NetaGenomiX Overview
NetaGenomiX is a biotechnology company focused on plant genetics and breeding. The company develops crop varieties with improved yield, climate resilience, and nutritional properties using gene-editing technologies. Its approach enables large-scale genomic modifications to address genetic redundancy and uncover new phenotypic traits. NetaGenomiX is an AgChimedes group company.
Cumulative Funding Raised Over Time ($)
—Apr 2022
Latest News
CRISPR Unveils Plant Gene Potential
growth-positive
'Revolutionary' gene editing of plants will change agriculture forever
Researchers at Tel Aviv University (TAU) have developed a new method of genetic modification of plants that could revolutionize agricultural crop improvement. The method allows for targeted changes to improve properties such as higher yields and resistance to drought and pests. The technology has already been successfully applied to rice and tomato plants. The researchers were assisted by scientists from France, Denmark, and Switzerland. Their findings were published in the journal Nature Plants. TAUs technology commercialization company, Ramot, in collaboration with the AgChimedes group, has established the DisTree company to apply the new technology to a variety of crops.
Investment
growth-positive
בעזרת הקריספר: השיטה שחושפת את התפקיד של מרבית הגנים בצמח
Researchers from Tel Aviv University have developed a technology that reveals the role of most genes in plants. The development is expected to revolutionize the improvement processes of agricultural crops, including directed changes that will improve features such as increasing yields or resistance to drought and pests. The research was conducted using the innovative CRISPR technology for gene editing. The researchers believe that this is the future of agriculture: controlled and directed crop improvement that operates on a large scale. To this end, Ramot at Tel Aviv University, in partnership with the AgChimedes Group, has established a company called DisTree.
InvestmentPartners
Not applicable
Multi-Knock-a multi-targeted genome-scale CRISPR toolbox to overcome functional redundancy in plants - Nature Plants
The article discusses various studies related to genome-wide insertional mutagenesis of Arabidopsis thaliana, a model organism in plant biology. It highlights the use of the CRISPR-Cas9 system for efficient genome editing in plants. The article also discusses the role of cytokinin transporters in plant development and the evolution of gene duplication in plants. However, the article does not mention any specific company, investment, or business-related issues.
Not applicable
| Sector | Agriculture & Food Technologies |
Funding
| Total funding | Undisclosed |
| Last funding | Undisclosed |
| Stage | Seed |
| Rounds | 1 |
| Investors | 1 |
Team Members
2
Employees: 1-10
Web & Social Links
| Website | netagenomix.com/ |
| Careers | Careers page |
Locations
Mikve Yisrael St 12, Holon, Israel
Mikve Israel, Holon, Israel
Photos & Videos
No files yet
NetaGenomiX Business
Business models
B2B
Product stage
R&D
Employees
1-10
Sector
Agriculture & Food TechnologiesAg TechGenetics & InputClimate TechFood & Land UseSustainable FarmingTarget Customer
Agriculture & FoodCropsTreesCore Technology
Artificial IntelligenceTags (6)
agtechcropsplant-protectionartificial-intelligencegenome-editingclimate-techGeographic Markets
South AmericaEuropeWestern EuropeNorth AmericaAsiaNetaGenomiX Financials
Undisclosed
Total funding
Undisclosed
Capital raised
Undisclosed
Last funding
Seed
Funding stage
1
Total rounds
1
Investors
Cumulative Funding Raised Over Time ($)
—Apr 2022
Private Equity Funding
Undisclosed Round
Apr 2022
Undisclosed
AgChimedes Group
NetaGenomiX Lifecycle
Cumulative Funding Raised Over Time
—Apr 2022
All Events
Undisclosed Round
Apr 2022
Undisclosed
AgChimedes Group
NetaGenomiX News
4 articlesCRISPR Unveils Plant Gene Potential
growth-positive
'Revolutionary' gene editing of plants will change agriculture forever
Researchers at Tel Aviv University (TAU) have developed a new method of genetic modification of plants that could revolutionize agricultural crop improvement. The method allows for targeted changes to improve properties such as higher yields and resistance to drought and pests. The technology has already been successfully applied to rice and tomato plants. The researchers were assisted by scientists from France, Denmark, and Switzerland. Their findings were published in the journal Nature Plants. TAUs technology commercialization company, Ramot, in collaboration with the AgChimedes group, has established the DisTree company to apply the new technology to a variety of crops.
Investment
growth-positive
בעזרת הקריספר: השיטה שחושפת את התפקיד של מרבית הגנים בצמח
Researchers from Tel Aviv University have developed a technology that reveals the role of most genes in plants. The development is expected to revolutionize the improvement processes of agricultural crops, including directed changes that will improve features such as increasing yields or resistance to drought and pests. The research was conducted using the innovative CRISPR technology for gene editing. The researchers believe that this is the future of agriculture: controlled and directed crop improvement that operates on a large scale. To this end, Ramot at Tel Aviv University, in partnership with the AgChimedes Group, has established a company called DisTree.
InvestmentPartners
Not applicable
Multi-Knock-a multi-targeted genome-scale CRISPR toolbox to overcome functional redundancy in plants - Nature Plants
The article discusses various studies related to genome-wide insertional mutagenesis of Arabidopsis thaliana, a model organism in plant biology. It highlights the use of the CRISPR-Cas9 system for efficient genome editing in plants. The article also discusses the role of cytokinin transporters in plant development and the evolution of gene duplication in plants. However, the article does not mention any specific company, investment, or business-related issues.
Not applicable
Employee Info
| Employees (range) | 1-10 |
| Exact count | 3 |
| Team members | 2 |
Similar Companies
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NetaGenomiX Internal
Recent Updates
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Admin Info
| Confidence | 89/100 |
| Missing | video or image, markets, not claimed |
| BI Verification | Ortal Wein |
| Registrar ID | 516596848 |
| Creator | Ortal Wein |
| Creator email | ortalw@sncentral.org |
| Last updater | Ortal Wein |
| Updater email | ortalw@sncentral.org |
| Last update | 2024-05-15T00:00:00.000Z |
| Created | 2022-09-04T00:00:00.000Z |
| Claimed | Yes |