Friday, 26 August 2016

Potato Pathology and Pests Section Meeting 2016 Takes Place in Scotland

Potato Pathology and Pests Section Meeting 2016 Ta...

  The European Association for Potato Research (EAPR) organizes in Dundee Scotland, a scientific ...

An International Business Meeting for the Industry: PotatoEurope 2016

An International Business Meeting for the Industry...

 The 11th edition of PotatoEurope will be held on September 14-15 at Villers-Saint-Christophe, hal...

A Better Perspective on Potato Processing: AHDB Potatoes’ Next Generation Visited McCain

A Better Perspective on Potato Processing: AHDB Po...

  AHDB Potatoes’ Next Generation recently continued its exploration of Great Britain’s diverse po...

Bosch and Bühler Agree on Research Cooperation

Bosch and Bühler Agree on Research Cooperation

Bühler and Bosch Connected Devices and Solutions agreed to expand their existing successful collaborati...

FDA Launches New Nutrition Facts Label for Potatoes

FDA Launches New Nutrition Facts Label for Potatoes

 The US Food and Drug Administration (FDA) recently released revisions to the Nutrition Facts label, wh...

Pinnacle Foods to Close EVOL Facility in Boulder and Relocate Operations to Fayetteville

Pinnacle Foods to Close EVOL Facility in Boulder and Re...

 Food producer Pinnacle Foods has announced plans to relocate EVOL manufacturing operations to an exist...

How to Seal 6,000 Potato Packages Per Hour with Ultrasonic Technology

How to Seal 6,000 Potato Packages Per Hour with Ultraso...

  The German food company Wernsing Feinkost GmbH, based in Addrup-Essen near Oldenburg, seals 6,000 ba...

Key Technology Introduces VERYX Belt-Fed Digital Sorters

Key Technology Introduces VERYX Belt-Fed Digital Sorter...

  Key Technology introduces its VERYX belt-fed digital sorters, with a goal to improve product quality...

Technology Producers Make Drone Demonstrations at Potato Farm in Oregon

Technology Producers Make Drone Demonstrations at Potat...

 The Oregon UAS FutureFarm will host the first Ag Drone Rodeo in Pendleton, Oregon on August 18 -19, wh...

Avebe Starts the Potato Harvest Campaign

Avebe Starts the Pot...

 Potato starch producer Avebe has recently announced the s...

New Potato Products Recently Launched Worldwide

New Potato Products ...

Potato manufacturers are competing in launching new produc...

Ballreich Wins Best Potato Chip and Potato Stick

Ballreich Wins Best ...

  Potato producer Ballreich has recently been awarded for...

McDonald’s of the Future Serves Unlimited Fries

McDonald’s of the Fu...

  McDonald’s has recently opened a new location in Missou...

Kiremko is the Main Supplier for New Project Linkage Farm Frites in China

Kiremko is the Main ...

   Dutch engineering company Kiremko will be the main sup...

Greenpeace Issues Blacklist for Pesticides in EU

Greenpeace Issues Bl...

 Greenpeace Germany has recently published a new version o...

Costs of Developing GM Potatoes Comparable to Conventional Varieties

Costs of Developing ...

  The cost of developing GM potato varieties is in fact n...

Scientists to Test Potatoes Grown in Mars and Moon Soils

Scientists to Test P...

 Scientists of Wageningen University and Research (The Net...

Solana Seeds UK Opens New Facility in North Norfolk

Solana Seeds UK Open...

  Solana Seeds UK celebrated its first birthday with a sp...

Farm Visit: How to Produce Potatoes for PepsiCo Factory in Romania

Farm Visit: How to P...

  Mirica Farm in Romania is preparing to develop one of t...

Neiker-Tecnalia (the Basque Institute of Agricultural Research and Development) is realising a project for obtaining high quality starch in potato tubers (Solanum tuberosum) using new molecular and genetic tools.

The aim of the research is to produce starches which have better physicochemical conditions for its industrial use, as well as for producing healthier and more functional foodstuffs.

In order to obtain new varieties of potato with starches of various qualities, it is necessary to employ new tools, given that it is difficult to achieve genetic improvement with traditional phenotype selection.

Different techniques are employed in this project, such as ‘allele mining', inverse genetics, mapping by association and in vitro assays for evaluating the different starches.

The overall aim is the modulation of the properties of potato starch (modifying the degree of the ramifications of its amylose and amilopectin components, the length of the polymers and the degree of phosphorylation), as well as analysing the effects of these modifications.

To this end, gene alleles of SBE (starch-branching enzyme) with reduced or zero activity are produced and identified, through the application of the Tilling technique (directed mutagenesis) or the ‘allele mine' (analysis of the biodiversity of SBE genes and other possible genes which influence the quality and quantity of starch).

All this enables designing new commercial varieties of potato with starches that have new specific properties.

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Latest Events

Sep 14th 2016 - Sep 15th 2016
Potato Europe 2016
Sep 14th 2016 - Sep 15th 2016
Potato Europe 2016

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