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Radhakrishna Ammanamanchi
Innovation Advisor at C
India · BangaloreJoined July 2020
Describe it (summary)
I am Dr. A. Radhakrishna doctorate in organic chemistry having more than 35 years of research and development expertise in synthetic chemistry and analytical chemistry. I have 15 scientific publications in reputed scientific journals. I have commercialised more than 32 industrial scale process (chemical ingredients and formulations). I have executed more than 300 projects in various fields of research , analytical, environmental, material sciences, food etc.,
I have 19 credible open innovation cash awards from InnoCentive and Idea.com in the areas of Medical, Cosmetic, Pharma Biotechnology, Genetic engineering, Agriculture Biotechnology, Textile, Polymers, Environment, Health, Green Production Technology, Aviation Cleaning Process for Infectious Agents (Presently under implementation for Coronavirus control by aviation industry in USA), Analytical Genomics, Crop protection, Crop yield improvement, Targeted Drug Delivery etc.
Presently I am associated with M/s Biotech Bags India Private Limited as Advisory Director – Research and Innovations to commercialise the Environmentally Biodegradable polyolefin's polymer technology and M/s Foxgroup Nepal for the implementation of Municipal Solid Waste and Medical Waste Management using more greener technologies for the benefit of environment and carbon footprint reduction to improve the local economy and per capita GDP of the country.
Academic Studies (1)
PhD
Pune University
January 1980 - January 1984
Organic Chemistry
Awards and achievements (20)
Protein crosslink’s
InnoCentive.com
February 2002
Glycation and protein crosslink’s have been implicated as strong contributors to many progressive diseases of aging. Inc...
Compounds for skin tanning
InnoCentive
April 2007
Our solution offered alternative chemical agents for artificial skin tanning without the disadvantages of dihydroxy acet...
Combinatorial polypeptides
InnoCentive
August 2007
Our technique (Massive mutagenesis) is a new technology that combines the best properties of random and site-directed mu...
Key Regulators of Osmotic Adjustment in Microbes and Plants
InnoCentive
June 2008
Salt toxicity in crops is a problem in areas where irrigation uses extensively saline waters. Salinity also is a problem...
Correlation of Plaster of Paris (PoP) Raw Material Properties with Final Product Properties
InnoCentive
August 2008
First time we have correlated all the raw material quality parameters effects on the final POP bandage’s property. With ...
Synthetic Route to a Dithiol Compound
InnoCentive
September 2008
We have provided a simple single step production process using commercially available raw material, under acid catalyst....
Green Chemistry - Dichloromethane Solvent Replacement
InnoCentive
September 2008
Our solution offered an alternative solvent ("green chemistry" solution) as a good replacement solvent for dichlorometha...
New End Uses for Cotton
InnoCentive
February 2009
Our solution an “Environmentally safe Automotive and aerospace industries Composites - Cotton- Polymer Based Application...
Green Chemistry – Air Travel Passenger Screening for Contagious Agents
InnoCentive
April 2009
Nitric Oxide Analyzer (NOA 280i) Exhaled Breath Sample nitric oxide (eNO) - as noninvasive technique for the disease scr...
Cleaning Process for Infectious Agents
InnoCentive
August 2010
Our solution provided an air care sanitizer spray technology with a high level of cleaning power with an added benefit o...
Single-cell Analysis Platform
InnoCentive
September 2010
First time our innovative proposal shown a new method based on Raman signals that molecules emit in response to light by...
Mechanisms of Action of Preservative Boosters in Bacteria
InnoCentive
October 2010
First time we have provided the molecular mechanism of EDTA for boosting the antimicrobial action of antibacterial agent...
Compounds to Combat Citrus Greening Disease
InnoCentive
March 2013
Since there is no currently to cure citrus greening, treating the disease by means of repelling the disease-spreading in...
Minimally Invasive Methods for Sampling Microbiome from Hair Follicles
InnoCentive
July 2018
We provided a new and novel non-invasive sampling of hair follicles infundibulum (sebaceous) by aspiration at a constant...
Non-Invasive Strep Throat and Nasal Pharyngeal Sampling
InnoCentive
September 2018
We assessed the utility of gargle samples for the molecular detection of common respiratory infection of GAS. Under this...
Novel Intrinsic Biocontainment Methods
InnoCentive
October 2018
The unnatural amino acid genetic switch strategy was successfully demonstrated for HIV-1 replication, which could be pre...
Novel Cardiac-Specific Ligands for Targeted Drug Delivery
InnoCentive
November 2018
Most therapeutic agents do not naturally accumulate in intended targets in the body, which limits their efficacy and cre...
Rapid Detection of Intermolecular Interactions
InnoCentive
August 2020
Transient protein-ligand interactions are essential for cellular signaling and regulatory pathways. A range of biophysic...
Method to Assess the Appearance of Reconstituted Pediatric Powders
InnoCentive
October 2020
The proposal addressed a range of physical behavior and structures present in pediatric powder formulations. Some type o...
Crop yield improvement
Ide.com
March 2009
Crop yield improvement using a specific gen modification
Research areas of interest (14)
- Industrial manufacturing, Material and Transport Technologies
- Industrial Technologies
- Clean Industrial Technologies
- Energy Technology
- Biological Sciences and 9 more
A BIODEGRADABLE BIOCOMPOSTABLE BIODIGESTIBLE PLASTIC
RADHAKRISHNA, Ammanamanchi
This invention relates to a process for preparation of biodegradable biocompostable biodigestible PEPlene polymer comprising steps of:
- Mixing at least one peptide with at least one protein and enzyme,
- Adding a composting agent,
- Blending with at least one polymer in presence of additive to obtain said PEPlene polymer material.
Evidence in favor of lithium-halogen exchange being faster than lithium-acidic hydrogen (deuterium) exchange
Narasimhan, Nurani S. ; Sunder, Nurani M. ; Ammanamanchi, Radhakrishna ; Bonde, Bhagavat D.
Evidence in favor of lithium-halogen exchange being faster than lithium-acidic hydrogen (deuterium) exchange
Radhakrishna Ammanamanchi didn't publish any Technology Call yet
Radhakrishna Ammanamanchi didn't publish any Technology Offer yet
A BIODEGRADABLE BIOCOMPOSTABLE BIODIGESTIBLE PLASTIC
RADHAKRISHNA, Ammanamanchi
This invention relates to a process for preparation of biodegradable biocompostable biodigestible PEPlene polymer comprising steps of:
- Mixing at least one peptide with at least one protein and enzyme,
- Adding a composting agent,
- Blending with at least one polymer in presence of additive to obtain said PEPlene polymer material.
Evidence in favor of lithium-halogen exchange being faster than lithium-acidic hydrogen (deuterium) exchange
Narasimhan, Nurani S. ; Sunder, Nurani M. ; Ammanamanchi, Radhakrishna ; Bonde, Bhagavat D.
Evidence in favor of lithium-halogen exchange being faster than lithium-acidic hydrogen (deuterium) exchange
Radhakrishna Ammanamanchi didn't publish any Event yet
Radhakrishna Ammanamanchi didn't publish any Job yet
Radhakrishna Ammanamanchi didn't publish any New and Article yet
Radhakrishna Ammanamanchi didn't publish any Education Resource yet
