conceptual review of Adhyatma in Ayurveda

This adhyatma gyana is also a part of Ayurveda because it is related to human health especially with mental health; A group of diseases is described independently in Sushruta as adhyatmika dukha. Contemporary books also mention adhyatmika dukha and adhyatma has been described in details. The subject matter of adhyatma has been mentioned from different point of view, but in fact the adhyatma is related to atman, as it is knowledge of atman and its related subjects are the knowledgeable materials of adhyatma. Here in thispaper is a brief review of adhyatma ,terminology and its different prospects in ayurveda

REVIEW OF MUSIC AND ITS THERAPEUTICS W.S.R. AYURVEDIC CLASSICS (BRIHATRAYEE

Ayurveda is the science of living being. With the aim of health and procurement of disease it almost covers all facets of life. It includes health of an individual at physical, mental, spiritual, social level. Ayurvedic classics includes brihatrayee samhita like Charak, Sushruta and Ashtanga Hridaya. A review based study of music (geet, sangeet) was done in these classics to explore whether these classics includes any form of music as therapy or not. Based on review of these classics it was found that music in form of geet (vocal or instrument) has been given in contexts like vajikara(aphrodisiac), vata/pitta prakriti (basic consititutional make up), gandharva sattva, madyapana (intake of alcohol), therapy for rajyakshma (immune deficiency diseases), sanyasa (syncope/coma), jivadan (haemetemesis) etc. various swara have been correlated with their pacifying power of three sharirikadoshas viz. vata, pitta and kapha. Also a relationship between various raga of indian classical music have been said to be based on time of its singing which may be used as a therapy to pacify the dearrangement of prevalent doshas. several articles have shown music as therapy in sleep disorder, psychiatric disorders, schizophrenia, cardiovascular, cancer etc. with this paper a perspective of Ayurveda have been explored in music therapeutics

scope of Dharma w.s.r. to ritual dieties (karma kanda) in AYurveda

Ayurveda is science of living being. Aim of Ayurveda is mantainance of healthy life and pacification of diseases of diseased ones. Dharma, artha, kama and moksha these four are together called chaturvidha purushartha which is achieved by arogya (health).Ayurveda holds view of its independent darshanika viewthough it has shades of nearly all six astika darshanas. Mimamsa’s first verse implies its motto to explore Dharma. Ayurveda considers dharma as one of basic component to health. Dharma has been described under trieshana by acharya Bhela. Various conducts are described under sadavritta, achararasayana, moksha marga, naishtikichikitsa. Ayurveda describes three types of treatment which are yuktivyapshraya, daivavyapashraya and sattvavajaya. This daivyapashraya includes mantra, ausadhi, mani, mangal, bali, upahaar, homa, niyama,prayashchita, upawaas, swastyayana, pranipata, gamana etc. These type of methods are widely described in karma kanda of mimamsa darshana. This treatment method has been used in curing of diseases like unmada,graharoga. Methods of yagya has been described as well as used in putreshti and punsawansamskara described in charakasamhita. With this paper karma kanda widely used in treatment has been described in Ayurveda

A Study of Software Development Models for Small Organisations

Software Development is a complex and often difficult process requiring the synthesis of many disciplines, like modelling and design to code generation, project management, testing, deployment, change management and beyond. Software development organizations follow some process while developing a software product. A key component of any software development process is the lifecycle model on which the process is based

A critical review of fundamental principles of Ayurveda

The fundamental principle holds a strong ground in Ayurveda. Every medical stream has its own science in which its matter is developed, evolved and explained. From creation of living to issues of health, disease and its treatment these fundamental principles are the root. These can be enumerated as Tridosha, Panchamahabhuta, Prakriti, Ojas, Dhatu, Mala, Agni, Manas, Atma etc. They are most unique and original approach to the material creation and it has all scope to incorporate the modern development in the elemental physics. The aim of Ayurveda is to maintain the proper equilibrium of dosa, dhatus, and mala constituent in order to preserve health in a healthy person and cure a disease in a diseased person.The presence of cognition as well as the absence of cognition is an indication of the mind. In the presence of senses with senses object and soul the man does not perceive a thing in the absence of mind that is to say that senses are unable to grasp the object in the absence of Manas. The term Ojas has been used in Ayurveda for the factor which prevents decay and degeneratioif the body and provides strength and support against a disease. Concept of Agni which incorporates all activities and factors responsible for digestion and metabolism in the living organism as known today, knowledge to these fundamental principles is a key to health and diseases .Maintenances of health depend on good and sound knowledge of these. Detail will be given in full paper. Keywords: Ayurveda, health, dosa, Agni, min

Investigating The Role of AEG-1 in Mouse Models of Pain

Background: Astrocyte Elevated Gene 1 (AEG-1) is a multifunctional protein shown to be a regulator of transcription and multiple intracellular signaling pathways. The role of AEG-1 in cellular inflammation appears to be primarily facilitated by its direct interaction with the transcription factor NFκB, transcriptional regulator of inflammatory cytokines. May be have a potential role in models of pain, particularly chronic inflammatory and chemotherapy induced peripheral neuropathy (CIPN). Methods: C57BL6/J male and female mice, 8-14 weeks old. AEG-1 wild type (WT) and global knockout (KO) male and female mice, 8-14 weeks old. Chronic Inflammatory Pain induced via i.pl. injection of 50% Freund\u27s Complete Adjuvant (CFA) or vehicle into mouse right hind paw. CIPN induced via four 8 mg/kg, i.p. injections of Paclitaxel or vehicle (Toma, et. al). Mechanical hypersensitivity assessed via von frey filaments. Acetone Test was used to assess cold sensitivity. mRNA transcripts collected from tissues were measured via qRT-PCR. Results: AEG-1 KO mice displayed protection from CFA induced mechanical hypersensitivity, thermal sensitivity, and reduces paw edema compare to WT mice. AEG-1 KO mice displayed enhanced recovery from paclitaxel induced mechanical hypersensitivity and cold sensitivity compared to WT mice. AEG-1 expression levels in the periaqueductal grey, spinal cord, and L4-6 corresponding dorsal root ganglia collected from C57BL6/J mice treated with 8mg/Kg paclitaxel or 50% CFA (3 days post injection) showed no difference from control groups. Conclusions: Our data suggest that AEG-1 may be involved in inflammatory and CIPN related nociception in C57BL6/J mice.https://scholarscompass.vcu.edu/gradposters/1093/thumbnail.jp

Therapy of pancreatic cancer via an EphA2 receptor-targeted delivery of gemcitabine.

First line treatment for pancreatic cancer consists of surgical resection, if possible, and a subsequent course of chemotherapy using the nucleoside analogue gemcitabine. In some patients, an active transport mechanism allows gemcitabine to enter efficiently into the tumor cells, resulting in a significant clinical benefit. However, in most patients, low expression of gemcitabine transporters limits the efficacy of the drug to marginal levels, and patients need frequent administration of the drug at high doses, significantly increasing systemic drug toxicity. In this article we focus on a novel targeted delivery approach for gemcitabine consisting of conjugating the drug with an EphA2 targeting agent. We show that the EphA2 receptor is highly expressed in pancreatic cancers, and accordingly, the drug-conjugate is more effective than gemcitabine alone in targeting pancreatic tumors. Our preliminary observations suggest that this approach may provide a general benefit to pancreatic cancer patients and offers a comprehensive strategy for enhancing delivery of diverse therapeutic agents to a wide range of cancers overexpressing EphA2, thereby potentially reducing toxicity while enhancing therapeutic efficacy

Correction: The role of tumor-associated macrophages in tumor vascularization

This is a correction to a previously published article