Phytex announces Atropine Base and Atropine Sulfate available for supply
- louisemlynch
- Nov 11, 2021
- 1 min read
Updated: Sep 27, 2024
Phytex is pleased to announce Atropine Base and Atropine Sulfate are now available for supply. Phytex manufacturers these products from Australian sourced natural materials.
Atropa Belladonna
What is Atropine?
Atropine is a muscarinic antagonist used to treat poisoning by muscarinic agents, including organophosphates and other drugs. An alkaloid, originally from Atropa belladonna, but also found in other plants (Duboisia, Datura), mainly solanaceae.
Download the spec sheets:
Extraction and isolation expertise
Phytex has a proven track record in supplying Active Pharmaceutical Ingredients (APIs) to the global pharmaceutical industry to support research and development in formulation, for both clinical trials and commercial needs.
Phytex has the expertise and experience to deliver quality APIs in small gram batches, as well as the flexibility and capacity to scale up to commercial kilo quantities. The team understands the importance of drug continuity for key ingredients and are proud of its 40+ year history of zero product recalls.
Regulatory credentials
Phytex maintains the highest quality standards, manufacturing in strict accordance with cGMP and ICH Quality Guidelines - ICH Q7 - as well as 21 CFR part 210 and 211.
Phytex holds current regulatory licensing with the Australian Therapeutic Goods Administration as well as the U.S. Food and Drug Administration, in association with New Drug Applications and Abbreviated New Drug Applications with global pharmaceutical companies.
For Atropine Base and Atropine Sulfate enquiries, contact Phytex or one of our global agents:
Phytex
+61 (2) 9533 1324
TBL Pharma
Mitch Denny
Ethan InPharmaVit, Inc
Luzelena Munoz
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The article’s explanation that atropine sulfate dissolves more readily in water than atropine base was a useful detail because it clarifies why different formulations are chosen for different delivery methods. That small chemical distinction has meaningful implications for clinical use. It reminded me of the analytical thinking encouraged through New Assignment Help Australia which supports learners in understanding why variations exist rather than memorising isolated facts. I found it interesting how formulation affects dosage accuracy and storage conditions. It also made me curious about how often practitioners need to adjust based on patient specific factors. The article provided a clear and accessible comparison helping readers appreciate how chemistry and practicality intersect in real world applications.