What does PMPP mean in UNCLASSIFIED

Researchers in PMPP use genetic engineering techniques such as gene editing along with more traditional methods like microscopy and biochemistry to study how plants interact with their environment. They may also use molecular biology tools such as genomics or proteomics to gain insight into plant physiology and disease resistance.

The primary goal of research conducted in PMPP is to identify the causes behind various plant diseases as well as potential treatments that can be used to combat them. By understanding how plants interact with their environment on a molecular level, researchers hope to be able to develop new strategies for controlling certain types of crop diseases in the future.

No, although most of the research done in PMPP revolves around pathogen-induced plant diseases caused by fungi, viruses, nematodes, etc., it also looks at how plants respond to abiotic stresses such as drought or salinity. By understanding what triggers these stress responses on a molecular level, researchers may eventually be able to develop more effective ways of dealing with abiotic stresses as well.

Many physiological processes are studied within PMPP since they provide insight into the inner workings of a plant's cells and tissues which can affect its ability to resist disease or react strongly when exposed to environmental stressors. Studying these processes helps researchers gain a better understanding of how pathogens cause disease and gives them clues about which genes may be involved so they can start looking for possible treatments.