Services & Solutions
Preclinical laboratory
Discovery and development programs covering various therapeutic areas including metabolic diseases, oncology, CNS diseases, parkinson, alzheimer, anxiety, locomotor, inflammation, pain, dermatology and infectious diseases which require determination of activity using screening assays, animal studies in rats, mice and rabbits and also alternative model in zebra fish. Techniques invitro assays,in-vivo models, ELISA, absorbance, fluorescence, luminescence, PCR, imaging, spectrophotometric and colorimetric readouts
Preclinical mostly focuses on small organic molecules includes synthetic organic chemistry and aspects of natural products and computational chemistry in close combination with chemical biology, enzymology and structural biology, together aiming at the discovery and development of new therapeutic agents.
The synthetic and computational aspects of existing drugs and agents are screened at Aaranya Biosciences in relation to their bioactivities (biological activities and properties), i.e., understanding their structure-activity relationships (SAR).
In early stages of discovery ad development, mainly the isolation of medicinal agents was isolated from plants. Modern technology supports the scientists to create new synthetic drugs.
Chemists and biologists in Aaranya Biosciences work together for a lead on a new drug or doing research on a preclinical drug candidate and then work with toxicologists and pharmacologists.
Drug discovery research is a highly creative and stimulating where people are driven to succeed by personal and scientific objectives, and the desire to contribute to society's well-being.
Pharmacologist and toxicologist apply their life sciences training to the process of screening of synthesized new pharmaceuticals and improve on the process and potency. They collaborate with other disciplines to use sophisticated analytical techniques to molecules and test new drug products and to develop the most cost-effective and readouts using absorbance,fluorescence and luminescences and study mechanism of action of compounds using ELISA, imaging and blotting.
Synthesis of Compounds
Medicinal chemists are able to synthesize a vast number of compounds in a relatively short time, a process referred to as combinatorial chemistry where one part of a
Purification and Characterization
Various methods are available like a range of crystallization and distillation procedures to purify and characterize a compound. The process stabilizes the structure, stability of the lead compound.
Purification
Analytical chemistry / Stability Testing
A suitable validated analytical method is required to support many product chemistry and ecotoxicology tests.
New analytical methods or to transfer existing methodology using a wide range of
Process Research / Chemistry
In process research and development (PR&D), the identification, production and manipulation of small-molecule drugs ranges from laboratory chemistry to pilot plant manufacture to commercial production.
Variety of disciplines, including
Preclinical laboratory
Preclinical mostly focuses on small organic molecules includes synthetic organic chemistry and aspects of natural products and computational chemistry in close combination with chemical biology, enzymology and structural biology, together aiming at the discovery and development of new therapeutic agents.
The synthetic and computational aspects of existing drugs and agents are screened at Aaranya Biosciences in relation to their bioactivities (biological activities and properties), i.e., understanding their structure-activity relationships (SAR).
In early stages of discovery ad development, mainly the isolation of medicinal agents was isolated from plants. Modern technology supports the scientists to create new synthetic drugs.
Chemists and biologists in Aaranya Biosciences work together for a lead on a new drug or doing research on a preclinical drug candidate and then work with toxicologists and pharmacologists.
Drug discovery research is a highly creative and stimulating where people are driven to succeed by personal and scientific objectives, and the desire to contribute to society's well-being.
Pharmacologist and toxicologist apply their life sciences training to the process of screening of synthesized new pharmaceuticals and improve on the process and potency. They collaborate with other disciplines to use sophisticated analytical techniques to molecules and test new drug products and to develop the most cost-effective and readouts using absorbance,fluorescence and luminescences and study mechanism of action of compounds using ELISA, imaging and blotting.
Synthesis of Compounds
Medicinal chemists are able to synthesize a vast number of compounds in a relatively short time, a process referred to as combinatorial chemistry where one part of a
Purification and Characterization
Various methods are available like a range of crystallization and distillation procedures to purify and characterize a compound. The process stabilizes the structure, stability of the lead compound.
Purification
Analytical chemistry / Stability Testing
A suitable validated analytical method is required to support many product chemistry and ecotoxicology tests.
New analytical methods or to transfer existing methodology using a wide range of
Process Research / Chemistry
In process research and development (PR&D), the identification, production and manipulation of small-molecule drugs ranges from laboratory chemistry to pilot plant manufacture to commercial production.
Variety of disciplines, including