20 October 2009 | World Forum | The Hague

Session 5 | Best practices

10.30 - 11.10 hrs.
Smartsoils: Scale up of biological ground impovement from waste: From idea to successful pilot projects

Wouter van der Star
, Researcher Deltares (winner B-Basic Leo Petrus Innovation Trophy)

Hub Zwart
, Managing Director, Centre for Society and Genomics




Break 10 min.

11.20 - 12.00 hrs.
Healthy purple tomato may reduce risk of cancer


Arnaud Bovy
, Senior Researcher, Theme leader Food, Quality & Health, Plant Research International, Wageningen University

Frans van Dam
,
Head Communications,
Centre for Society and Genomics



Smartsoils |
Healthy Tomato
|

 

Smartsoils: Scale up of biological ground impovement from waste: From idea to successful pilot projects
Wouter van der Star | Hub Zwart

In this session presentors will show that Life Sciences research has many applications with clear societal relevance. Soil properties are in general accepted as they are and research is generally focused on methods to build on less suitable soils. With SmartSoils – a Deltares development- we approach this problem differently: by actually changing soil properties thus creating “soils on demand”. By manipulating (bio)chemical reactions within the soil, sealing can take place (stopping of leakages) or carbonate is allowed to precipitate (strengthening of soil). In 2007/2008 the process was scaled up successfully from 1 L to 100 m3. The present research focus is on the use of waste materials as cheap and sustainable raw materials.
For this process, the research team has won the BBASIC Leo Petrus Innovation Trophy.

 

Healthy purple tomato may reduce risk of cancer
Arnaud Bovy | Frans van Dam

Life Sciences, nutrition and health, a promising triplet. Last fall, researchers of the John Innes Centre (UK)
and Wageningen UR published the development of
a purple tomato with added health benefits. Scientists investigated ways to increase the levels of health-promoting compounds in more commonly eaten fruits and vegetables, such as tomato. Using genetic engineering, two genes from snapdragon were introduced in tomato. This led to intensely purple fruit due to the production of anthocyanins, purple-coloured antioxidants found in other fruit as well.

These new tomatoes with a three-fold enhanced antioxidant capacity, significantly extended the life span of cancer-susceptible mice. The announcement in the press has led to an avalanche of media attention, in The Netherlands and abroad. Eye-catcher was the claimed health effect, especially the anti-cancer effects, as perceived in mice.

Is there a real societal need for such ‘high-vitamin’ vegetables and is GM the way forward? Arnaud Bovy will explain how and why this tomato was developed. Frans van Dam will comment on the purple tomato from a consumers perspective.

 

 

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