Trace amine-associated receptor 1 (TAAR1): an emerging therapeutic target for neurodegenerative, neurodevelopmental, and neurotraumatic disorders.

Trace amines are physiologically active amines present in all organisms. They are structurally identical to traditional monoamines and are rapidly metabolized by monoamine oxidases. The mammalian neurological system generates these molecules at rates equivalent to traditional monoamines, but because of their short half-life, they are only observable in trace quantities.

Ayurvedic perspective of dietary risk factors of colorectal cancers - A hospital-based case control study.

Background: The rising prevalence of colorectal cancer (CRC) may be attributed to various nutritional and behavioural factors, making both factors as important topics for discussion to the layman and the oncology community.

Objective: To explore additional dietary risk factors, other than those already known, according to the Ayurvedic perspective in CRC patients.

Methods: Detail dietary data was collected from 420 patients of CRC and 116 healthy volunteers registered at our institute with the help of a food frequency questionnaire.

Effects of Raupya Suvarna Sutashekhara, a herbo-mineral-metallic formulation as adjunct Oral Ayurvedic Medicine on long-term survival in patients of malignant brain tumor.

Background: The incidence of brain tumors poses a significant threat, particularly with high-grade tumors that exhibit rapid growth and can significantly impair the patient's quality of life, despite treatment modalities. Ayurveda, a natural system of medicines helps to enhance health benefits when used as a complementary therapy in combination with conventional treatment through various herbal, herbo-mineral or herbo-mineral-metallic formulations. One of such formulations, Raupya Suvarna Sutshekhara (RSS), has Raupya bhasma and Suvarna bhasma (incinerated Silver and Gold respectively) ingredients and they are described as Rasayana (immunomodulatory) and possess Medhya (enhances the brain functions and intelligence) activity.

Chitosan-thiourea and their derivatives: Applications and action mechanisms for imparting drought tolerance.

The increasing abiotic stresses from changing global climatic conditions, including drought, extreme temperatures, salinity, storms, pollutants, and floods, impend crop cultivation and sustainability. To mitigate these effects, numerous synthetic and non-synthetic chemicals or plant growth regulators are in practice. Chitosan, a natural organic substance rich in nitrogen and carbon, and thiourea, a synthetic plant growth regulator containing sulfur and nitrogen, have garnered significant interest for their roles in enhancing plant stress tolerance.