HA11922 Tanshinone IIA Powder

Tanshinone IIA Powder Description

Tanshinone IIA Powder is a diterpene quinone compound extracted from Salvia miltiorrhiza. The material exhibits characteristic solubility and bioactive moieties that contribute to its efficacy in cellular pathway studies. Its controlled particle morphology and purity, determined using chromatographic methods, facilitate reproducible results in both in vitro and in vivo experiments. The powder's standardised processing aids in minimising impurities, thereby supporting its application in research and development projects focused on therapeutic exploration.

Tanshinone IIA Powder Applications

1.       Healthcare
   - Used as an active compound in anti-inflammatory formulations to mitigate oxidative stress by leveraging its antioxidant properties.
   - Applied in formulations for cardiovascular studies to assess cellular protective effects via its bioactive moieties.

2.       Pharmaceutical Research
   - Serves as a test material in drug discovery to evaluate dose-response relationships by using its well-characterised chemical structure.
   - Frequently applied in mechanistic studies to elucidate cellular signalling pathways that can be modulated by its bioactivity.

Tanshinone IIA Powder Packing

Tanshinone IIA Powder is packaged in sealed, inert packaging to prevent moisture ingress and contamination. The product is stored in airtight containers, supplemented with desiccants to control humidity. Protective secondary packaging is provided to avoid physical damage during transit. Options for customised packaging, including tamper-evident seals and specific labelling, are available to meet handling and storage requirements.

Additional Information

The extraction and processing of botanical compounds require careful control of environmental conditions and solvent interactions to preserve chemical integrity. Advances in analytical techniques, such as HPLC, provide critical insights into compound profiles and impurities, assisting research teams in developing precise formulations. Understanding these methodologies is essential for ensuring consistent performance across various experimental setups.

The broader field of herbal extracts bridges traditional practices with modern analytical chemistry. Detailed characterisation and validation protocols are integral to translating bioactive compounds into reproducible research tools, reinforcing their role in advancing biomedical studies and pharmaceutical investigations.