FAD3 PERFORMANCE LOCI AND CORRESPONDING TARGET SITE SPECIFIC BINDING PROTEINS CAPABLE OF INDUCING TARGETED BREAKS Russian patent published in 2018 - IPC C12N5/10 

Abstract RU 2665811 C2

FIELD: chemistry.

SUBSTANCE: invention relates to the field of biochemistry, in particular to the method for integrating a nucleic acid sequence of interest in a FAD3 gene in a cell. In addition, a site-specific zinc finger nuclease has been discovered for using in the FAD3 gene modification.

EFFECT: invention makes it possible to integrate the nucleic acid sequence of interest into the FAD3 gene with high efficiency.

8 cl, 20 tbl, 24 dwg, 9 ex

Similar patents RU2665811C2

Title Year Author Number
CONSTRUCTED BY ENGINEERING TECHNIQUES PLATFORM (ETIP) FOR TRANSGENE EMBEDDING FOR GENETIC TARGETING AND TRAIT STACKING 2013
  • Kogan Noel
  • Forster Dzhon
  • Khajden Mettyu
  • Sobridzh Tim
  • Spangenberg German
  • Uebb Stiven R.
  • Gupta Mandzhu
  • Ejnli U. Majk
  • Genri Mettyu Dzh.
  • Mejson Dzhon
  • Kumar Sandip
  • Novak Stefen
RU2666916C2
FLUORESCENCE ACTIVATED CELL SORTING (FACS) ENRICHMENT TO GENERATE PLANTS 2013
  • Spangenberg German
  • Sakhab Sarina
  • Mejson Dzhon
RU2679510C2
FAD2 PERFORMANCE LOCI AND CORRESPONDING TARGET SITE SPECIFIC BINDING PROTEINS CAPABLE OF INDUCING TARGETED BREAKS 2013
  • Kogan Noel
  • Forster Dzhon
  • Khajden Mettyu
  • Sobridzh Tim
  • Spangenberg German
  • Uebb Stiven R.
  • Gupta Mandzhu
  • Ejnli Uillyam Majkl
  • Genri Mettyu Dzh.
  • Miller Dzheffri K.
  • Gushchin Dmitrij I.
RU2656159C2
METHODS AND COMPOSITIONS FOR NUCLEASE-MEDIATED TARGETING OF TRANSGENES 2013
  • Kost Gregori Dzh.
  • Urnov Fedor
  • Ejnli Uillyam M.
  • Petolino Dzhozef F.
  • Semyuel Dzhayakumar Pon
  • Uebb Stiven R.
  • Sastri-Dent Lakshmi
RU2650819C2
FAD2 PERFORMANCE LOCI AND CORRESPONDING TARGET SITE SPECIFIC BINDING PROTEINS CAPABLE OF INDUCING TARGETED BREAKS 2013
  • Ejnli Uillyam Majkl
  • Uebb Stiven R.
  • Semyuel Pon
  • Gushchin Dmitrij I.
  • Miller Dzheffri K.
  • Chzhan Lej
RU2656158C2
TARGETED MODIFICATION OF MALATE DEHYDROGENASE 2013
  • Shukla Vipula
  • Gupta Mandzhu
  • Urnov Fedor
  • Gushchin Dmitrij
  • Dzhan De Bot Majkl
  • Bundok Pol
  • Sastri-Dent Lakshmi
RU2658437C2
DNA DETECTION METHODS FOR SITE-SPECIFIC NUCLEASE ACTIVITY 2013
  • Sastri-Dent Lakshmi
  • Simpson Mettyu
  • Tsao Tszekhuej
  • Chen Vej
  • Chzhou Nin
  • Uebb Stiven R.
RU2678001C2
RAPID TARGETING ANALYSIS IN CROPS FOR DETERMINING DONOR INSERTION 2014
  • Sastri-Dent Lakshmi
  • Ejnli U. Majkl
  • Semyuel Dzhayakumar P.
  • Tsao Tszekhuej
  • Shen Lyu I.
  • Dyues Kristi M.
RU2668819C2
UNIVERSAL DONOR SYSTEM FOR DIRECTED ACTION ON GENES 2014
  • Sastri-Dent Lakshmi
  • Evans Stiven L.
  • Blyu Rajan S.
  • Tsao Tszekhuej
RU2687369C2
METHODS AND COMPOSITIONS FOR EMBEDDING AN EXOGENOUS SEQUENCE INTO A PLANT GENOME 2014
  • Ejnli, U. Majkl
  • Gushchin, Dmitrij I.
  • Khajden, Mettyu
  • Ajsenegger, Deniel
  • Mejson, Dzhon
  • Miller, Dzheffri K.
  • Petolino, Dzhozef F.
  • Zhan, Idun
  • Sobridzh, Tim
  • Spangenberg, German
  • Uebb, Stiven R.
RU2723130C2

RU 2 665 811 C2

Authors

Kogan Noel

Forster Dzhon

Khajden Mettyu

Sobridzh Tim

Spangenberg German

Uebb Stiven R.

Gupta Mandzhu

Ejnli Uillyam Majkl

Genri Mettyu Dzh.

Miller Dzheffri K.

Gushchin Dmitrij I.

Dates

2018-09-04Published

2013-09-05Filed