Breeding development process- Conventional Vs. Plant-DiTech

Recent progress and cost reductions in sequencing methods suggest that the avoidance of future breeding bottlenecks will require the ability to phenotype large populations in a reliable and effective way. Reliable assessment of quantitative physiological traits (QPTs) such as growth rate, water use efficiency or transpiration are important aspects in many research and development programs. Nevertheless, measuring these QPTs has always been a major challenge due to the complex nature of the phenotype, the number of genes involved, the high genotype by environment interaction (GxE), the cost of phenotyping large numbers of individuals, and the typical heterogeneity in production environments which requires that precise screening is done in controlled environs. Moreover, water-limited environments and other stress thresholds can be experimented easily and effectively with Plantarray System.

Rapid screening

Gene and germplasm candidates that may lead to improved crop yields and optimized plant traits under stress have to pass long development phases based on trial and error, using large-scale field evaluation. Quantitative, objective, and automated screening methods combined with decision-support algorithms such as Plantarray, enable rapid screening of the most promising crop lines at an early stage followed by final mandatory field experiments.

The combination of novel molecular tools, screening technologies, and economic evaluation is the next plant biotechnological revolution in agriculture.

The Plantarray system works with a large variety of plants, from Arabidopsis to Eucalyptuses seedling and significantly shortens the selection process of many crops such as:

  • Field crops
  • Biodiesel and biofuel crops
  • Trees (for both timber and fiber) as well as forestry (selecting the best preforming forest trees at the seedling age)
  • Vegetable crops
  • Plant-made pharmaceuticals (PMPs), plant-made nutraceuticals and ornamental plants

 

Key benefits of using Plant-DiTech's solution:

  • Shortens time to market - pre-field functional mapping of large plant populations for environmental resistance within only 3-4 weeks
  • Measures growth rates and performs yield predictions with proven correlation to field results
  • Reduces the very high cost of trial and error (money, time, personnel) by highlighting the higher yield plants under unfavorable conditions for further successful field experiments
  • Instant feedback and real-time in-depth statistical analysis and distribution histograms of plant population performance with clear graphical presentation (no need for physiological background)
  • Simple operation with negligible costsabiotic stress
  • Suitable for any budget – the flexible design enables users to fit the number of 
  • units to any growth facility according to their requirements and budget
  • Ideal experimental platform:
    • High-throughput
    • Fully automated
    • Homogeneous test repetition
    • Suitable for a large variety of plants
    • Precise measurements
    • Non-invasive
    • Enable randomized block design

About Plant Ditech

Plant-DiTech provides innovative plant physiology diagnostic tools that bring scientists, breeders and Agro-business to new discoveries and better yields in different environments, while shortening R&D time to market. The company’s vision is to help researchers and agro companies find the right plants, traits and materials concentration which contribute to better plants yields and stress resistance.

Contact Us

Plant-DiTech LTD
Israel, Rehovot
Mail: customer-relations@plant-ditech.com
Tel: +972-54-5434590
Fax: +972-8-9472504

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