PrecisionAgar
Ultra Pure Agar for Success in Plant Tissue Culture
At MaxPrecisionLab, we recognize the crucial importance of high-quality agar in plant tissue culture. PrecisionAgar is our ultra-pure agar, specifically designed to meet the rigorous demands of this field.
Precision formulated, PrecisionAgar provides an ideal environment for the initiation, multiplication and rooting of plant tissue cultures.
Exceptional Purity
Contaminant-free for healthy and vigorous crops.
Consistent Gelation
Uniform gelation for a stable growth environment.
Crystal Clear Clarity
Allows easy observation and monitoring of tissue growth and morphology.
Essential Nutrients
It allows adding the necessary nutrients for optimal development.
Easy Preparation
Dissolves quickly to save time and effort.
Reliable Results
Ensures reproducible results in your research.
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// CONTACT FORM
Commitment and Efficiency: Your Priority is Our Mission at MaxPrecision Lab
Welcome to MaxPrecision Lab! We value your time and your trust in us. Please let us know how we can help you and we will get back to you as soon as possible. At MaxPrecision Lab, we strive to provide you with quick answers and effective solutions, thank you for choosing us!
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// EXAMPLE OF APPLICATION AND BENEFITS
PrecisionAgar
Simplify your plant tissue culture with superior results.
Aplications
- Micropropagation: High quality, identical plant clones.
- Somatic embryogenesis: Mass propagation and genetic improvement of plants.
- Organogenesis: Regeneration of whole plants and production of disease-free plantlets.
- Genetic transformation: Introduces and expresses genes of interest in plants in a precise manner.
- Germplasm conservation: Stores valuable plant material for the long term.
- Physiological and biochemical studies: Investigate plant processes in a controlled environment.
Beneficts
- Greater success: Increase plant regeneration and get more viable plants in less time.
- Healthier crops: Minimize the risk of contamination and protect your valuable crops.
- Consistent Results: Ensures a uniform culture environment for reliable results in every experiment.
- Ease and efficiency: Simplify your work with its easy preparation and use.
// COMPARATIVA
precisionagar vs aGAR común
Characteristics
Purity
Gelling Properties
Sterility
Cost
Transparency
Plant Growth Regulators
Applications
Plant Growth Regulators
Tissue Culture Results
PrecisionAgar
High purity, free of contaminants and phytotoxins.
Can be supplemented with plant-specific nutrients (hormones, vitamins).
Sterile and ready to use.
Higher cost due to its purity and specialized formulation.
Highly transparent, ideal for observing plant growth and development.
Easily supplementable with auxins, cytokinins and gibberellins.
Plant tissue culture, micropropagation, somatic embryogenesis.
Plant tissue culture, micropropagation, somatic embryogenesis.
Higher success rate, lower risk of contamination, optimal growth and development.
Agar Común
Lower purity, may contain impurities and plant growth inhibitors.
Contains nutrients for microorganisms, not optimal for plants.
Generally sterile, but susceptible to bacterial contamination.
More economical.
It may be less transparent, making it difficult to observe crops.
Supports phytohormonal supplementation.
Microbiology, general laboratory use.
Microbiology, general laboratory use.
Lower success rate, risk of contamination, suboptimal growth.
// KNOWLEDGE
About Agar
Agar-agar, a natural hydrocolloid derived from red algae, is a complex polysaccharide with unique gelling properties. Its versatility makes it a key ingredient in a variety of industries, from food to biotechnology. With different types available, such as Gelidium and Gracilaria agar, each offers specific characteristics that suit different applications.
What is Agar?
Agar-agar, a natural hydrocolloid derived from red algae of the Rhodophyceae class, is a complex polysaccharide with a unique composition that makes it an indispensable ingredient in various industries. Its molecular structure, a variable combination of agarose, agaropectin, water, proteins and essential minerals such as potassium, magnesium, iodine and calcium, gives it exceptional gelling properties.
How is it obteined?
Agar-agar is obtained from red algae, mainly from the genera Gelidium and Gracilaria. The extraction process begins with the collection of these algae, which are then washed and dried in the sun. The algae are then subjected to a cooking process in hot water, where the agar-agar dissolves. The resulting solution is filtered to remove impurities and is purified. Finally, it is cooled so that the agar-agar gels and is obtained in the form of powder or flakes after a drying process.
Where is it used?
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// THEY TRUST US
Several institutions have already used precisionagar
Leading agricultural research and development institutions, such as the National Institute of Agricultural and Forestry Innovation (INIAF) of Bolivia, trust in the quality and purity of our Precisionagar for their plant biotechnology projects. Our product, recognized for its gelling capacity and nutritional properties, is essential in the creation of culture media that promote optimal plant development in vitro. These institutions, committed to innovation and the advancement of agriculture, choose our Precisionagar as a fundamental pillar in their research and development of new crop varieties, guaranteeing reliable and reproducible results.
