The Ever-increasing Applications of Molecular Diagnostics Find Scope in Proteomics

Published By : 16 May 2016 | Published By : QYRESEARCH

Molecular diagnostics uses biological markers to create analytical patterns of a person’s genes in terms of their expression in proteins. The process uses concepts from medical testing and molecular biology to create a diagnostic method that can help devise the most optimum therapy for a patient who suffers from various serious diseases. The technique additionally uses these concepts to detect the risk factor of a disease and to monitor an existing disease. Molecular diagnostics are, overall, being used in a plethora of medical purposes, including specializations in human leukocyte antigen typing, oncology, several major infectious diseases, pharmagenomics, and coagulations.

Molecular Diagnostics in Proteomics

The exploration of the proteome has been using molecular diagnostics for some time, but not in the manner it has been recently. The modern usage of this tech in proteomics has opened up major identifications of complicated biological specimens and their proteins. This is an extremely crucial step that can help identify early development stages of any disease in the person from which the samples have been taken. Further development of proteomics through molecular diagnostics can be done through the use of futuristic nanomaterials. In fact, the developments in these fields are even leading to a new sub-discipline of nanoproteomics.

Unhealthy Environments Breed Growing Scope for Molecular Diagnostics
The global market for molecular diagnostics is currently rising at a rapid pace, owing largely to the increasing prevalence of diseases across the world. The causes for this are as diverse as they come; ranging from unhealthy and stressful lifestyles to the increasing amount of smoke and pollution that we are exposing ourselves to every day. As a result, the use of molecular diagnostics is taking a high priority in the treatment of infectious diseases. This is further compounded by a surging global population. As the developing economies rise and the developed ones continue to prosper, there are going to be more and more cases of diseases and therefore, a greater scope of developments and research in the field of molecular diagnostics.

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