Impact of recombinant DNA technology on parasitology
Recombinant DNA technology has major impact on our understanding of many organisms and biological processes over the past three decades. The polymerase chain reaction has greatly enhanced the power of recombinant DNA by provided allowance for the detection of a little as one molecule. Cloned complementary DNA copies of mRNAs are easy to expression of individual gene products in other organisms.
The isolation of malaria antigen by expression screening cDNA, have been widely used in the fields of parasitology.
- Molecular genetics
- Hemoglobinopathies
- Vaccine preparation
- Diagnosis prevention and treatment of human disease
Related Conference of Impact of recombinant DNA technology on parasitology
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Impact of recombinant DNA technology on parasitology Conference Speakers
Recommended Sessions
- Animal Associations
- Applied Parasitology
- Approaches to Control Parasitic Diseases
- Arthropod Parasites
- Clinical Manifestations Of Parasitic Diseases
- Economic Cost For Parasite Diseases
- Experimental Immunoparasitology
- Fish Parasites & risks to Public Health
- General Parasitology
- Identification of Parasites
- Impact of recombinant DNA technology on parasitology
- Medical Entomology
- Medical Helminthology
- Medical Parasitology
- Medical Protozoology
- Molecular and Biochemical Parasitology
- Nutrition and Biochemistry of Parasites
- Parasitic Hosts
- Parasitic Treatment and Control
- Practical Parasitology
- Structural Parasitology
- The Health Policy Environment
- Ticks and Tick-Borne Diseases
- Transmission of Parasitic infection
- Tropical Parasitology
- Use of Parasites
- Vector-borne Diseases
- Veterinary Parasitology
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