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Phenotype Articles & Analysis
108 articles found
As next-generation sequencing and multi-omics approaches revolutionize microbial taxoZZQnomy, traditional phenotypic classification of probiotics systems are being reconstructed from the genome up, with significant implications for research, clinical applications, and regulatory frameworks. ...
The ability to detect genetic variation among plant germplasm is essential for crop improvement programs, helping researchers understand differences and similarities at both phenotypic and molecular levels. Lifeasible now offers a comprehensive suite of detection techniques to accommodate projects of all complexities and budgets: l Morphological Markers: Leveraging ...
As technological advancements continue, the integration of genome size data with other genomic and phenotypic datasets will unlock new insights into plant biology and inform strategies for biodiversity conservation and crop ...
Mobile genetic elements shatter the concept of fixed location genes on chromosomes 1974: Institute for Genetics, Justus-Liebig University, Giessen, Germany. Prof. Fritz Anders (1) passes two papers to his student: “Please read these (2, 3)…. and provide a summary of them next week in our Journal Club!” Published two decades earlier and authored by Dr. ...
Why there's a necessity for it? What some approaches to doing that might be? Segra is a Canadian-based Cannabis tissue culture nursery business. We grow plants at industrial scale for LPs. We can also do preservation and regeneration services by tissue culture for people and I oversee a genetics lab which performs various tests from everything from pathogen detection to what I’m going to ...
Compared to fungi, bacteria easily thrive on nutrient-rich culture media. Phenotypically distinct-looking colonies are formed by various species of bacteria and fungi. ...
Therefore, they first tested this gene's potential role in controlling stem regeneration in WOX13 Arabidopsis mutants (plants with dysfunctional WOX13) using a two-step tissue culture system. Phenotypic and imaging analyzes showed that shoot regeneration was accelerated (3 days faster) in plants lacking WOX13, whereas it was slower in plants induced to express WOX13. ...
Assembled and structured through the complex folding of a specific sequence of amino acids, proteins, along with their dynamic regulation and post-translational modifications (PTMs), largely determine cellular phenotype. New tools to study these changes are necessary. Quantum-Si’s technology uses a proprietary, novel sequencing approach– Time Domain ...
Selecting a Drone to Meet Your phenotyping Needs: As drones have become better, less expensive, and easier to use, more researchers have been incorporating them into their trial assessment programs. ...
ByHiphen
Finally, downstream candidate genes encoding observed phenotypes were analyzed. The earth's population is growing, and by 2050, 100 million people will need to eat on earth. ...
Three themes can summarize why this lack of progress exists: Limited genotype and phenotype data available on important production and economic traits. ...
De novo domesticated S. pimp lines were crossed with AC male sterile lines, and F1 plants presented an intermediate phenotype compared with the parents. Plants with both maternal yield and quality traits, male tolerance to severe saline-alkali and high disease resistance traits were obtained in the F2 segregating population. ...
A 5,000-Head Commercial Sow-Farm Research Introduction In modern sow farms, piglet mortality is the leading restraint in producers not reaching their maximum production potential. According to the last US national database evaluation performed by Dr. Stalder in 2018, the US had an industry average of ~26% pre-weaning mortality, with nearly 10% of those attributed to stillborn (Stalder, 2018). ...
Today we are happy to announce a new HortControl release, which improves the usability and will increase your phenotyping productivity. Here is a short ...
3D assessment of plants became a commonly used technology in plant phenotyping to measure morphological and architectural features of plants. Although, 3D sensors such as PlantEye can be the workhorse for every phenotyping platform, it still lacks the ability to measure changes in color or other spectral information that are an important indicator for the plants ...
Approximately a year ago, I entered the plant phenotyping arena and in my first blog for our company posed the following ...
It all started with a lot of note taking on paper and Excel docs, comparing notes, and finding ways to store and analyze the data so we could make sense of what we were seeing in the field with the different phenotypes in our breeding programs. As we got into it, we started to realize that genetics are really the foundation of what we do. Through breeding and ...
ByArable
Some of the common techniques that can be used in the field in situ are: RootReader: A custom-designed software and imaging technique that can make 2D or 3D images that are suitable for phenotyping roots to study their traits; Magnetic Resonance Imaging (MRI): An imaging and software system that allows 3D images that measures root mass, length, tip, diameter, and growth ...
Join Dr. Edwin Reidel, Co-Founder of CID Agtech, Inc. and Mr. Ron Hadar, Chairman of Vibe Imaging Analytics to learn how the Vibe QM3 can help you to quickly count, measure, and classify seeds and grains based on size and color characteristics. Compared to tedious manual sorting and subjective visual inspection, the work in your lab will instantly become more objective and repeatable with the ...
Together, these factors limit the availability of human chondrocytes possessing a biologically-relevant phenotype. Most commercially available chondrocytes have already been expanded and therefore have already sustained a significant change in their native phenotype. ...