There are numerous degree programs offered by Plant Pathology but master of science, PhD in Plant Pathology and doctoral degrees are the commonest. Graduate students can take part in research related to molecular biology and plant physiology. Students who have completed the core curriculum and earned an associate degree in molecular biology, crop pathology and plant physiology, can apply for the advanced diploma. These are the primary courses offered by the university.

The Plant Pathology laboratory is a great place for graduate students to improve their skills and realize their potential. Bioreactors and Genomics Portals, Neurobiomaterials Lab and Xenobiology labs are the most popular labs. The Plant Pathology lab boasts outstanding facilities such as electron microscopes. There are numerous clinic facilities, as well as modern diagnostic and therapeutic equipment. Graduate students may opt for the specialties in the field of plant pathology, nematode diseases, parasite infections, virus infections and myopathology, pharmaceutical engineering and nutrition.
Plant Pathology

The plant pathology laboratory provides diagnostic services, such as the serological tests that are routinely administered or molecular biology tests. Automated diagnostic programs are available for different pathogens. Online mode is available to assist you in your work. The software for managing labs allows you to upload the specimens and run the laboratory management software. This can be helpful in the process of workflow management and overall improvement of workflow performance.

To collect samples, the sample collectors utilize glass vials and wells. A special collection vial is used to collect soil nematode as well as plant pathology samples. It is quick and easy and much more affordable than other laboratory collection methods. The kits for collection of samples include different types of media and reagents for different types of species.

For the analysis of plant pathology and plant disease samples it is essential to use the right type of reagent and test reagents. The right reagents could be used to determine the state of health of the nematode. Some of the reagents that are used in the nematode removal process are the R-zyme Q10, Malasezz, Flucelox, etc. The samples obtained using these reagents will be specific to plant pathology and plant disease samples. The fluorescent microscope is the type of microscope employed by professionals in plant pathology services. The specimen is loaded into this microscope and it is there that the actual images can be observed.

Plant pathology and plant disease analysis are closely interlinked. The other cannot exist without the first. The soil samples are the very first step in the research and treatment of fungal pathogens at a plant pathologist's desk. After the nematode samples have been taken, they are tested for DNA as well as other indicators to identify the presence of bacteria or fungi.

Plant pathologists are also involved in the development of vaccines against fungi as well as viruses. It has been possible to develop resistant strains of a variety of fungi. One such vaccine is the Mycoplasma Virulence which was developed by an association of experts in plant pathology. Another vaccine that has been developed is Botox Virus. These efforts aim to control the spread of fungi that cause crop diseases. This will lead to a rise in demand for experts in plant pathology and physiology as more farmers become aware of these issues.