Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

AYURVEDIC UNDERSTANDING OF THE CHRONIC KIDNEY DISEASES

View through CrossRef
Chronic Kidney Disease (CKD) is a progressive disorder that impairs renal function over time. Ayurveda, the ancient Indian system of medicine, provides a holistic understanding of CKD by examining genetic, anatomical, dietary, behavioural, and traumatic factors contributing to renal dysfunction. Polycystic renal diseases and anatomical defects are significant causes of CKD, correlating with the Ayurvedic concepts of Bheeja and Bheejabhagaavayava dushti. Anatomical deformities of the mutravaha srotas, such as Mutra granthi and Basti kundalika, are linked to CKD manifestations. Improper dietary habits, including excessive intake of kshara (alkalis), lavana (salt), madhya (alcohol), shukta, and abhishyand ahara contribute to renal parenchymal damage, emphasizing the importance of a regulated diet in Ayurveda. Additionally, the suppression of natural urges, particularly mutra and pureesha, disrupts the apana vata, adversely affecting renal function by impairing neural and vascular supply. Imbalanced water intake, consumption of contaminated water, and water with high dissolved solvents can lead to mutraghata and mutrakricchra (urinary disorders) described in Ayurveda. Trauma or injury to vital organs, including basti , can cause irreversible renal damage. In surgical practices, care must be taken to avoid damaging the mutravaha srotas, udakavaha srotas, and shukravaha srotas to prevent CKD. This holistic understanding emphasizes prevention through proper diet, behavioural practices, and protection of vital organs, offering insights for managing CKD from an Ayurvedic perspective.
Title: AYURVEDIC UNDERSTANDING OF THE CHRONIC KIDNEY DISEASES
Description:
Chronic Kidney Disease (CKD) is a progressive disorder that impairs renal function over time.
Ayurveda, the ancient Indian system of medicine, provides a holistic understanding of CKD by examining genetic, anatomical, dietary, behavioural, and traumatic factors contributing to renal dysfunction.
Polycystic renal diseases and anatomical defects are significant causes of CKD, correlating with the Ayurvedic concepts of Bheeja and Bheejabhagaavayava dushti.
Anatomical deformities of the mutravaha srotas, such as Mutra granthi and Basti kundalika, are linked to CKD manifestations.
Improper dietary habits, including excessive intake of kshara (alkalis), lavana (salt), madhya (alcohol), shukta, and abhishyand ahara contribute to renal parenchymal damage, emphasizing the importance of a regulated diet in Ayurveda.
Additionally, the suppression of natural urges, particularly mutra and pureesha, disrupts the apana vata, adversely affecting renal function by impairing neural and vascular supply.
Imbalanced water intake, consumption of contaminated water, and water with high dissolved solvents can lead to mutraghata and mutrakricchra (urinary disorders) described in Ayurveda.
Trauma or injury to vital organs, including basti , can cause irreversible renal damage.
In surgical practices, care must be taken to avoid damaging the mutravaha srotas, udakavaha srotas, and shukravaha srotas to prevent CKD.
This holistic understanding emphasizes prevention through proper diet, behavioural practices, and protection of vital organs, offering insights for managing CKD from an Ayurvedic perspective.

Related Results

MicroRNA-204 may predict the renal function in patients with chronic kidney disease
MicroRNA-204 may predict the renal function in patients with chronic kidney disease
Background: Chronic kidney disease significantly affects human health by loss of excretory kidney function. MicroRNAs have potential predictive and therapeutic signific...
Kidney Tissue Reconstruction by Fetal Kidney Cell Transplantation: Effect of Gestation Stage of Fetal Kidney Cells
Kidney Tissue Reconstruction by Fetal Kidney Cell Transplantation: Effect of Gestation Stage of Fetal Kidney Cells
Abstract Dialysis and kidney transplantation, current therapies for kidney failure, have limitations such as severe complications, donor shortage, and immune-related...
The Impact of IL28B Gene Polymorphisms on Drug Responses
The Impact of IL28B Gene Polymorphisms on Drug Responses
To achieve high therapeutic efficacy in the patient, information on pharmacokinetics, pharmacodynamics, and pharmacogenetics is required. With the development of science and techno...
Epidemiology of Chronic Kidney Diseases in Ethiopian Police Hospital: Institutional based cross sectional study
Epidemiology of Chronic Kidney Diseases in Ethiopian Police Hospital: Institutional based cross sectional study
Abstract Background Diabetes mellitus remains the leading cause of end stage renal disease in most countries in the world. In Ethiopia, renal complications of diabetes may...
MicroRNA in kidney disease
MicroRNA in kidney disease
Abstract Clinical and laboratory findings of kidney disease in an adult may find an explanation in kidney functional and/or structural abnormalities that already ex...

Back to Top