Chamomile for Health: Evaluating Cultivation Practice and Exploring its Pharmaceutical Potential

A popular therapeutic plant with pleiotropic pharmacological effects, such as anti-inflammatory, antispasmodic, and antioxidant qualities, is chamomile. It has been traditionally applied for the treatment of neurological, dermatological, and gastrointestinal diseases. The objective of the current study was to examine the influence of agronomic practices on the yield of bioactive chemicals in chamomile and their possible application in medicine. To assess the influence of irrigation, fertilisation, pest control, and post-harvest treatment on the concentration of major bioactive chemicals like apigenin, chamazulene, and bisabolol, an exhaustive literature review was conducted. Comparing organic and conventional farming methods revealed that the former greatly increased the content of beneficial chemicals, such as chamazulene, which was 25% higher. Comparing organic and conventional farming methods revealed that the former greatly increased the content of beneficial chemicals, such as chamazulene, which was 25% higher. Crop rotation, organic manure, and IPM are instances of organic approaches that enhance the quality of soil and lower the chemical residues from the final product. Emerging drying technologies like freeze-drying and precision agriculture were also stressed as being fundamental to ensuring medicinal activity. Organic chamomile was proven to have increased levels of active ingredients and better pharmaceutical grade than conventionally farmed varieties. The research also underscored the need for uniform post-harvest handling to maintain chamomile’s medicinal qualities. The research concludes that organic and sustainable agronomic practices, together with proper post-harvesting techniques, can improve the quality of chamomile’s medicine significantly, thereby a worthwhile crop for medicinal purposes. Major Findings: Agronomic practices significantly influenced chamomile’s bioactive compounds, with bisabolol and chamazulene increasing by 70% and 25%, respectively. Efficient drying preserved 90% of essential oils, enhancing medicinal quality.