Traditional medicines were established using indigenous experience and knowledge of the environment and nature.
Plants, herbs, and spices contain countless bioactive compounds that have benefited human health for thousands of years.
Apart from their use in the local communities, this knowledge of the therapeutic effect of natural products has been used to discover new drugs in modern scientific research.
Natural molecules and their analogs have a major impact on the health industry.
Botanicals contain numerous bioactive principles worth investigating for pharmaceutical and medical researchers.
To develop highly-performing medicines from natural ingredients, R&D scientists in the pharmaceutical industry should be able to rely on high-quality research instruments.
METTLER TOLEDO offers precise, high-quality instrumentation to enable fast, accuratetesting of raw materials, intermediate products, and final formulation of natural products.
For Quality Assurance, METTLER TOLEDO supports traditional medicines manufacturers for physical contamination detection, fill level control, package integrity, completeness checks, and track and trace implementation.
From Raw Material to Active Ingredient
Developing a successful ingredient from a natural source is a multistep process:
Discovering local plants and materials while respecting protected species, the Nagoya protocol, and indigenous knowledge.
Extraction of the bioactive compounds and recovery of a large range of metabolites.
Identification of the bioactive family and measurement of bioactivity.
Identification of the bioactive family and structural characterization.
Optimization of the extraction process.
Purification of the ingredient.
Concentration of the ingredient.
Preclinical and clinical research.
Using the knowledge of traditional medicines, plants are selected, and scientists perform a systematic screening of their extracts to isolate bioactive fractions.
Researchers isolate the extracts, assess their bioactivity, and characterize the structure of the active constituents.
The main goal is to reveal the most active fractions and to correlate the bioactivity with the responsible molecules or families of molecules.
Once the range of candidates has been narrowed, the processes to further develop the pharmaceutical ingredients are adapted to preferentially extract and purify the most active fractions and potentiate their bioactivities.