Role of Regenerative Medicine to control the Metabolic Disease

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Introduction

Regenerative Medicine is a relatively new science, which offers the hope and promise of providing replacement of cells, tissues and organs to patients with birth abnormalities, disease and/or injury. The traditional approaches to Regenerative Medicine have been bioengineering organs, tissues or cells lines for treatment. This involves collecting, expanding and characterizing the cells that are injected back into the patient, or seeded on a scaffold in the shape of a tissue or organ, and then placed back into the patient. These approaches have shown great promise for a variety of tissues and organs, including urinary bladder, trachea, pancreas, liver, kidney, vascular tissues, bones and heart.

Regenerative medicine is a fast-growing multidisciplinary, translational research field whose explicit purpose is to develop techniques for repairing and replacing damaged cells, tissues, and organs. Scientific and technological advancement in the area has been steady, and standards continue to rise for its comprehensive clinical application. 

The aim of regenerative medicine can be eloquently upheld as the repair and removal for complete regeneration of damaged cells, tissues, and organs. It is a worldwide, interdisciplinary initiative with translational research focused on the advancement of treatments for patients with a range of age-related dysfunctions and ailments

The symbiosis between metabolic impairment disruption to the cell / tissue and regenerative capacity remains uncertain

Regenerative medicine may repair or remove tissues and organs that are weakened and harmed by age, disease or trauma, and also stabilize genetic abnormalities. Successful clinical trials and clinical evidence to date reinforce the prospect of addressing both chronic illnesses and severe injuries and regenerative medicine to cure diseases that arise along a diverse range of organs and circumstances, involving epithelial damages, coronary heart disease and traumatic events, chemotherapy, and even more. The area of regenerative medicine contains various approaches, such as the use of substances and de novo produced cells, as well as different forms of them, to restore the damaged tissue, replace it operationally and efficiently, or respond to tissue regeneration

The explicit goal of regenerative pharmacology is to modulate cell, tissue, and organ physiology to accelerate, improve, or enhance functional outcomes (Andersson and Christ, 2007). However, this approach requires a radical change in thinking about the therapeutic development paradigm. Most importantly, regenerative pharmacology can be used throughout the life cycle of the disease process, a major distinction from the more traditional pharmacological approaches.

The main aim of this research is to look at and examine the role of regenerative medicine in the metabolic disease domain. This research will make a critical contribution to the rapid translation progress and clinical utility of regenerative medicine technologies

Problem Statement

At the dawn of a precision and personalized medicine era, the regenerative medicine field must awaken to these unexplored connections between immunometabolism, inflammation, metabolic diseases, and tissue regeneration.

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