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Phenotyping Product Applications Available In USA
25 applications found
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 ...
ByPlant-DiTech Ltd based in Rehovot, ISRAEL
Use our platform to design antibodies that optimize binding affinity, titer, specific productivity, Immunogenicity, or other phenotypic variables of interest. Engineer antibodies that specifically kill cancer cells or equib cells with multiple functions, granting them the ability to invade human cancer-derived ...
ByTeselaGen Biotechnology, Inc. based in Portola Valley, CALIFORNIA (USA)
Our image analysis pipeline ingests images from drones, ground based imaging systems, satellites and delivers uses well vetted algorithms and AI-powered deep learning modules to calculate an ever growing range of traits as we are always pushing the boundaries of plant phenotyping. Discover below our dedicated Agro-Production case studies portfolio to dive deeper into Hiphen's crop assessment expertise. ...
ByHiphen based in Avignon, FRANCE
Our image analysis pipeline ingests images from drones, ground based imaging systems, satellites and delivers uses well vetted algorithms and AI-powered deep learning modules to calculate an ever growing range of traits as we are always pushing the boundaries of plant phenotyping. Discover below our dedicated Seed Breeding case studies portfolio to dive deeper into Hiphen's crop assessment expertise. ...
ByHiphen based in Avignon, FRANCE
Radiance® provides new information around host response and the viral life cycle, enabling a better understanding of cellular infection through the measurement of novel phenotypic ...
ByLumaCyte, Inc. based in Charlottesville, VIRGINIA (USA)
Our image analysis pipeline ingests images from drones, ground based imaging systems, satellites and delivers uses well vetted algorithms and AI-powered deep learning modules to calculate an ever growing range of traits as we are always pushing the boundaries of plant phenotyping. Discover below our dedicated Agro-Production case studies portfolio to dive deeper into Hiphen's crop assessment expertise. ...
ByHiphen based in Avignon, FRANCE
Inability to track microbial subpopulations or phenotype shifts. High labor costs and limited skilled microscopy staff availability. ...
ByHolloid based in Wien, AUSTRIA
Gene expression is the most fundamental level at which the genotype gives rise to a phenotype. Whether you have RNA-Seq, qPCR or microarray data, Partek provides easy-to-use tools that guide you through the analysis process from start to finish within a point-and-click interface. ...
ByPartek Incorporated based in Chesterfield, MISSOURI (USA)
Validation and accuracy of phenotyping information is crucial for plant research and crop improvement. Conventional phenotypic analysis in plant relies on the assessment and characterization of vegetation constitution mainly with manual observations. ...
ByKonica Minolta Sensing based in Ramsey, NEW JERSEY (USA)
Whole genome, exome, or targeted panel DNA sequencing (DNA-Seq) studies can identify genetic variants that contribute to disease and phenotypes. Partek offers powerful and easy-to-use tools for processing and analyzing your DNA sequencing data. ...
ByPartek Incorporated based in Chesterfield, MISSOURI (USA)
Sample weight-up to 30 grams (~200 grains). 20 seconds analysis time. 25 micron measurement accuracy. 240 X 170 mm (9.5” X 6.7”) Inspection area . Advanced algorithm for high density sample . 8,000 color pixels per grain. High resolution industrial grade camera. No minimum sample ...
ByVibe Imaging Analytics Ltd. based in Capitola, CALIFORNIA (USA)
To date, the classification of cancers has been based solely on the phenotypic and genotypic characteristics of tumor cells. A new paradigm, scientifically well established and recommended by WHO guidelines, relies on the introduction of the immune response as a new prognostic parameter to predict and refine the clinical outcomes of cancer patients. ...
ByVeracyte based in Marseille Cedex 9, FRANCE
Deeply characterize, profile, and map your T cell populations at the single-cell level to directly link phenotype to gene ...
ByBruker Corporation based in Billerica, MASSACHUSETTS (USA)
Transgenic animals use biotechnology to stably change the genetic characteristics of animals. The phenotype of transgenic animals is changed including the performance in growth and the disease resistance. ...
ByCD Biosciences - htDNA-chip® based in Shirley, NEW YORK (USA)
Breakthrough technology innovation applied for crop improvement, for and with ...
ByKeyGene based in Wageningen, NETHERLANDS
Cyrus’s protein biochemistry capabilities include advanced selection methodologies in both yeast and mammalian cell systems. These tools can interrogate large numbers of mutations in cell surface receptors and many globular proteins, offering a unique path forward for protein optimization based on high quality, physiologically-relevant data in eukaryotic or – specifically – human ...
ByCyrus Biotechnology Inc. based in Seattle, WASHINGTON (USA)
Use Cellvizio Lab to perform longitudinal studies on the peripheral nervous ...
ByMauna Kea Technologies based in Paris, FRANCE
Real-time Viral Titer Assay Capability. Current viral titer assay methods, a crucial component of vaccine & CGT development and production efforts, are generally slow, labor intensive, subjective, and difficult to standardize, often resulting in large errors or failures during critical production ...
ByLumaCyte, Inc. based in Charlottesville, VIRGINIA (USA)
Introducing single-cell biopsy The novel non-invasive method for single-cell omics The novel method that keeps your cells alive during biopsy from single cells Single-cell omics addresses cellular heterogeneity head on by isolating and analyzing molecular components from individual cells. While many of the existing technologies rely on cell lysis — single-cell biopsy is the only non-invasive single-cell analysis method that allows researchers to take transcriptome snapshots of a ...
ByCytosurge AG based in Glattbrugg, SWITZERLAND
Researchers and breeders are returning to nature, searching for explanations about plant adaptation and adaptation abilities to harsh environments. Finding a genotype that presents a trait to cope with drought or salinity could improve crop production and ...
ByPlant-DiTech Ltd based in Rehovot, ISRAEL