“Isolation and Characterization of Heterotrophic Bacteria from Blue-Green Algae with Multiple Plant Growth Promoting Traits”
Egyptian Journal of Chemistry
Vol. 66, No. 8 · 209–218 · 2023
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EcoCyan Biological Platform
Cyanoboost
Biology designedfor the field.
Cyanoboost is EcoCyan's flagship cyanobacteria-based biofertilizer platform, developed from agricultural microbiology research.
Its scientific foundation centers on nitrogen-fixing cyanobacteria and the biological interactions between microorganisms, plants and soil.
- Research-driven
- Field-evaluated
- Rooted in Egyptian agricultural science
What is Cyanoboost?
A living biological approachto agriculture.
Cyanoboost is a liquid cyanobacteria-based agricultural biological developed around EcoCyan's research platform.
At the center of this platform is Nostoc sp. strain NoHu, a nitrogen-fixing cyanobacterium isolated from arid Egyptian soil and studied together with naturally associated microorganisms.
Rather than approaching crop nutrition as a purely chemical process, Cyanoboost is built around biological interactions between microorganisms, plant roots and the surrounding soil ecosystem.
Conceptual model
- Cyanobacteria
- Plant-associated microorganisms
- Rhizosphere
Biologically active agricultural system
A conceptual diagram of the research platform. It does not imply that every researched microorganism is present in the final commercial formulation.
The biological foundation
Meet Nostoc sp.strain NoHu.
Nostoc sp. strain NoHu is a nitrogen-fixing cyanobacterium isolated from arid soil at Sekem Farm in Belbis, Egypt.
It became a central organism within EcoCyan's agricultural microbiology research and provides the scientific foundation for the Cyanoboost platform.
Research also investigated the naturally associated heterotrophic bacterial community around NoHu and evaluated multiple plant-growth-promoting activities.
- Origin
- Egyptian arid soil
- Biology
- Nitrogen-fixing cyanobacterium
- Research
- Molecular identification using 16S rRNA
- Context
- Plant-associated microbial ecology
Egyptian Journal of Chemistry Volume 66 · Issue 8 · 2023
Explore the ResearchWhy cyanobacteria?
Small organisms.Complex biological roles.
Cyanobacteria are photosynthetic microorganisms capable of functioning under challenging environmental conditions.
Their biological characteristics make them relevant to research in sustainable agriculture, soil fertility and plant–microbe interactions.
- 01
Photosynthetic biology
Cyanobacteria use light energy to support their biological growth and metabolism.
- 02
Nitrogen fixation
Nitrogen-fixing cyanobacteria can biologically interact with nitrogen-limited agricultural environments.
- 03
Plant–microbe interaction
Microorganisms form part of the biological environment surrounding plant roots.
- 04
Adaptation
The microorganisms behind EcoCyan's research were studied in relation to arid and challenging agricultural environments.
More than one biological pathway
Understanding the microbialsystem around the plant.
EcoCyan's underlying research examined cyanobacteria-associated heterotrophic bacteria and screened them for multiple plant-growth-promoting activities.
Activities investigated in the underlying research
- 01
Nitrogen fixation
Screened across the isolate collection - 02
Phosphate solubilization
Halo assay on selective media - 03
Potassium solubilization
Halo assay on selective media - 04
Siderophore production
CAS assay - 05
Antifungal activity
Dual-culture screening
These are activities investigated in the underlying research, not guaranteed effects of the final commercial product. Understanding these interactions helps EcoCyan evaluate how microbial communities can contribute to agricultural biological systems.
Around the roots
The action happensaround the roots.
The rhizosphere is the biologically active zone surrounding plant roots.
It is where plants, soil and microorganisms continuously interact.
Cyanoboost's research direction focuses on this biological environment and on how cyanobacteria and associated microbial systems can support more biologically active agricultural ecosystems.
- 01
Sunlight
- 02
Photosynthetic microorganisms
- 03
Rhizosphere
- 04
Plant–microbe interaction
- 05
Plant & soil system
Why Cyanoboost?
Designed around biology,not just inputs.
- 01
Plant development
Cyanoboost is designed around biological processes associated with plant development and root-zone interactions.
- 02
Soil biology
The platform focuses on the relationship between plants and biologically active microbial communities around the rhizosphere.
- 03
Resilience
Its scientific foundation originates from microorganisms studied in arid and challenging Egyptian environments.
- 04
Regenerative potential
Cyanoboost connects biological crop inputs with EcoCyan's broader vision for regenerative agriculture.
Field evidence
What we observedin chamomile.
Cyanoboost-related biology has been evaluated under field conditions, including a study involving chamomile.
The presented study reported measurable differences across root development, extracted essential oil and rhizospheric microbial diversity.
- Root development
- The Cyanoboost treatment significantly increased root weight and root length in the referenced chamomile study.
- Essential oil
- The treatment recorded the highest quantity and quality of extracted essential oil in the presented trial.
- Rhizosphere diversity
- The Cyanoboost treatment recorded the highest diversity of rhizospheric microbial communities in the referenced study.
Scientific marker
0.45%
Results shown are specific to the referenced study conditions. Agricultural performance may vary according to crop, soil, climate, application method and management practices.
Explore Full Field EvidenceBeyond plant size
Agricultural biology is notonly about plant size.
EcoCyan's research explores the relationship between biological inputs, root development, plant quality and microbial diversity.
The chamomile study provides an example of this broader approach by evaluating not only plant growth parameters, but also essential oil quality and rhizospheric microbial communities.
- 01
Root system
- 02
Plant quality
- 03
Rhizosphere
A biological agricultural system should be understood as a connected ecosystem, not as a single isolated metric.
Biology with context
Research rootedin arid agriculture.
The biological foundation behind Cyanoboost originates from microorganisms isolated and investigated in Egyptian arid-soil environments.
This research context is especially relevant to EcoCyan's focus on agricultural systems facing environmental stress and challenging growing conditions.
Research traceability
From soil sampleto scientific identity.
EcoCyan's platform is built around scientifically identified microorganisms rather than an anonymous biological blend.
The underlying research used molecular identification techniques, including 16S rRNA sequencing, to characterize selected microorganisms associated with the research platform.
- Arid soil
- Isolation
- Microbiology
- 16S rRNA
- Characterization
- Agricultural application
Beyond the product
Part of a biggeragricultural system.
Cyanoboost is one part of EcoCyan's broader approach to regenerative agriculture.
By exploring photosynthetic microorganisms, living soil and plant–microbe interactions, EcoCyan aims to develop biological technologies that can complement the transition toward healthier and more resilient agricultural ecosystems.
-
Biological inputs
-
Living soil
-
Climate-conscious agriculture
- SDG 13 Climate Action
- SDG 15 Life on Land
Who is it for?
Built for agriculturalexploration and adoption.
EcoCyan's target market includes farmers and agricultural partners interested in biological and regenerative production systems.
- 01
Organic & biodynamic farmers
For growers already working with biologically oriented agricultural practices.
- 02
Conventional farmers
For growers exploring the gradual integration of biological agricultural inputs.
- 03
Agricultural partners
For farms, agribusinesses, researchers and distributors interested in field validation, biological products and regenerative agriculture.
Biology works withinreal agricultural systems.
Biological agricultural products interact with complex living environments.
Performance can vary depending on crop, soil characteristics, climate, irrigation, farm management and application practices.
EcoCyan therefore approaches Cyanoboost through continued research, field evaluation and responsible agricultural deployment.
Bring biologyinto the field.
Interested in Cyanoboost, field evaluation, distribution or research collaboration? Connect with EcoCyan to explore how our biological platform can fit into your agricultural context.