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Plant Phenotyping Platform

Novel plant physiology screening system

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Accelerated Plant-
Environment Screening System

Plant-Ditech sets new standards in plant research with its cutting-edge plant phenotyping equipment, enhancing the understanding of plant phenotype, We invite you to join our community and discover a world of knowledge, technology, and inspiration.

Save time and effort with PlantArray’s automatic phenotyping system. Measure the dynamic physiological activity of a wide variety of plants while controlling personalized soil and water conditions. Achieve fast and accurate plant phenotyping screening even under stressful and extreme climatic conditions.

Control

Personalized stresses
water & fertigation

Measure

Plant physiology &
dynamic environment

Analyze

Real-time analysis
& statistics

Customer spotlight

What scientists say

Dr. Gilor Kelly
Dr. Gilor KellyPh.D, Researcher - Plant Sciences, Vegetable and Field Crops, ARO, Volcani Center, Israel
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"The Plant-DiTech system has changed our way of studying whole-plant water relations. The accurate and effortless simultaneous measurement of whole-plant diurnal performance, including all relevant physiological parameters, significantly enhanced our study."
Dr. Pei Xu,
Dr. Pei Xu, PhD, Professor - Zhejiang Academy of Agricultural Sciences, China
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"Thanks to the high-throughput and automatic natures of Plant-DiTech, many notoriously difficult-to-source traits can now be easily acquired, enabling genetic association analysis."
Dr. Ahan Dalal
Dr. Ahan DalalPhD, Postdoctoral Fellow - Plant Sciences and Genetics, Faculty of Agriculture, HUJI, Israel
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״Plantarray screens directly for the physiological traits thus making the data more reliable and accurate. The best part is that the system is very user-friendly and gives detailed physiological data for real-time analysis.״
Dr. Ye Tao
Dr. Ye TaoBiozeron Biotechnology, Shanghai, China
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"Plantarray is an amazing system for high-throughput collection of physiological traits, and it also provides real-time analysis in the cloud. Combined with multiple omics-technologies, it will significantly enhance the study level of our breeding clients."
Dr. Felix Ogunmokun
Dr. Felix OgunmokunPhD Student - Department of Soil and Water, Faculty of Agriculture, HUJI, Israel
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"With the Plant-DiTech system, data collection has become easier, and more reliable. Now I can access my data anywhere, anytime, and know exactly what each plant is getting during irrigation."
Dr. Rakefet David-Schwartz
Dr. Rakefet David-SchwartzPh.D., Principal Investigator - Plant Sciences, Natural Resources, ARO, Volcani Center, Israel
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"PlantDitech's system enabled us to answer big questions that we could not resolve before. Any effort we would have made would not make it possible for us to test 50 pine trees simultaneously for complex physiological traits. After the first experience, it's hard to imagine a future drought stress experiment in forest trees without using the plantDitech system."
Dr. Bruce Schaffer
Dr. Bruce SchafferPhD, Professor Tropical Research and Education Centre University of Florida
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Before using Plant-Ditech’s Plant Array for our abiotic stress experiments, our transpiration, stomatal conductance, and water-use efficiency measurements were limited to periodic single-leaf measurements. The ability to continuously measure these variables on a whole-plant basis, as well as plant water uptake in real-time with the Plant Array has been a huge boost to our research on plant drought and salinity stress.
Dr. Itamar Shenhar
Dr. Itamar ShenharPhD Student, researcher at the Hebrew University of Jerusalem
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With PlantArray, we are able to conduct very complex tightly controlled experiments in a randomized manner, which would have been impossible otherwise. The complementary SPAC software provides us with high-quality analysis on demand, completing the research experience.
Dr. Nir sade
Dr. Nir sadePhD, Senior lecturer in the school of plant science and food security at Tel Aviv University
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The Plant-DiTech system is an excellent tool for plant science researchers, offering a user-friendly platform to monitor plant-environment interactions, even for those without extensive expertise. In our lab at TAU, we successfully utilize Plant-DiTech for a wide range of experimental setups, from high-throughput phenotyping of large plant populations to the specific characterization of genetically modified plants and breeding lines.
Dr. Gabriela Sinclair
Dr. Gabriela SinclairPhD candidate in Horticulture and Agronomy at the University of California, Davis.
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As someone who has conducted multiple drought related studies over the years, I can’t express how much the Plant Array gravimetric system has streamlined taking measurements during the experimental process. The system requires dedication to become proficient, however, it is well worth the time and effort. Being able to have a more hands-off approach once the system is set up enables me to spend more time and effort on other important aspects of experimental design.
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Leading customers

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Applications

Discover how using PlantArray will power your research in characterizing the dynamic plants response to different ambient conditions (GXE interaction) in variety of applications.

Abiotic Stress
Response

Genetics & Breeding
Screening

Nutrients & Biostimulants screening

Biotic Stress Response

Whole Plant Physiology

Whole Plant Physiology

Biotic Stress Response

Publications

Plant-Ditech is cited in dozens of publications, here are the latest:

  • Institute: The Hebrew University of Jerusalem
  • Newspaper: Smart Agriculture Technology
  • Date: Novembar, 2024
  • Institute: University of Milan
  • Newspaper: Plant Cell Reports
  • Date: September, 2024
  • Institute: Tropical Research and Education Center
  • Newspaper: Journal of Agronomy and Crop Science
  • Date: July, 2024
Full list of articles

Join the forefront of science

Say farewell to slow, manual measuring devices. Our fully automated phenotyping platform allows you to dynamically measure plants water use, stomata and root activities, plant growth, as well as plant-environment dynamic interactions.

Select the most suitable plants for optimal growing conditions and stress tolerance, resulting in improved yields and enhanced stress response within weeks, rather than seasons.

Upcoming conferences

PAG 32, 2025

  • Date:10.01 - 15.01.2025

2024 ASA, CSSA, SSSA International Annual Meeting

International Plant Phenotyping Network

  • Date:07.10.2024

Latest from blogs

Full list of blogs

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why us

With our flexible automated simulation platform, you can explore diverse conditions tailored to each plant, while capturing 500 dynamic plant physiological and environment data points daily! This empowers you to precisely quantify the effect of different treatments on plant productivity and growth, WUE, and stomatal activity, revealing yield potential weeks before any visual signs. Transform your research – get repeatable results in days instead of full seasons!

About Plant-Ditech

Plant-Ditech enhances the ability of scientists, breeders, and agro-researchers to ensure agricultural growth by providing plant phenotyping system and plant phenotyping software. This enables the quick and automatic processing and analysis of vast amounts of phenotypic data, providing deep insights into plant-environment interactions while shortening research & development time and time to market.

Plant-Ditech sets new standards in plant research. We invite you to join our community and discover a world of knowledge, technology, and inspiration.

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Plant-Ditech LTD

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