A Review on Smriti (Memory) and its Affiliates in Ayurveda
Journal: JOURNAL OF RESEARCH IN TRADITIONAL MEDICINE (Vol.3, No. 5)Publication Date: 2018-03-20
Authors : Pallavi Ghadage; Niranjan Yethdaka; Narendra Trivedi;
Page : 143-150
Keywords : Ayurveda; Buddhi; Medha; Memory; Smriti;
Abstract
BACKGROUND: Memory is the higher mental process in which information is encoded, stored and retrieved. It has a prominent role in the perception of knowledge. Scattered references about the concept of Smriti is found in the classical texts of Ayurveda. Smriti (Memory) is more related with Buddhi (Intellect) and Mana (Mind). AIM: The present review aims at analysing the concept of Smriti in various aspects as per the classics of Ayurveda.MATERIALS & METHODS:Information from Ayurveda texts and review articles from NIIMH, PubMed, and Google scholar was used for the completion of the study. The keyword used in search strategy was Smriti, smRuti. OBSERVATIONS: Total ninety references at various contexts were found in Samhita. The retrieved data were stratified into definition, philosophical, physiological, assessment, pathological and treatment aspect of Smriti. CONCLUSION: The concept of Smriti ranges from philosophical to physical and psychological levels. Memory is said to be the result of collective action of Atma (soul), Mana, Buddhi and Medha (Retentive Faculty of memory). Though various Acharya have explained Dhi (Understanding), Dhriti (Fortitude), and Smriti separately but these are to be considered as the inseparable parts of the Buddhi to perform its function.
Other Latest Articles
- Efficacy of Kshara Karma (Caustic therapy) in Primary and Secondary Third Degree Arshas (Haemorrhoids) - A Case Report
- Evaluation of Anti - Hyperglycaemic activity of Madhu (Honey) in High fat diet induced diabetes - An Experimental study
- Investigation on effects of fineness of flyash and alkaline ratio on mechanical properties of geopolymer concrete
- The required ductility reduction of soft storey buildings through application of base isolation
- Evaluation of damage anisotropy induced in GFRP composite materials by an innovative ultrasonic experimental approach
Last modified: 2018-03-29 14:51:15