a nominated member of the National Academy of Sciences, India, and was an executive and life member of the Indian Society for Parasitology. He was an adjudicatory person and was aboard member of several universities and colleges in India and abroad. Professor Bandyopadhyay's latest research pertained to fish diseases and their plant-based control measures. He and his team isolated and characterized the bioactive compound, oleic acid, from Carica papaya seed and used the product as aqua-soluble drug in treating fish bacterial disease invivo. He had published more than 170 research articles on animal taxonomy.

Dr. Nitisranjan Das is a guest professor in the postgraduate section of Serampore College, Serampore, West Bengal, India. He graduated and completed his Ph.D. from the University of Calcutta as a "Presidencian" under the guidance of Late Dr. H. N. Ray. He has worked as an assistant research officer with the Indian Council of Medical Research, New Delhi, from 1965 to 1970 at Presidency College, Calcutta, before he moved to Serampore College in 1970 as a lecturer. He became head of the department in 1995 as a reader and retired in 2001. Dr. Das was elected to the board of management of the Serampore College in 1998 and served the college as the bursar. He hasbeen bestowed a number of special honors and has availed distinction from different organizations and institutions. Dr. Das is a fellow of the Zoological Society of India and the Royal Society of Tropical Medicine and Hygiene, London. He was also a resource person of the National Council of Educational Research and Training, New Delhi, India, for more than ten years. He has written a number of reference books on parasitology, wild life, embryology and treatment of tropical diseases published from Calcutta, West Germany, London and Poland.