Mother Nature is the biggest chemist synthesizing a wide variety of interesting and amazing chemical moieties with potential benefits to mankind. Research laboratories at Sami Labs Limited endeavor to tap this immense natural potential to bring out products with the goal of "Design to Delivery".
To achieve this goal, several independent divisions work with a synergistic approach and help profile the product to meet international standards. The innovations have brought us not just a rising arrow in our growth chart, but also have won us several accolades and awards, national and international.
This division focuses on identifying, isolating and developing drugs from various natural source having a potential to become a drug. As on date Forskohlin Eye Drops for Glaucoma and BSM 01 for Psoriasis have been approved by the Indian FDA. Pre-clinical studies are going-on for three other natural molecules in various therapeutic areas.
This division forms the core activity of the company and has played a significant role for the organization to reach its present status. Standardized Phytoextracts that function as nutraceuticals, cosmeceuticals or nutricosmetics have been skillfully commercialized to meet the ever increasing global needs.
Identification, isolation, characterization of the bio-actives and optimization of the extraction methods form the core activities of this division. A range of Supercritical extracts have been developed using SC CO2.
Several innovative products from this division have made its way into the global markets.
Synthesis of a novel compound is a problem solving task, where a synthesis is designed for a target molecule by selecting optimal reactions from optimal starting materials.
The focus is on,
To this day, more than 40 compounds have been scaled up and successfully commercialized. Our key focus has been on the Selenium based organic molecules, Chiral molecules, Peptides and Natural Actives.
The focus here is mainly on micropropagation of elite clones of plants with significant bioactivity. It also works on selected rare plants for propagation, through tissue culture techniques in the laboratory.
The typical steps followed are:
Some of the plants that have been cultivated through tissue culture are Coleus forskohlii , Curcuma longa, Allium sativum, Olea europaea and Melissa officianalis. Techniques are being developed for secondary metabolite production through callus culture.
Enrichment of amino acids and essential minerals by a Hydroponic technique has also been successful and a few new innovations are being tried in this area.
Biotechnology Division has developed stable probiotics and enzyme complexes. Experiments on biocatalytic conversion to enhance better recovery of certain bioactives are carried out here. Mineral Enriched Yeast is another specialty product developed here.
Analytical R&D has been audited and NABL accredited for its validated testing protocols.
Equipped with the state of art facility to meet international standards, this division plays a pivotal role in setting the product standards and ensuring the adherence to these set qualities.
Characterization of extracts and molecules and evaluation of product quality is done using an array of modern techniques such as HPLC, GC, LC-MS, HP-TLC, GC-MS, NMR (300 MHz), ICP-OES, AAS and other chemical analysis methods.
To comply with the varied quality requirements globally, the Analytical R&D and QC ensures the quality of the finished products with regard to
Microbiological Division screens the various extracts and fine chemicals for microbial compliance in accordance with global requirements. The antimicrobial activity and the preservative efficacy of the various bioactives are also evaluated in this division.
Bio research division focuses on developing the safety & efficacy profile of the products by screening through an elaborate series of in vitro methods that does not involve testing on animals.
Also NABL accredited, the Bio-Research Division has set up a wide range of in vitro testing technologies in the following fields of research,
Flow cytometry is a technique for counting and examining microscopic particles by suspending them in a stream of fluid and passing them by electronic detection apparatus. It allows simultaneous multiparemetric analysis of the physical and chemical characteristics of up to thousands of particles/second.
A flow cytometer is similar to a microscope except that instead of producing an image of the cell 'flowcytometry' offers high throughput automated quantification of set parameters.
The Formulations R&D division forms the convergence of the various product concepts that have been developed as ingredients. Bioactives, based on their the activity and functionality, are molded into various forms – with Nutraceutical, Cosmeceutical, Nutricosmetic as well as Food & Beverage applicatitons.
The three major functional areas include….
Prototypes development of a number of solid, liquid and semisolid dosage forms, dietary supplements, personal care range cosmetics and functional food concepts is the core activity of this division.
Formulations R&D division plays a major role in providing a solid foundation for the business development activities.