​​*Because patent protection is pursued separately in different territories, related inventions may appear across multiple jurisdictions. Each filing reflects a distinct examination process and legal pathway.

 

Methods of Increasing Abiotic Stress Tolerance, Biomass, and Yield in Plants

​

This invention family concerns polynucleotide sequences and methods for increasing plant tolerance to abiotic stress and for increasing biomass or yield. Google Patents shows country-status records for this family in the United States, Israel, WO, EP, CN, AU, BR, CA, ES, MX, and ZA.

​

Granted patents

​

United States / US10184132B2 / Granted 2019
A granted U.S. patent covering methods for increasing abiotic stress tolerance, biomass, and yield in plants using an exogenous polynucleotide.

 

Australia / AU2005234725B2 / Granted 2012
A granted Australian patent covering methods and polynucleotide sequences for improving plant stress tolerance and biomass.

 

Europe / EP1625199B1 / Granted 2015
A granted European patent directed to increasing plant tolerance to abiotic stress through expression of a specified exogenous polynucleotide.

 

China / CN102260703B / Granted 2014
A granted Chinese record covering methods for increasing abiotic stress tolerance, biomass, vigor, and yield in plants.

 

Brazil / BRPI0616523B1 / Grant-coded record
A Brazilian grant-coded record in the same family relating to plant abiotic stress tolerance and biomass improvement.

 

Canada / CA2619114C / Active grant
A Canadian granted record in the same family.

 

Spain / ES2556216T3 / Active territorial grant record
A Spanish territorial record in the same family.

 

Mexico / MX2008002262A / IP right grant
A Mexican record in the same family shown by Google Patents as an IP right grant.

 

South Africa / ZA200801467B / Grant-coded record
A South African grant-coded record in the same family.

 

Published applications and public filings

Israel / IL172135A / Published 2011
An Israeli publication-stage filing directed to increasing plant tolerance to abiotic stress by expressing an exogenous nucleic acid sequence.

 

World / WO2007020638A2 / Published PCT application
The international PCT publication for this family.

 

Europe / EP2995194A1 / Published application
A later European publication-stage record in the same family.

 

China / CN101437947A / Published application
An earlier Chinese publication-stage record in the same family.

Canada / CA3034043A1 / Pending published application
A Canadian publication-stage record shown as pending in Google Patents.

 

Nucleotide Sequences Regulating Gene Expression, and Related Constructs and Methods

This invention family concerns plant-derived regulatory sequences and methods for directing expression of exogenous polynucleotide sequences in plants. Google Patents shows country-status records for this family in WO, EP, US, CN, AU, BR, and CA.

 

Granted patents

United States / US7695968B2 / Granted 2010
A granted U.S. patent covering plant-derived regulatory sequences, constructs, and methods for controlling gene expression in plants.

 

China / CN100430481C / Grant-coded record
A Chinese grant-coded record in the same family.

 

Australia / AU2004219858B2 / Grant-coded record
An Australian grant-coded record in the same family.

Canada / CA2519009C / Grant-coded record
A Canadian grant-coded record in the same family.

 

Published applications and public filings

World / WO2004081173A2 / Published PCT application
The international PCT publication for this gene-expression family.

 

Europe / EP1606304A4 / Published application record
A European publication-stage record in the same family.

 

United States / US20100205691A1 / Published 2010
A U.S. published application covering plant-derived regulatory sequences, constructs, and methods for controlling gene expression in plants.

 

Brazil / BRPI0408735A / Published application record
A Brazilian publication-stage record in the same family.