Pharmaceutical Process development & Scale Up
Ourprimary focus in the domain of pharmaceutical research is products based on NDDS (Novel Drug Delivery System) to overcome the shortcomings of the pharmaceutical products based on conventional formulation approaches.
Our emphasis is on the medical, scientific and technical aspects to extract the best out of the existing as well as new drugs by way of creating a conductive micro-environment around them and them leading to the specific target site of defined molecular dimensions. Henceforth re-defines the meaning of bioavailability i.e., instead of distribution throughout the biological systems as defined by Cmax and AUC the drug is presented only at the site of action in the best possible calibrated doses with enhanced response.
Novel Drug Delivery System
- Nanotechnology and biotechnology
- Nanomedicine and Nanotherapeutics:
- Nanoparticles ,Nanocapsules,Nanopowders,Nanoshells:
- Solid Lipid Nanoparticles (SLN) and Gold Nanoparticles:
- Neutraceuticals Smart Polymer based drug delivery systems:
- Microspheres:
- In situ forming Implants In situ forming Microspheres:
- Timed release or pulsatile drug delivery systems Transdermal drug delivery systems:
- PEGylation Technology:
- Hyperbranched polymeric macromolecules (Dendrimers) and Superparamagnetic Iron Oxide Nanoparticles
- Phyto-pharmaceuticals:
Formulation Development
- Emulsions and self-emulsifying drug delivery systems (SEDDS)
- Semisolids for soft gel fills
- Powders—blends and lyophilized
- Stability studies—informal and formal studies (ICH) including elevated, ambient, and subambient temperatures, photostability
- Degradation studies—temperature, pH, light, oxidation
- Dosage form design and evaluation: suspensions, solutions, emulsions/SEDDS
REVERSE ENGINEERING?
Reverse engineering is when companies analyze their competitors’ products to learn more about their compositions. This helps companies quickly introduce new and improved products. In a competitive market, sending new products to market quickly is a critical factor for success.
Reverse engineering can also be useful for production if you find yourself in need of a part that is no longer in production, or from a supplier that has gone out of business.
Reverse engineering involves a variety of chemical and analytical rubber testing techniques. These techniques aim to understand the qualities of your rubber sample, including the amount of carbon black, ash and volatile matter, anti-oxidants, resins, and vulcanization ingredients.
NEWS & EVENTS
Product Pipeline
