Patents

Submitted
Nissim Garti, Garti Levi, Sharon , Edri, Rotem. , and Amar, Gal . Submitted. “Biopolymeric Soft Films Embedded With Api Loaded Nanodomains And Method Of Producing Same”. J. Colloid Interf. Sci. .
All Publications Patents
Nissim Garti, Garti Levi, Sharon , and Abramov, Eva . Submitted. “Polymeric Films With Api Containing Nanodomains Embedded Therein And Methods Of Producting Same&Nbsp;”. United States of America.
All Publications Patents
2020
Nissim Garti, Garti Levi, Sharon , and Edri, Rotem. . 2020. “Cbd Method For Selective Extraction Of Cannabinoids From A Plant Source”. Israel 248150.
Patents All Publications
Abstract
Patent No.

Australia    2640999
Canada    2641008
China    2641013
EP    2641020
Japan    2641036
Mexico    2641049
New Zealand    2641055
Korea    2641060
USA    2641078 , 2641559

Nissim Garti. 2020. “Delivery Systems For Propofol”. United States of America 2531374 (US patent).
All Publications Patents
Abstract
Patent No.

Australia    2531253
Canada    2531269
South Africa    2531313
EP    2531369
Russian    2531290
Singapore    2531309
Israel    2531280
India     2531274
China    2531353

Nissim Garti, Garti Levi, Sharon , and Edri, Rotem. . 2020. “Dilutable Formulations Of Cannabinoids And Processes For Their Preparation”. United States of America 2414392 (US patent).
Patents All Publications
Abstract
Patent No.

Australia    2640899
Canada    2640905
EP    2,640,922
Japan    2640933
Mexico    2640941
New Zealand    2640952
Korea    2640962
USA    2640975
Brazil    2641542
China    2640910
Nissim Garti, Garti Levi, Sharon , Abraham., Aserin , and Rotem., Edri . 2020. “Method For Extraction Of An Agent From A Plant Source”. United States of America 2642249.
Patents All Publications
Abstract
Patent No.

Israel    2414376
EP    2642237

Nissim Garti, Garti Levi, Sharon , Edri, Rotem. , Amar-Yuli, Idit , Bitan-Cherbakovsky, Liron , and Libster, Dima . 2020. “Reverse Hexagonal Mesophases And Pharmacevtical Compositions And Delivery Systems Comprising Them”. United States of America 10149824.
Patents All Publications
Abstract
Patent No.

France     2498754
Germany    2498754
Switzerland     2498754
U. Kingdom     2498754
Israel     217115

Nissim Garti and Garti Levi, Sharon . 2020. “Topical Delivery Systems For Active Compounds”. Australia 3672502.
Patents All Publications
Abstract
Patent No.

Canada    2672517
China    2672525
Japan    2672555
Russian    2672565
USA    2672576
India    2678896
EP    2672534
2018
Nissim Garti. 2018. “Topical Delivery Of Active Agents”. United States of America (WO 2018/163176).
Patents All Publications
Abstract

A nano-delivery technology for topical delivery of a plurality of active agents such as diclofenac, lidocaine, clonidine, fentanyl, and more.

Pending in US, EP, Australia, Canada, China, India, Israel, Japan and Russia

Licensed to an International Big Pharma company.

2017
Nissim Garti. 2017. “One Pot Process For Extracting Lipophilic Agent Plant Material”. United States of America WO 2018/061011.
Patents All Publications
Abstract

 

Process for extracting and delivery a lipophilic agents using the same medium. Delivery can be by all forms of administration.

Pending in US, EP and Israel

 

Nissim Garti. 2017. “One Pot Process For Extraction Of Cannabinoids From A Plant Source.”. United States of America WO 2018/061009.
Patents All Publications
Abstract

Process for extraction and delivery of cannabinoids, using the same medium.
Pending in US, EP, Australia, Brazil, Canada, China, Japan, Mexico, New Zealand and Korea.
Licensed to a cannabis-based US company

Nissim Garti. 2017. “Water Dilutable Nano Delivery Technology Of Cannabinoids”. United States of America WO 2018/061007.
Patents All Publications
Abstract

 

A concentrated formulation having high loads of cannabinoids that can be diluted in water in any ratio or physiological liquid.

 

Pending in US, EP, Australia, Brazil, Canada, China, Japan, Mexico, New Zealand and Korea

Licensed to a cannabis-based US company.

 

 

Nissim Garti, Garti Levi, Sharon , Aserin, Abraham , and Perlstein, My. . 2017. “Delivery Systems For Propofol.”.
Patents All Publications
Abstract
The present invention concerns novel dilutable delivery systems and propofol microemulsions suitable for i.v. delivery of propofol. [on SciFinder(R)]
2013
Nissim Garti, Aserin, Abraham , Libster, Dima , Amar-Yuli, Idit , Mishraki, Tehila , and Bitan-Chervkovsky, Liron. . 2013. “Reverse Hexagonal Mesophases (Hii) And Uses Thereof.”.
Patents All Publications
Abstract
Reverse hexagonal mesophase (HII) liq. crystals are provided and relating therapeutic and non-therapeutic applications are demonstrated. [on SciFinder(R)]
2010
Nissim Garti. 2010. “Technology For Oral And Transdermal Delivery”. United States of America WO 2010/150262.
Patents All Publications
Abstract

 

Mesophase structure for oral and transdermal delivery of drugs and biomolecules (including proteins, peptides, antibodies and vaccines).

Grated in US, EP and Israel

 

 

 

Roy Hoffman, Garti, Nissim , Aserin, Abraham , and Pemberton, Chava. . 2010. “Liquid Compositions And Uses Thereof For Generating Diffusion Ordered Nmr Spectra Of Mixtures.”. United States of America (WO 2010023673).
Patents All Publications
Abstract
There is claimed a liq. medium capable of giving a resolved diffusion ordered NMR spectra of mixts. of compds. that is both stable and less susceptible to magnetic susceptibility effects. The present invention relates to homogeneous liq. systems substantially 1H- NMR inactive and/or devoid of protons and are capable of enhancing the diffusion sepn. of a mixt., wherein said system is substantially devoid of at least one NMR active nucleus present in said mixt. The invention further discloses methods of using said homogeneous liq. systems for enhancing the diffusion sepn. of a mixt. and/or generating a diffusion ordered spectrum of a mixt. and/or minimizing the peak width in a liq. state diffusion ordered spectrum of a mixt. [on SciFinder(R)]
Nissim Garti, Aserin, Abraham , Libster, Dima , Mishraki, Tehil , Amar-Yuli, Idit , and Bitan-Chervkovsky, Liron. . 2010. “Reverse Hexagonal Mesophase Liquid Crystals And Uses Thereof.”. United States of America (WO2010150262A2).
Patents All Publications
Abstract
Reverse hexagonal mesophase (HII) liq. crystals are provided and relating therapeutic and non-therapeutic applications are demonstrated. [on SciFinder(R)]
The patent describes novel and modified lyotropic liquid crystals with hexagonal symmetry for enhanced solubilization of bioactives
2008
Nissim Garti, Aserin, Abraham , and Hoffman, Roy. . 2008. “System And Methods For Diffusion Ordered Spectroscopy.”.
All Publications Patents
Abstract
The invention relates to a method for generating liq.-state diffusion order NMR spectroscopy (DOSY), method for minimizing the peak width in liq.-state DOSY, method of enhancing the sepn. between diffusion coeff. of compds. in liq.-state DOSY, a method for prepg. a system for generating liq.-state diffusion ordered DOSY of a sample, a method for prepg. a system for generating a liq.-state DOSY of a sample and kits for carrying liq.-state DOSY. [on SciFinder(R)]
2007
Nissim Garti, Aronhime, J. , B.-Z.Dolitzky, , and Berkovich, Y. . 2007. “Crystal Forms Of Oxcarbazepine And Processes For Their Preparation”. United States of America US 07183272.
Patents All Publications
Abstract
Patent dedicated to oxcarbazepine and its crystallization in a unique polymorphic structure
Patents All Publications
Abstract
The invention relates to a nucleating microemulsion comprising nanovehicles, each comprising an amphiphilic shell surrounding a nucleating agent. The microemulsion is suitable for delivery of the nucleating agents into a thermoplastic polymer, thereby allowing crystn. of the polymer. A method for crystg. and increasing the nucleation efficiency of a thermoplastic polymer comprises dispersing the above nucleating microemulsion in a thermoplastic polymer melt. The polymer compns. contg. the nucleating microemulsions can be used for prodn. of plastic films, fibers, boards, sheets, articles, packaging materials, containers, pipes, medical goods, sporting goods, labware, dinnerware, and cookware. [on SciFinder(R)]
Novel interfacial crystallization technique to obtain drugs polymorphes controlled by the microemulsions interfaces.

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