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Last Updated: Tuesday, 23 October 2018
| Plant Varieties | ||||
| S.No | Title | Inventors and Team | Country/Patent No./Grant Date | Summary |
| 1 | Vetiver plant named `CIMAP-KHUSINOLIKA` |
HS Chauhan |
US/PP28388/12.9.2017
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The present invention relates to the development of a novel, morphologically and genetically distinct khusinol rich essential oil producing clone of vetiver [Vetiveria zizaniodes (L.) Nash. syn. Chrysopogon zizanioides (L.) Roberty; family Poacaeae} named ‘CIMAP- Khusinolika’. The plant of this clone is characterized by spreading type clump canopy in the initial stage, white feathery stigma and capable of producing >1% (v/w) essential oil containing 45-50% Khusinol (v/v) obtained after hydro-distillation from fresh roots harvested from 06 month old plantations. This clone has unique ISSR profiles that serve as DNA-fingerprints. The clone was obtained through recurrent selection in polycrossed population generated from the bulk of wild collection, and can be propagated through vegetative slips (3 to 6 month old stem with few roots) for commercial plantation as a short duration crop. |
| 2 | A novel autotetraploid clone 'CIMAP-KHUS 40' of vetiver (Vetiveria zizaniodes) useful for carbon sequestration and soil conservation |
UC Lavania,
SK Rai,
Lavania Seshu, |
US/PP26474/8.3.2016
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The present invention relates to the development of a novel clone of Vetiver [Vetveria zizaniodes (L) Nash. syn. Chrysopogon zizaniodes (L.) Roberty; family Poaceae], named ‘CIMAP-KHUS 40’ characterized by somatic chromosome number 4x=40, larger stomata, fast growing deep penetrating roots, and seed infertility disabling its spread as a weed. This clone has unique ISSR and RAPD profiles that serve as DNA-fingerprints, and is developed from a unique diploid plant (2n=20). The invention document details all the pertinent data relating to this clone, its biological features and usefulness, and the method of its development |
| 3 | High artemisinin yielding plant genotype 'CIM-Arogya' |
Shilpi Paul,
AK Shasany, |
US/7375260/20.5.2008 |
The invention is related to the development of a novel, distinct high herb and artemisinin yielding genotype of Artemisia annua obtained through systematic marker assisted breeding followed by selection of uniform population in a methodical way wherein the genotype is distinct, uniform and stably maintainable by continuous rouging of the off types in the population using DNA marker at early seedling stage from nursery itself and suitable for commercial cultivation. |
| 4 |
Early maturing, high yielding psyllium (Plantago ovata) variety ' Mayuri' with maturity marker |
RK Lal,
Nilakshi Singh, |
US/PP17505/20.3.2007 | A new distinct early maturing, high seed and husk yielding variety of Psyllium (Plantago ovata) designated as var. ‘Mayuri’ has been developed with the distinct pigment marker of the panicles related to the maturity thereby indicating the right harvesting stage to prevent the seed shattering, a problem in Psyllium. This variety was developed by mutation breeding (gamma rays irradiation) and propagated by seeds for commercial cultivation |
| 5 |
Mint plant `Kushal` for late transplanting
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SPS Khanuja, |
US/PP16566/23.5.2006
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A novel, distinct high yielding plant with rapid regeneration ability obtained through screening of the somaclones in a methodical way for fast regeneration in the tissue culture stage itself which was achieved by inventing the plant 'Kushal'. The plant yield higher herbage with corresponding high essential oil when evaluated with available superior varieties of mint in late planting condition during April when the fields are vacated after the harvest of Rabi crop like wheat, chickpea, coriander etc |
| 6 | Citral rich high yielding lemongrass plant `Nima` of Cymbopogon flexuosus |
RK Lal, |
US/PP16712/27.6.2006 |
The The new high yielding variety has very high content of citral in the essential oil. |
| 7 | Rose scented geranium Pelargonium graveolenes plant `Safal` |
Sushil Kumar, |
US/PP14400/23.12.2003 |
The invention relates to development of a new, distinct and unique plant of rose scented geranium Pelargonium graveolens by hybridization between largely sterile populations of the cultivar accessions ‘Bipuli’ and ‘Hemanti’ possessing 89% rhodinol content in essential oil in which citronellol to geraniol ratios is approximately 1:1. The plant can be propagated vegetatively through stem cuttings and suitable for commercial cultivation in large scale. |
| 8 | Peppermint plant named `Pranjal` |
S Dwivedi, |
US/PP14090/26.8.2003
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The said peppermint mutant plant ‘Pranjal’ has a high yield of menthol rich essential oil, deep purplish green foliage, purplish white flowers, a delayed temporary wilting point and tolerance to the pest Bihar hairy caterpillar (Spilarctia oblique) |
| 9 | Mint plant named `Saksham` |
SPS Khanuja, |
US/PP13279/26.11.2002
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Saksham' is a novel, high menthol producing plant obtained through a unique method of screening of the somaclones in poison agar medium containing toxic level of menthol. The essential oil yield of Saksham is higher as compared to other existing improved varieties besides being rich in menthol. The said plant possesses better vegetative growth with high regenerability and is tolerant to leaf spot, rust and powdery mildew diseases. |
| 10 | Mint plant Mentha spicata l. var.viridis christened as `Ganga` |
SPS Khanuja, |
US/PP16747/4.7.2006 | A novel multi-utility mint plant christened as 'Ganga' of Mentha spicata L. var. viridis has been developed which has vigorous growth and produces essential oil which exhibit anti-insect and antimicrobial activities. The plant is highly useful for agrochemical and pharmaceutical purposes. |
| 11 | High yielding and stable plant of Cymbopogon flexuosus called `Chirharit` |
NK Patra, |
US/PP13336/10.12.2002
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Frost resistant and high yielding lemongrass plant "Chirharit has been developed through extensive selection for frost resistance in open pollinated seed progenies of variety Cauvery under chilling winter conditions. The said plant is tetraploid variant of normal diploid variety and produces high biomass, and high oil yield. In view of its stay green habit, it does not show reduction in yield over the years like other varieties. |
| 12 | High yielding stable plant of Rosa damascena, called `Ranisahiba` |
NK Patra, |
US/PP13203/12.11.2002
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'Ranisahiba' is a super genotype of damask rose developed from variety Kannauj through a comprehensive scheme of half-sib progeny. The plant has globular canopy which allows equal distribution of sunlight to the flowers, leading to enhanced flower biomass. The plant has high oil content and very high oil yield as compared to existing rose varieties. The oil has high geraniol content and very low undesirable wax component |
| 13 | Novel, high yielding stable Mentha arvensis plant named `Damroo` |
AK Shasany, |
US/PP12791/23.7.2002 |
A novel Mentha arvensis mint population-variety 'Damroo' capable of producing viable seeds and phenotypically homogeneous seed-derived plant population when cross pollinated within its own population and capable of high yield of mint oil. |
| 14 | Lippia alba plant named `Bhurakshak` |
Sushil Kumar, |
US/PP13110/22.10.2002
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The invention relates to a new and distinct mutant plant of Lippia alba characterized by a novel aroma combining linalool, citral-a and citral-b as the major constituents in its oil which can find wider usage in cosmetic and soap industries. The mutant plant has been developed from variety 'Kavach' which can be grown on waste land, ravines and slopes to check soil erosion. |
| 15 | A new and distinct somaclonal variety of rose scented geranium |
Gauri Saxena, |
US/PP20149/7.7.2009
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The invention provides a new distinct somaclone of rose scented geranium P. graveolnes christened as “PARIMAL” characterized by distinct morphology and improved oil yield determining parameters. The said novel somaclone has been developed from callus through in vitro tissue culture technique, without enforced mutagenesis. The plant possesses characteristic leaf morphology, vigorous growth, improved oil content per plant, herb yield and oil yield. The oil produced by this somaclone resembles the oil produced by the commercial type of bourbon geranium oil in that has equivalent ratio of citronellol and geraniol. |
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| 16. | ‘Narmada, a new plant of pelargonium graveolens, yielding high perfume value essential oil |
RN Kulkarni, |
US/PP12425/26.2.2002
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The present invention relates to the development of a new and distinct geranium plant called 'Narmada' yielding perfumery oil having higher content of rhodinol, total alcohol and high citronellol/geraniol ratio and lower content of undesirable isomenthone and 10-epi-gamma-eudesmol.
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| 17 | 'Dhawal', a high alkaloid producing periwinkle plant | RN Kulkarni,
Kuppusamy Baskaran, |
US/6548746/15.4.2003 |
The invention relates to the development of a new and distinct mutant “Dhawal” of periwinkle, Cathranthus roseus, produced by chemical mutagensis of the seeds followed by regroups selection in a widely cultivated variety ‘Nirmal’. The said plant “Dhawal” is stable, homogenous and produces conspicuously higher herbage and alkaloid yield. |
| 18 | Mint plant named `Sambhav` | SPS Khanuja,
AK Shasany, |
US/PP14538/17.2.2004 | The origin of the mint plant of the present application is a single somaclonal variant of cultivar ‘Himalaya (US Plant Pat. No. 10,935). The present invention relates to a novel, insect tolerant, high essential oil and methanol yielding mint plant named ‘Sambhav’, which is derived from Mentha arvensis L. The mint plant of the present invention has been developed as a result of planned experiments for the development of an insect tolerant mint plant with high oil and menthol yield which devised a procedure for early selection of somaclonal variants at the in-vitro stage variety of Mentha arvensis. The plant of the present invention can be propagated vegetatiely by suckers and genetically stable for commercial cultivation. The plant type of the present invention is unique because it has an extra wide canopy and height surpassing all existing varieties. This allows for better sunlight capture and foliage production which ultimately produce high oil and menthol yield. |
| 19 |
Jal pallavi`, water logging tolerant Cymbopogon winterianus |
NK Patra, |
US/PP12997/24.9.2002 | The present invention is related to the development of a new and distinct vegetatively propagated water tolerant plant of Cymbopogon winterianus by selection of a somatic variant from high yielding line Jorlab-2, the selected plant withstands prolonged water stagnation with no reduction in yield of essential oil |
| 20 | Hybrid mint plant named 'Neerkalka' |
Sushil Kumar, |
US/PP12030/7.8.2001 | The present invention relates to the development of a new and distinct interspecific mint hybrid 'Neerkalka' developed by sexual crossing between improved Mother plant Mentha arvensis (cv Kalka) and pollen plant Mentha spicata (cv Neera). The hybrid is propagated vegetatively by suckers or stem cuttings and is stable for commercial cultivation. |
| 21 | Kosi, high menthol mint plant of Mentha arvensis |
Sushil Kumar, |
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A novel mint plant 'Kosi' characterized by its high menthol content, high biomass and high oil yield with symmetrical branching giving globular shape to the canopy for equal distribution of sunlight to the lower leaves. |
| 22. | A menthofuran rich unique chemotype plant Indus of Mentha piperita and harvest management method |
SPS Khanuja, |
US/PP16474/25.4.2006 | A new and distinct mint plant of Mentha piperita 'CIM-Indus' has been developed which has high amount of menthofuran (22 to 30%) and high amount of pulegone (9.0 to 18%). Menthofuran is an important compound used in formulation of standardized essential oils. |
Last Updated: Monday, 22 October 2018
| Improved new processes, methods and techniques | ||||
| S.No | Title | Inventors and Team | Country/Patent No./Grant Date | Summary |
| 1 | A process for chemical conversion of isolated cellulose from aromatic spent biomass to hydroxy methyl furfural |
PK Rout,
AD Nannaware,
Ram Rajasekharan
|
USA/9199956/1.12.2015
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The invention relates to the development of green process for the preparation of hydroxymethyl furfural (HMF) from cellulose isolated from spent aromatic biomass. HMF is a key intermediate substance useful as substitute of petro chemicals. As cellulose is the major constituent (40-50%) of the spent aromatic biomass (hemicellulose, 25-30% and lignin 15-20%) it is being used for synthesis of HMF. The synthesis of HMF from isolated cellulose is an economical process and is completely environment-friendly which describes the development of sustainable, integrated and holistic strategy for utilizing the waste aromatic biomass to produce various valuable bio-chemicals. |
| 2 | Improved process for the isolation of 'calliterpenone-a’ natural plant growth promoting phyllocladane diterpenoid from genus Callicarpa |
AK Singh,
SPS Khanuja,
Sudeep Tandon,
Alok Kalra,
D Sahoo,
AP Kahol,
MM Gupta,
RK Verma,
AK Kukreja,
Mansoor Alam,
GD Bagchi,
RP Bansal,
MP Darokar,
AK Gupta,
|
Australia/2006340617/6.3.2014
USA/7527814/5.5.2009 South Africa/2008/8011/26.8.2009 |
The invention provides a simple method for isolation of calliterpenone a phyllocladane di-terpenoid with the plant growth regulating properties, from plant genus Callicarpa |
| 3 | Process for isolation of withaferin-A from plant materials and products therefrom |
RS Sangwan,
ND Chaurasiya,
LN Misra,
Payare Lal,
GC Uniyal,
NS Sangwan,
Avdhesh K Srivastava,
Krishan Avtar Suri,
Ghulam Nabi Qazi,
Rakesh Tuli
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US/7108870/19.9.2006 India/244612/13.12.2010
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An improved process of analytical and quantitative isolation of withaferin-A from Withania somnifera and other plants has been developed in which extraction solvent system consisting of a defined admixture of water and alcohol (preferably 60% alcohol and 40% water) for the dry plant material and from 60% to 80% alcohol for fresh plant material. The invented extract composition lead to better / improved yields and accurate quantitative estimations of withaferin A existent in plants or in material. The new process is valuable and advantageous for standardization of botanicals and metabolomic characterization of plants. |
| 4 | An improved process for the production of brevifoliol from Taxus wallichiana |
SK Chattopadhyay,
Sachin Srivastava,
AS Negi,
TRS Kumar,
Ankur Garg,
SPS Khanuja
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USA/7579491/25.8.2009 Great Britain/1572618/18.6.2014
India/235045/24.6.2009 |
The invention provides an economic process for large scale production of an anticancer taxoid “brevifoliol” from plants belonging to the genus Taxus. |
| 5 |
A process for isolation of bioactive hexane from Vetiveria zizaniodes pharmaceutical composition prepared therefrom.
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SPS Khanuja,
Suchi Srivastava,
TRS Kumar,
MM Gupta,
AK Tripathi,
Monika Singh,
JR Bahl,
RK Lal,
MP Darokar,
AK Shasany,
Sushil Kumar
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India/231854/12.3.2009
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The present invention relates to a hexane bioactive fraction obtained from the roots of an aromatic plant named Vetiveria zizanioides commonly found in India for inhibiting the growth of drug resistant bacterial infections in humans and animals. It also relates to a pharmaceutical composition comprising the bioactive extract with other additives for inhibiting the growth of drug resistant bacterial infections in humans and animals and a process for the isolation of said bioactive extract. |
| 6 | Process for the preparation of novel growth media from distillation and other plant wastes for mass multiplication of bio-control fungi | HB Singh,
Alok Kalra,
NK Patra,
Sushil Kumar,
Rakesh Pandey,
SPS Khanuja,
AK Shasany
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USA/6511821/28.1.2003 India/197203/23.6.2006
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The invention relates to a process for the preparation of novel growth media from distillation and other medicinal plant wastes for mass production of bio-control fungi viz. Trichoderma harzianum and Gliocladium viride which are used for the control of plant diseases. Survival of these fungi on storage is significantly higher on this growth medium and its incorporation into soil greatly enhances its fertility status. |
| 7 | Process for the production of important taxol analogues 10-deacetyl taxol A,B and C |
SK Chattopadhyay,
RP Sharma,
Sushil Kumar,
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USA/6028206/22.2.2000
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The invention provides to an improved process for the production of high yield of important taxol analogues 10-deacetyl taxols A, B&C under non acidic conditions and without using higher temperature steps as in the prior art. |
| 8 | Process for one pot conversion of artemisinin into artellnic acid |
RS Bhakuni,
Tarun Singh,
Rinku Singh,
AP Kahol,
SPS Khanuja
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India/258450/9.1.2014
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The invention relates to an improved process for one pot conversion of artemisinin into artelinic acid, which reduces the three step (Three pots) conversion of artemisinin to artelinic acid in one step (one pot). Artelinic acid and sodium artelinate are customary names for p[(12-dihydroartemisininoxy)methyl] benzoate and sodium p-[12-dihydroartemisininoxy]methyl] benzoate, respectively. The sodium artelinate is considered to be best candidate drug amongst the available water soluble analogues of this class for the treatment of multi drug resistant and cerebral malaria. |
| 9 | Primers and a screening method for identification of artemisinin producing plants |
SPS Khanuja,
Shilpi Paul,
AK Shasany,
MP Darokar,
AK Shukla,
MM Gupta,
Anuruddha Kumar
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India/234832/17.6.2009
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The invention relates to a pair of primers and screening method for early identification of plants of Artemisia annua having high content of artemisinin. |
| 10 | An improved economical process for the isolation of hepatoprotective agent oleanolic acid from Lantana camara |
SK Srivastava,
Merajuddin Khan,
SPS Khanuja,
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India/232584/19.3.2009 | Highly economical process has been developed for the isolation of oleanolic acid from the roots of Lantana camara which completely omits the use of expensive and highly tedious column chromatography and gives 1% yield which is three times more than the previously reported methods (US Patent No. 6,884, 908). Whole root biomass can be used in the new method as only root bark could be used in previous reports thereby making it further economical. Use of single solvent for extraction is also beneficial as solvent can be reused and/or recycled. The method uses simple precipitation and crystallization processes which are easy, quick and highly economical. |
| 11 | Single pot conversion of artemisinin into artesunic acid |
RS Bhakuni,
AP Kahol,
Tarun Singh,
SPS Khanuja
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India/234269/14.5.2009
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The present invention provides a single pot process for the preparation of artesunic acid from artemisinin involving reduction followed by etherification of the reduced product at room temperature. The conversion of artemisinin into crude artesunic acid followed by workup and purification to yield pure product takes 6-10 hours as compared to previously reported methods (about 24-72 hours) and thus is less time consuming. The yield of final product in the present invention i.e. pure artesunic acid it upto 96% (w/w). |
| 12 | Single pot conversion of artemisinin into arteether |
RS Bhakuni,
Amit Tiwari,
Tarun Singh,
SPS Khanuja
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India/234267/14.5.2009
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The present invention provides a method for the preparation of arteether from artemisinin in one pot in just about 4 hours comprising reduction of artemisinin into dihydroartemisinin by less quantity of sodium borohydride in ethanol at room temperature in the presence of a novel polyhydroxy catalyst. |
| 13 | Single pot conversion of artemisinin into artemether |
RS Bhakuni,
Tarun Singh,
AP Kahol,
Amit Tiwari,
Sudeept Tandon,
SPS Khanuja
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India/224810/22.10.2008
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The invention relates to an improved method for the preparation of artemether which is useful for the treatment of uncomplicated, severe complicated and multi-drug resistant malaria. The previous methods carry some disadvantages being less cost effective and more time consuming as compared to the present invention. Moreover, benzene, a carcinogenic solvent used in the previous methods is not acceptable according to the health standards. Further, all the previous methods require at least two separate steps to convert artemisinin into ethers i.e. reduction of the artemisinin into dihydroartemisinin in the first pot followed by isolation of dihydroartemisinin and then comes the second step of conversion of dihydroartemisinin into different ethers in the second pot. However, the present invention provides an efficient method for conversion of artemisinin into artemether in one pot in just 4 hours as compared to 24-72 hours in previous methods. |
| 14 | A process for the production of a food flavoring compound maltol from the leaves of plant of Genus abies |
SK Chattopadhyay,
Sachin Srivastava,
KV Sashidhara,
Vinay Tripathi,
Sushil Kumar
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India/194363/10.2.2006
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The invention relates to highly economic process capable of commercial isolation of a food flavoring compound maltol from plant parts of the grass Abies without using chromatographic separation methods and other extreme conditions. |
| 15 | An efficient method for the faster multiplication of earthworms and production of superior quality vermin-compost from the distillation waste of industrial aromatic crops |
Alok Kalra,
Sushil Kumar,
Neetu Katiyar,
JR Bahl,
RP Bansal,
HC Singh,
Arun Prasad,
Rakesh Panday,
OP Dhawan,
Alok Krishna,
Ramesh Srivastava
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India/231000/28.2.2009
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The invention related to a novel and efficient method for the faster production of superior quality vermicompost from the distillation wastes of aromatic/medicinal crops which have otherwise no economic value and are also not preferred by animals. No pre decomposition is required and compost developed by this method contains higher concentration of micro as well as macro nutrients. This method is significantly quicker and the process also results in the rapid multiplication of worms, thereby leading to production of vermicompost with higher nutrient status. |
Last Updated: Thursday, 18 October 2018
| Herbal Formulations | ||||
| S.No | Title | Inventors and Team | Country/Patent No./Grant Date | Summary |
| 1 | Synergistic anti -malarial formulation |
GP Dutta,
DC Jain,
RS Bhakuni,
S. Saxena,
Sangeeta Dhawan,
SPS Khanuja,
Sushil Kumar,
Renu Bajpai,
Aseem Umesh,
Nuzhhat Kamal,
AK Dwivedi,
Satyavan Singh
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South Africa/ 2002/8485/31.12.2003
India/211247/23.10.2007
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The invention relates to a synergistic formulation comprising pharmaceutically effective amount of alpha/beta. arteether and a neutralized refined vegetable oil suitable for administration by rectal route. The invention also provides the method for the treatment of cerebral and comatose malaria and process for the preparation of the said formulation. |
| 2 | Mosquito repellent composition and process for preparation of the same |
Dinesh Kumar,
YN Shukla,
Shikha Tiwari,
RP Bansal,
Sushil Kumar
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Srilanka/12380/23.9.2005
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Mosquito repellant formulation has been developed from essential oils of Tagetus minuta, cedarwood and powder of Pyrethrum flowers. The formulation can be prepared in the form of agarbattis which upon burning show strong repellency against mosquitoes. |
| 3 | Anti-fungal formulation active against a broad spectrum of dermatophytoses |
SK Shahi,
AC Shukla,
Anupam Dikshit,
Ashok Kumar Bajaj,
AK Singh,
Sushil Kumar
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USA/6312698/6.11.2001
India/226628/22.12.2008
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The invention provides a novel anti-fungal formulation active against a broad spectrum of dermatophytoses, comprising oil extracted from Rabdosia melissoides and one or more vegetable oils, solvents and additives. Most of the topical creams available in the market are fungistatic and there is recurrence of the infection after discontinuance of the medicines. However, the present formulation was highly effective with fungicidal action where infection is completely eliminated and there is no recurrence of the infection. |
| 4 | Formulation of dihydro-artemisinin for the control of wide spectrum of malaria |
DC Jain,
RS Bhakuni,
RP Sharma,
Sushil Kumar,
GP Dutta
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Australia/763680/13.11.2003
China/CN 1197568 C/20.4.2005 Germany/France/Great Britain1034794/30.5.2007
Japan/3686281/10.6.2005
Srilanka/11674/6.6.2000
Malaysia/129619/30.4.2007
Netherland/1034794/30.5.2007
Pakistan/136849/26.7.2001
USB/6362219/26.3.2002
USA/6214864/10.4.2001
South Africa/99/2354/29.11.2000
India/191696/26.8.2004
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The invention relates to a synergistic formulation comprising of pharmaceutically effective amount of DHA and a vegetable oil useful for the control of wide spectrum of malarial infections. |
| 5 | Pharmaceutical composition containing cow urine distillate as an antibiotic |
SPS Khanuja,
Sushil Kumar, AK Shasany, JS Arya, MP Darokar, Monika Singh, Prachi Sinha, Soumya Awasthi, SC Gupta, VK Gupta, MM Gupta, RK Verma, Sweta Agarwal, SB Mansinghka, SH Dawle |
South Africa/2003/2276/28.4.2004
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A novel bioactive fraction has been isolated from cow urine distillate which acts as highly effective bioenhancer of anti-infective, anticancer agents and nutrients (US Patent No. 6,410,059). Using this important lead novel pharmaceutical composition can be prepared in which the said fraction from cow urine distillate acts as bioavailability facilitator to the bioactive compounds like anticancer agents antibiotics, drugs, therapeutic and nutraceutical agents, ions and similar molecules. The bioenhancement activity of different fractions of the cow urine distillate in combination with antibiotics and anticancer compound taxol has been proven at GRB Division of CIMAP through in vitro testing on different pathogenic bacterial strains and cancer cell lines respectively |
| 6 | An improved formulation for the preparation of multipurpose insect repellent Dhoop batti | Dinesh Kumar,
YN Shukla,
Shikha Tiwari,
RP Bansal,
Sushil Kumar
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India/194307/3.2.2006
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The herbal insect repellent composition of the present invention contains natural essential oils of citronella, cedarwood, pyrethrum flower powder and Artemisia annua oil which have been found to have synergistic action for insect repellency. Natural essential oils used in the composition have repellency against houseflies and mosquitoes and also have pleasant odour. Many oxygenated terpenes like carvacrol, citral, citronellol, eugenol, farnesol and geraniol isolated from various essential oils have been found effective against Aedes aegypti. Some of these essential oils also bring about inhibition in the orientation and development of housefly eggs in which acute toxicity and inhibition in metamorphosis have been observed. Cedarwood oil is also considered as having very good insecticidal activity against housefly Musca domestica L. |
| 7 | An analgesic and refreshing herbal composition useful as dentrifrices |
AK Singh,
RL Bindra,
YN Shukla,
Rashmi Gupta,
Sushil Kumar
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India/239740/31.3.2010
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The invention provides an analgesic and refreshing herbal composition useful as dentrifrices, said composition comprising 50-60% Wt. of betle extract (from Piper betle leaves); 40-50% Wt. of one or more group I essential oil selected from Levender officinal, Dementholised oil (ex-Mentha arvensis), Fennel oil and Ocimum gratissimum; 3.5-6% Wt. of one or more group II essential oils and their isolates selected from Ocimum Sanctum, Pulegone (ex Mentha pulegonium), Carvone (ex. Dill seed) and Menthol (ex. Mentha arvensis); 1-5% Wt. of one or more group III essential oils selected from Camphor, turpentine oil, Cedarwood oil and Safrole oil, along with 0.5-2% Wt. of Thymol and 0.25-1% Wt. of preservative/antioxidant. |
| 8 | Improved anti-dermatophytic preparation and use thereof |
SPS Khanuja,
Pushplata Chaturvedi,
AK Singh,
AK Shasany,
VK Agarwal,
VK Gupta,
SC Gupta,
AK Tripathi,
Anirban Pal,
Dharmendra Saikia,
MP Darokar,
KK Agarwal,
RP Bansal
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India/234314/20.5.2009
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The invention provides an improved preparation based on the synergistic action of garlic extract and essential oil of M. spicata var. Ganga or cinnamon oil against dermatophytic fungi. More particularly, invention relates to the synergistic enhancement of activity of a combination by methyl acetate or geraniol. The invention also provides a method of preparation of the synergistic combination and the shelf life observed to be more than one year. The cream based preparation is a potent anti-dermatophytic as described and illustrated by in vitro and in vivo evaluations. |
| 9 | Composition and process for preparing herbal disinfectants and their use | SPS Khanuja,
MP Darokar,
TRS Kumar,
AK Shasany,
KK Agarwal,
Atique Ahmed,
P Chaturvedi,
VK Gupta,
Alok Krishna,
AK Singh,
JR Bahl,
RP Bansal,
Dinesh Kumar
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India/233624/31.3.2009
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The invention relates to development of the disinfectants that are non-toxic, biosafe and in addition give pleasant odour. The disinfectants already available in the market contain harmful chemicals such as formaldehyde, ethane dialdehyde, n-propanol, benzalkonium chloride, and phenol. The present invention relates to disinfectant compositions for cleaning the skin of humans and for cleaning surfaces such as floors. The compositions are homogeneous, clear and also useful as disinfectant. The invention also provides as process for the preparation of the cleaning composition. The compositions are prepared by mixing the components in a particular well-defined order to obtain clear, transparent solutions effective against pathogenic bacteria and fungi. |
| 10 | A process for the preparation of analgesic & refreshing herbal composition useful as dentifrices | AK Singh,
RL Bindra,
Rashmi Gupta,
YN Shukla,
Sushil Kumar
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India/194983/17.3.2006
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Analgesic and refreshing composition has been developed from the extract of betel leaves (Piper betel) and essential oils selected from Lavender, Mentha, Fennel and Ocimum species and their isolates.The composition gives instant relief to toothache and provide freshness to oral cavity. The essential oils used in the composition have antimicrobial activities and can also be developed as herbal mouthwash of plant origin. |
| 11 | A formulation of herbal biscuits for lactating mothers acting as dietary supplement and the process for preparation thereof |
AK Singh,
RL Bindra,
Janardan Singh,
Sushil Kumar
|
India/230880/28.2.2009
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The said knowledge based composition contains phytomedicinal combination having lactogenic properties, which increase the secretion of mammary glands. The ingredients in the composition provide a source of carbohydrates, proteins, fats and essential nutrients which are important for lactating mothers. |
Last Updated: Wednesday, 27 July 2022
INTERNAL COMPLAINT COMMITTEE, CSIR-CIMAP, LUCKNOW
| Dr. Prema G. Vasudev, Principal Scientist |
Chairperson | This email address is being protected from spambots. You need JavaScript enabled to view it. | |
| Dr. Puja Khare Principal Scientist |
Member | ||
| Dr. Akanksha Singh, Scientist |
Member | ||
| Dr. Neerja Tiwari, Sr. Technical Officer (2) |
Member | ||
| Dr. Poonam Kakkar, Ex Chief Scientist IITR |
Member | ||
| Dr. Sumit Ghosh, Sr. Principal Scientist |
Member | ||
| Administrative Officer | Member-Convener | This email address is being protected from spambots. You need JavaScript enabled to view it. |