Technology
In Vitro Propagation
We apply advanced tissue culture techniques to generate elite plant material uniform, disease-free, and of the highest quality. This cutting-edge approach allows us to accelerate plant production with precision and efficiency, as well as genetic improvement programs.
The foundation of our in vitro propagation lies in key processes such as
organogenesis and embryogenesis:
organogenesis enables the generation of complete organs, such as roots and shoots, from cells or tissues,
while embryogenesis produces somatic embryos that develop into whole plants.
Thanks to these techniques, we can multiply plants quickly and in a controlled manner, preserving their genetic quality
and ensuring that each elite line maintains its integrity and diversity.
Main benefits of our in vitro propagation include:
- Disease-free plant material
- Guaranteed genetic uniformity
- Continuous year-round production
- Rapid multiplication of elite plants
- Sterile and controlled laboratory conditions
The foundation of our in vitro propagation lies in key processes such as organogenesis and embryogenesis: organogenesis enables the generation of complete organs, such as roots and shoots, from cells or tissues, while embryogenesis produces somatic embryos that develop into whole plants. Thanks to these techniques, we can multiply plants quickly and in a controlled manner, preserving their genetic quality and ensuring that each elite line maintains its integrity and diversity.
Main benefits of our in vitro propagation include:
- Disease-free plant material
- Guaranteed genetic uniformity
- Continuous year-round production
- Rapid multiplication of elite plants
- Sterile and controlled laboratory conditions
Characteristic
Precisión y uniformidad genética
Production volume
Scalability
Space and efficiency
Pathogen-free production
Production of haploid plants
Production of secondary metabolites
Basic genetic information
Plant miniaturization
Synthetic seed production
In Vitro Culture
High precision and genetically uniform plants
Rapid and massive multiplication
Easy to scale under controlled conditions
Requires little space, high efficiency
Possible under sterile conditions
Viable through specific techniques
Possible through cell cultures
Allows precise genetic studies
Possible for physiological studies
Viable with somatic embryo encapsulation
Characteristic
Precisión y uniformidad genética
Production volume
Scalability
Space and efficiency
Pathogen-free production
Production of haploid plants
Production of secondary metabolites
Basic genetic information
Plant miniaturization
Synthetic seed production
Traditional Propagation
Genetic variability among plants
Limited production per mother plant
Difficult to scale, dependent on natural conditions
Requires more space and time
Higher risk of diseases and pests
Not applicable
Limited to direct extraction from plants
Allows precise genetic studies
Not applicable
Not applicable
Characteristic
Genetic precision and uniformity
Production volume
Scalability
Space and efficiency
Pathogen-free production
Producción de plantas haploides
Production of secondary metabolites
Basic genetic information
Plant miniaturization
Synthetic seed production
Cultivo in vitro
High precision and genetically uniform plants
Rapid and massive multiplication
Easy to scale under controlled conditions
Requires little space, high efficiency
Possible under sterile conditions
Viable through specific techniques
Possible through cell cultures
Allows precise genetic studies
Possible for physiological studie
Viable with somatic embryo encapsulation
Traditional Propagation
Genetic variability among plants
Limited production per mother plant
Difficult to scale, dependent on natural conditions
Requires more space and time
Higher risk of diseases and pests
Not applicable
Limited to direct extraction from plants
Allows precise genetic studies
Not applicable
Not applicable
R&D in Tissue Culture
Our research and development team focuses on optimizing and creating new tissue culture protocols, including plant regeneration through organogenesis and somatic embryogenesis, advanced cryopreservation techniques, embryo rescue, and in vitro germination of recalcitrant or hard-to-germinate species. These innovations allow us to improve efficiency, preserve genetic diversity, and expand the possibilities for propagating high-value plant species.
Advanced genetic improvement
At NSIP, we transform genetic improvement into a competitive advantage for our clients. We apply innovative methods based on genomics and proprietary algorithms to optimize every decision in the process. We provide strategic services in design, consulting, and comprehensive execution of breeding programs, tailored to the specific needs of each project, enabling the seed and food industry to introduce new genetics to the market with efficiency, predictability, and measurable results.
Different models of interaction with the producer
We support the agricultural industry in specific markets and tropical crops, offering world-class innovation and establishing ourselves as strategic partners of global companies that trust us to transform their agricultural future. We deliver in vitro plants, adapted and ready for the field, with delivery options from our nurseries or directly integrated into the producer’s production systems. This approach ensures maximum efficiency, guaranteeing healthy, uniform plants ready to grow.
