By Isla Miller
Published Jan 21, 2022
Lifeasible, a plant biotechnology company offering a wide array of molecular breeding services, with the goal to help plant breeders identify and introduce desirable traits into plant varieties with high efficiency, now provides worldwide customers with specialized and customized one-stop services in GWAS plant breeding... In the field of plant breeding, GWAS have been performed in almost all economically important crops, e... In general, three graphs are used for visualization of results:Manhattan plotQuantile-quantile (Q-Q) plotPrincipal component (PC) plotLifeasible is a group with a diverse knowledge background in the fields of genetics, molecular biology, statistics, and bioinformatics that provides specialized, customized one-stop services for GWAS plant breeding for customers worldwide... The company’s interdisciplinary experience with a wide range of plant species ensures outstanding plant breeding services with real competitive advantages. Lifeasible also offers a wide array of plant breeding services, from traditional breeding to modern molecular breeding, including maker discovery and development service, QTL and association mapping service, positional cloning service, maker-assisted breeding service, mutation breeding service, embryo rescue service, haploidization service, polyploidization service, etc...
Categories: Agribusiness, News
By Isla Miller
Published Dec 9, 2021
Lifeasible, a biotechnology company specialized in agricultural science, recently enlarged its offers for plant breeding services which now cover a wide range of plant species including major food crops, economic plants, and bio-energy feedstock plants. Plant breeding is the science of creating new varieties by modifying plant genomes, which can accelerate the production of plants with desired characteristics, such as higher productivity, nutritional value, and enhanced tolerance to drought and disease. Nowadays, plant breeding is not only applied to the development of crop varieties, but also plays an important role in industrial uses such as fiber, fuel, shelter and garden greening. Plant breeding can be accomplished by a variety of techniques, including trait selection, mutation introduction, plant tissue culture (e... As one of the most innovating plant breeding companies in the world, Lifeasible provides a wide range of plant breeding services from traditional breeding to modern molecular breeding...
Categories: Agribusiness, News
By Siri X
Published Mar 23
The growing applications of genomics in plant breeding are expected to drive the growth of the global plant genomics market during the forecast period. According to the TechSci Research report, “Plant Genomics Market - Global Industry Size, Share, Trends, Opportunity, and Forecast, 2017-2027”, the global plant genomics market is anticipated to grow at an impressive rate in the forecast period, 2023-2027. The Important Aspects of the Plant Genomics MarketThis can be ascribed to the increasing application of genomics in plant breeding, raising funds for agricultural development, and government initiatives for improving crop quality. Besides, the increasing population across the globe, rising demand for fresh and good quality fruits and vegetables, and rising need for reducing crop losses, among others are some of the factors expected to increase the demand for plant genomics in the coming years. However, high costs associated with producing crops using plant genomics can slow down the growth of the global plant genomics market, especially in emerging countries...
Categories: Agribusiness
By Mit K
Published Nov 11, 2022
The plant genomics market is estimated to account for a value of USD 7... The increasing application of genomics in plant breeding and conservation of genetic resources are techniques that are gaining the attention of many researchers globally and are driving the growth of the market. The molecular engineering segment is estimated to witness the fastest growth in the plant genomics market, in terms of value, from 2019 to 2025Molecular engineering is the process of improving the genotypic characteristics of plants through the application of molecular markers. Plant molecular engineering is the process of modification of plant material or plants for the production of novel compounds or to improve the efficiency of beneficial products... Download PDF Brochure: Download PDF Brochure - Plant Genomics Market Opportunities & Outlook Analysis Report | MarketsandMarkets Inquiry Before Buying - Plant Genomics Market Opportunities & Outlook Analysis Report | MarketsandMarkets The demand for healthy cereals & grains has created opportunities for seed manufacturers to adopt modern plant sequencing techniquesThe growth in the adoption of various molecular breeding types, such as molecular engineering and genetic engineering tools, would increase the performance of crops to gain better prices in the market...
Categories: News
By Isla Miller
Published Sep 29, 2022
Plants are constantly attacked by bacteria, viruses and other pathogens. When a plant senses a microbial invasion, fundamental changes occur in the chemical soup of proteins inside its cells, the workhorses of life. In a new study published in Cell, Duke University researchers have uncovered a key ingredient in plant cells that reprograms their protein-making machinery to fight disease... Plants rely on their immune systems to fight back. Unlike animals, plants do not have specialized immune cells to carry the bloodstream to the site of infection...
Categories: Agribusiness, News
By Isla Miller
Published Mar 23, 2022
Xu Cao's research group from the Institute of Genetics and Developmental Biology, Chinese Academy of Sciences published a paper titled “A two-in-one breeding strategy boosts rapid utilization of wild species and elite cultivars” online in Plant Biotechnology. This study reports a new two-in-one rapid breeding strategy, which combines the new de novo domestication breeding method and the classic hybrid breeding technology to complement each other's strengths, and realize the rapid introduction of stress tolerance traits and the development of diversified planting models in tomato. One-click creation provides new ideas for efficient and rapid utilization of excellent wild resources and cultivated germplasm, and cultivation of environment-adaptive crops and crops with diverse planting patterns... In particular, the lack of efficient plant gene editing tools in terms of gene knock-in or knock-up makes it difficult to create many complex traits through gene editing. Wild plants have undergone long-term natural selection and environmental adaptive evolution, and have natural environmental adaptation and stress tolerance traits; while modern cultivated species have excellent yield and quality traits after long-term artificial breeding, and the pearl and bare of the two is a prominent feature of future crops...
Categories: Agribusiness, News
By Isla Miller
Published Feb 24, 2022
The paper was published in Plant Physiology... Glucosinolates (thioglycosides) are unique secondary metabolites of cruciferous plants. Most kinds of thioglycosides are synthesized in the vegetative tissues of plants and then transported into seeds. Their metabolites play an important role in plant pest defense... With the popularization of rapeseed double low (seed low sulfur glycosides and low erucic acid) breeding, the amount of thiosidic acid in vegetative tissues is also reduced while reducing seed thioglycoside content, which leads to decreased plant disease and insect resistance...
Categories: Agribusiness, News
By Isla Miller
Published Nov 24, 2021
A new study identifies the genetic basis behind the adaptation strategies used by plants to cope with the harsh natural environment... The team identified the plant lineages, related microbes, and genes that allowed Atacama plants to adapt and grow under extreme desert conditions... The Atacama Desert in northern Chile is one of the harshest environments on earth-although it is one of the driest places on earth, dozens of plants still grow here, including grasses, annual plants and perennial shrubs. Atacama's plants must adapt to limited water, high altitude, lack of nutrients in sandy soil, extremely high solar radiation, and temperatures that fluctuate more than 50 degrees from day to night. This provides a natural laboratory for studying the adaptation of plants to extreme environments...
Categories: News
Published Jun 6, 2018
For example, certain genes can be turned on or off, or genes can be edited to produce a new or different effect in plants... Even with advancements in traditional plant breeding, it can take years to bring a new seed product to market. CRISPR cuts down the time it takes to produce genetic changes in crops, meaning there is potential to get new products to market much faster than with traditional plant breeding methods. Less regulation makes production cheaperProponents of CRISPR technology got a huge win in March when the USDA announced that it would not regulate CRISPR modified plant products... A survey done for CropLife International in 2011 estimated that it costs 136 million dollars to get a new genetically modified plant product to market...
Categories: Agribusiness, Corn, Soybeans
By Isla Miller
Published Dec 15, 2022
”Plant breeders have genetically modified plant species for thousands of years to create seeds with a larger proportion of metabolites to improve nutritional value and utility. As maize becomes a major source of livestock feed, plant breeders prioritize starch content and yield, while protein content and taste become minor considerations... Previous studies on rice, wheat and barley have shown that changes in the expression of such genes alter plant growth and nitrogen content... Amino acids are essential substrates for protein synthesis, and their levels in plants are influenced by soil nitrogen supply and plant nitrogen use efficiency... Further analysis showed that THP9-T has the potential to increase protein content in maize seeds and plants through plant breeding...
Categories: News
Business Title: Sustainable Agro Solutions, S.A.U
Job Title: Other Ag Professional, Agrochemical Supplier
About: Area Manager/Technician - North America
Quality formulated soil conditioners and biostimulants for all crops in the United States. Currently available in Florida, California, and Hawaii. Products coming soon to your state!
www.sas-agri.com/en
Interests:
Canola, Corn, Cotton, Organic Row Crops, Peanuts, Rice, Sorghum, Soybeans, Wheat, Crop Protection, Fertility, Soil Health, Sustainable Agriculture, Hemp, Orchard Crops, Organic Specialty Crops, Tree Nuts, Vegetables
Business Title: Plants Dig Soil Consulting Ltd.
Job Title: Crop Consultant
About: #RealisticRegenAg | Critically thinking through regenerative agriculture claims to find proven & profitable practices for the Canadian Prairies.
https://www.plantsdigsoil.com/
Interests:
Irrigation, Soil Health, Sustainable Agriculture, Cover Crops
Business Title: GO Seed
Job Title: Landowner, Other Ag Professional, Wholesale Seed Breeding and Research
Interests:
Soil Health, Sustainable Agriculture, Cover Crops
Business Title: Power Plant Mechanic
Job Title: Power plant mechanic
Interests:
Business Title: PrecisionPlanting
Job Title: Farmer, Crop Consultant
Interests:
Corn, Soybeans, Crop Scouting, Irrigation, Crop Protection, Fertility, Apps, Precision Agriculture, Telemetry, Soil Health, Sustainable Agriculture, Ag Commentary, Marketing, News, Member Challenge , Accounting and Bookkeeping, Agribusiness, Farmland and Real Estate, Operating a Farm, Taxes, Succession Planning, Human Resources, Farm Management, Ag Policy, Projects, Repair, Tools, Purchasing, Shops, Conservation Easements, Conservation Plans, NRCS, Cover Crops
Business Title: St. Louis Planting
Interests:
Ag Policy, Agribusiness, Soybeans, Wheat
Interests: Vegetables, Poultry, Ag Policy, Precision Agriculture, Organic Row Crops, Irrigation, Marketing, Agribusiness
Business Title: Hardwick Planting Company
Job Title: Farmer
Interests:
Corn, Cotton, Sorghum, Soybeans, Wheat, Crop Protection, Crop Scouting, Fertility, Irrigation, Soil Health, Sustainable Agriculture, Apps, Precision Agriculture, Ag Commentary, Marketing, News, Agribusiness, Farm Management, Shops, Cover Crops, Fishing, Horses, Hunting
Business Title: Jiang Su Cycle Bioscience Co.,Ltd
Job Title: Other Ag Professional, Product Manager
About: Jiang Su Cycle Bioscience Co., Ltd. devotes to Plant Growth Regulators research, production and sales in agricultural field. Our products are majorly applied on field crop, vegetables, fruits and horticulture.
we are in the agrochemical and fertilizer industry for over 10 years, we also focused on Amino acids, Seaweed Extract, Chitosan for Biostimulants.
Interests:
Soil Health, Sustainable Agriculture, Ag Policy, Organic Row Crops, Irrigation, Precision Agriculture, Marketing, Agribusiness, Cover Crops
Business Title: Harvest Harmonics
Job Title: Other Ag Professional, Ag Sales Representative
About: I help innovators farmers around the world grow healthier and more productive plants, increase yield and reduce input cost, with a new, unique and organic technology using biophysics. Connect with me for info.
Interests:
Corn, Cotton, Organic Row Crops, Peanuts, Rice, Sorghum, Soybeans, Wheat, Dairy, Grass-Fed Livestock, Crop Protection, Crop Scouting, Fertility, Irrigation, Soil Health, Sustainable Agriculture, Farm Management, Operating a Farm, Conservation Plans, Cover Crops, Orchard Crops, Organic Specialty Crops, Tree Nuts, Vegetables
Public
This is a group that can provide plant growth regulators. Companies or individuals in need are welcome to join, and other colleagues are also welcome to join the group discussion
Interest:
Crop Scouting, Fertility, Irrigation, Soil Health, Sustainable Agriculture
Public
Soil and everything in it is the focus here. Crop Nutritionists and CCAs know that growing a crop is more than planting, watering and applying fertilizer. It requires testing, planning, monitoring and adjusting the plan as needed.
Interest:
Corn, Wheat, Vegetables, Cover Crops, Ag Policy, Precision Agriculture, Organic Row Crops, Irrigation, Agribusiness
By Isla Miller
Published Jan 21, 2022
Lifeasible, a plant biotechnology company offering a wide array of molecular breeding services, with the goal to help plant breeders identify and introduce desirable traits into plant varieties with high efficiency, now provides worldwide customers with specialized and customized one-stop services in GWAS plant breeding... In the field of plant breeding, GWAS have been performed in almost all economically important crops, e... In general, three graphs are used for visualization of results:Manhattan plotQuantile-quantile (Q-Q) plotPrincipal component (PC) plotLifeasible is a group with a diverse knowledge background in the fields of genetics, molecular biology, statistics, and bioinformatics that provides specialized, customized one-stop services for GWAS plant breeding for customers worldwide... The company’s interdisciplinary experience with a wide range of plant species ensures outstanding plant breeding services with real competitive advantages. Lifeasible also offers a wide array of plant breeding services, from traditional breeding to modern molecular breeding, including maker discovery and development service, QTL and association mapping service, positional cloning service, maker-assisted breeding service, mutation breeding service, embryo rescue service, haploidization service, polyploidization service, etc...
Categories: Agribusiness, News
By Isla Miller
Published Dec 9, 2021
Lifeasible, a biotechnology company specialized in agricultural science, recently enlarged its offers for plant breeding services which now cover a wide range of plant species including major food crops, economic plants, and bio-energy feedstock plants. Plant breeding is the science of creating new varieties by modifying plant genomes, which can accelerate the production of plants with desired characteristics, such as higher productivity, nutritional value, and enhanced tolerance to drought and disease. Nowadays, plant breeding is not only applied to the development of crop varieties, but also plays an important role in industrial uses such as fiber, fuel, shelter and garden greening. Plant breeding can be accomplished by a variety of techniques, including trait selection, mutation introduction, plant tissue culture (e... As one of the most innovating plant breeding companies in the world, Lifeasible provides a wide range of plant breeding services from traditional breeding to modern molecular breeding...
Categories: Agribusiness, News
By Siri X
Published Mar 23
The growing applications of genomics in plant breeding are expected to drive the growth of the global plant genomics market during the forecast period. According to the TechSci Research report, “Plant Genomics Market - Global Industry Size, Share, Trends, Opportunity, and Forecast, 2017-2027”, the global plant genomics market is anticipated to grow at an impressive rate in the forecast period, 2023-2027. The Important Aspects of the Plant Genomics MarketThis can be ascribed to the increasing application of genomics in plant breeding, raising funds for agricultural development, and government initiatives for improving crop quality. Besides, the increasing population across the globe, rising demand for fresh and good quality fruits and vegetables, and rising need for reducing crop losses, among others are some of the factors expected to increase the demand for plant genomics in the coming years. However, high costs associated with producing crops using plant genomics can slow down the growth of the global plant genomics market, especially in emerging countries...
Categories: Agribusiness
By Mit K
Published Nov 11, 2022
The plant genomics market is estimated to account for a value of USD 7... The increasing application of genomics in plant breeding and conservation of genetic resources are techniques that are gaining the attention of many researchers globally and are driving the growth of the market. The molecular engineering segment is estimated to witness the fastest growth in the plant genomics market, in terms of value, from 2019 to 2025Molecular engineering is the process of improving the genotypic characteristics of plants through the application of molecular markers. Plant molecular engineering is the process of modification of plant material or plants for the production of novel compounds or to improve the efficiency of beneficial products... Download PDF Brochure: Download PDF Brochure - Plant Genomics Market Opportunities & Outlook Analysis Report | MarketsandMarkets Inquiry Before Buying - Plant Genomics Market Opportunities & Outlook Analysis Report | MarketsandMarkets The demand for healthy cereals & grains has created opportunities for seed manufacturers to adopt modern plant sequencing techniquesThe growth in the adoption of various molecular breeding types, such as molecular engineering and genetic engineering tools, would increase the performance of crops to gain better prices in the market...
Categories: News
By Isla Miller
Published Sep 29, 2022
Plants are constantly attacked by bacteria, viruses and other pathogens. When a plant senses a microbial invasion, fundamental changes occur in the chemical soup of proteins inside its cells, the workhorses of life. In a new study published in Cell, Duke University researchers have uncovered a key ingredient in plant cells that reprograms their protein-making machinery to fight disease... Plants rely on their immune systems to fight back. Unlike animals, plants do not have specialized immune cells to carry the bloodstream to the site of infection...
Categories: Agribusiness, News
By Isla Miller
Published Mar 23, 2022
Xu Cao's research group from the Institute of Genetics and Developmental Biology, Chinese Academy of Sciences published a paper titled “A two-in-one breeding strategy boosts rapid utilization of wild species and elite cultivars” online in Plant Biotechnology. This study reports a new two-in-one rapid breeding strategy, which combines the new de novo domestication breeding method and the classic hybrid breeding technology to complement each other's strengths, and realize the rapid introduction of stress tolerance traits and the development of diversified planting models in tomato. One-click creation provides new ideas for efficient and rapid utilization of excellent wild resources and cultivated germplasm, and cultivation of environment-adaptive crops and crops with diverse planting patterns... In particular, the lack of efficient plant gene editing tools in terms of gene knock-in or knock-up makes it difficult to create many complex traits through gene editing. Wild plants have undergone long-term natural selection and environmental adaptive evolution, and have natural environmental adaptation and stress tolerance traits; while modern cultivated species have excellent yield and quality traits after long-term artificial breeding, and the pearl and bare of the two is a prominent feature of future crops...
Categories: Agribusiness, News
By Isla Miller
Published Feb 24, 2022
The paper was published in Plant Physiology... Glucosinolates (thioglycosides) are unique secondary metabolites of cruciferous plants. Most kinds of thioglycosides are synthesized in the vegetative tissues of plants and then transported into seeds. Their metabolites play an important role in plant pest defense... With the popularization of rapeseed double low (seed low sulfur glycosides and low erucic acid) breeding, the amount of thiosidic acid in vegetative tissues is also reduced while reducing seed thioglycoside content, which leads to decreased plant disease and insect resistance...
Categories: Agribusiness, News
By Isla Miller
Published Nov 24, 2021
A new study identifies the genetic basis behind the adaptation strategies used by plants to cope with the harsh natural environment... The team identified the plant lineages, related microbes, and genes that allowed Atacama plants to adapt and grow under extreme desert conditions... The Atacama Desert in northern Chile is one of the harshest environments on earth-although it is one of the driest places on earth, dozens of plants still grow here, including grasses, annual plants and perennial shrubs. Atacama's plants must adapt to limited water, high altitude, lack of nutrients in sandy soil, extremely high solar radiation, and temperatures that fluctuate more than 50 degrees from day to night. This provides a natural laboratory for studying the adaptation of plants to extreme environments...
Categories: News
Published Jun 6, 2018
For example, certain genes can be turned on or off, or genes can be edited to produce a new or different effect in plants... Even with advancements in traditional plant breeding, it can take years to bring a new seed product to market. CRISPR cuts down the time it takes to produce genetic changes in crops, meaning there is potential to get new products to market much faster than with traditional plant breeding methods. Less regulation makes production cheaperProponents of CRISPR technology got a huge win in March when the USDA announced that it would not regulate CRISPR modified plant products... A survey done for CropLife International in 2011 estimated that it costs 136 million dollars to get a new genetically modified plant product to market...
Categories: Agribusiness, Corn, Soybeans
By Isla Miller
Published Dec 15, 2022
”Plant breeders have genetically modified plant species for thousands of years to create seeds with a larger proportion of metabolites to improve nutritional value and utility. As maize becomes a major source of livestock feed, plant breeders prioritize starch content and yield, while protein content and taste become minor considerations... Previous studies on rice, wheat and barley have shown that changes in the expression of such genes alter plant growth and nitrogen content... Amino acids are essential substrates for protein synthesis, and their levels in plants are influenced by soil nitrogen supply and plant nitrogen use efficiency... Further analysis showed that THP9-T has the potential to increase protein content in maize seeds and plants through plant breeding...
Categories: News
By Anonymous Member
Published Feb 25, 2021
Do you plant green? If so, what termination methods/timing do you use? For example, a burndown before planting the cash crop? Roller-crimping after planting? Etc. Thanks!
Categories: Cover Crops
Published Mar 7, 2022
Pine Forest, so the soil is probably acidic. Located in North-East corner of Ohio. We are going to grind out the stumps, disc the soil, broadcast the seed and harrow it to finish.
Categories: Farm Management, Homesteading, Hunting
By Anonymous Member
Published Apr 8, 2020
Categories: Corn
By Pat Rogers
Published May 30, 2020
Categories: Cover Crops
By Anonymous Member
Published Nov 7, 2021
Do fall armyworms feed on the pods of inverted peanut plants after the peanuts have been dug and are waiting to be harvested? Is applying an insecticide recommended? Thanks!
Categories: Peanuts, Crop Protection, Crop Scouting
By Anonymous Member
Published Apr 8, 2020
Is there a lot of benefit to letting cover crops grow a tremendous amount of vegetation prior to terminating them or do the risks of increased planting difficulty make it not worth the trouble?
Categories: Corn, Cotton, Cover Crops
Published Oct 18, 2020
Looking at planting triticale with hairy vetch and cow peas for a cover crop next year for a cash crop or corn to be planted late May 2021 using a roller crimper to terminate the cover crop before plant. It’s October 18th, I won’t be able to plant until the 22nd. Night time temps have fluctuated from mid 30s to high 20s no consistency yet. Some nights stay closer to 40. Highs are in the 70s and 80s. Am I too late for any of my covers? Any suggestions on planting rates? Will triticale terminate properly if I follow the method used for Rye, waiting until the entire field is dropping pollen?
Categories: Organic Specialty Crops, Cover Crops
By Pat Rogers
Published Apr 7, 2021
If you are using a cover crop roller prior to planting, should you burn down before or after rolling the cover crops?
Categories: Tools, Cover Crops, NRCS
Published Apr 7, 2022
The optimal concentration of chitosan oligosaccharide:
Categories: Crop Protection
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