01 ✿
Plant Culture Media
Basal salts, MS formulations, vitamins and nutrients for in vitro plant culture.
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PLANT BIOTECHNOLOGY & IN VITRO CULTURE
Growing the future of plant science.
Discover plant tissue culture media, micropropagation supplies, growth regulators and contamination control resources — organized around the way your laboratory works.
Plant Science
From culture initiation to regeneration
EXPLORE OUR RESEARCH PORTFOLIO
Everything Your Plant Culture Laboratory Needs
Explore essential materials used across plant tissue culture, media formulation, propagation and experimental research.
02 ❋
Plant Growth Regulators
Explore auxins, cytokinins and other signaling compounds used in plant research.
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Contamination Control
Resources for contamination prevention and management in plant culture workflows.
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Micropropagation Supplies
Materials and resources supporting culture initiation, multiplication and rooting.
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Agar & Gelling Agents
Explore solidifying agents and culture-medium preparation considerations.
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Plant Biotechnology
Research materials and educational resources for plant cell and tissue experiments.
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Plant cells • Tissue culture • Regeneration
THE SCIENCE BEHIND PLANT CULTURE
What Is Plant Tissue Culture?
Plant tissue culture involves growing plant cells, tissues or organs under controlled and aseptic conditions on appropriately formulated nutrient media.
Depending on the plant species, explant, culture conditions and growth regulator balance, these techniques can support multiplication, organogenesis, somatic embryogenesis and plant regeneration.
01Nutrient formulation
02Aseptic techniques
03Growth regulation
04Plant regeneration
FROM EXPLANT TO ESTABLISHED PLANT
The Micropropagation Workflow
Understand the key stages involved in propagating plants through in vitro culture.
01
Explant Selection
Select appropriate plant material according to the species and research objective.
02
Culture Initiation
Establish the explant aseptically using a suitable nutrient medium.
03
Multiplication
Encourage shoot development using an appropriate culture formulation.
04
Rooting
Induce or support root development where required by the propagation protocol.
05
Acclimatization
Gradually adapt regenerated plantlets to ex vitro growing conditions.
LABORATORY RESEARCH ESSENTIALS
Media, Nutrients and Culture Formulations
The composition of a plant tissue culture medium influences growth, cellular development and regeneration. Formulations may include mineral nutrients, vitamins, carbohydrates, growth regulators and gelling agents.
✓ Murashige & Skoog media
✓ Macronutrients and micronutrients
✓ Vitamins and supplements
✓ Agar and gelling agents
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MS
MEDIA
AGAR
PLANT DEVELOPMENT & CELL SIGNALING
Understanding Plant Growth Regulators
Plant growth regulators influence many aspects of plant cell development, depending on species, tissue and culture conditions.
Auxins
Auxins are involved in processes such as cell elongation, root initiation and aspects of callus formation.
Examples: IAA, IBA, NAA, 2,4-DCytokinins
Cytokinins regulate cell division and can support shoot induction and multiplication in suitable culture systems.
Examples: BAP, kinetin, zeatinGibberellins
Gibberellins participate in plant growth, developmental regulation and elongation responses.
Example: GA₃✳
Aseptic Culture
CULTURE QUALITY & CONTAMINATION CONTROL
Protecting In Vitro Plant Cultures
Bacterial and fungal contamination can compromise plant tissue culture experiments, reducing reproducibility and culture survival.
A robust contamination control workflow includes appropriate explant disinfection, aseptic handling, sterilized materials, monitoring and validated contamination-management methods.
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KNOWLEDGE & LABORATORY PRACTICE
Plant Biotechnology Learning Resources
Explore practical concepts, techniques and scientific foundations.
Murashige & Skoog Medium Explained
Understand MS basal salts, formulation components and applications in tissue culture.
Explore Guides ↗A Guide to In Vitro Plant Propagation
Learn how explant selection, culture conditions and growth regulators influence propagation.
Explore Guides ↗Managing Tissue Culture Contamination
Review common contamination challenges and strategies for maintaining healthy cultures.
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COMMON QUESTIONS
Plant Tissue Culture FAQs
Essential answers for researchers and laboratory professionals.
What is plant tissue culture?
Plant tissue culture is the cultivation of plant cells, tissues or organs in controlled, aseptic conditions using an appropriate culture medium.
What is MS medium used for?
Murashige and Skoog (MS) medium is a widely used basal formulation that supplies mineral nutrients for numerous plant tissue culture applications.
What is micropropagation?
Micropropagation is a set of in vitro techniques used to multiply plants from suitable explants under controlled culture conditions.
What causes contamination in plant tissue culture?
Contamination can arise from microorganisms associated with explants, inadequate sterilization, contaminated materials or environmental exposure during handling.
What is the difference between auxins and cytokinins?
Auxins and cytokinins are groups of plant hormones with different and overlapping regulatory functions. Their effects depend on concentration, tissue, species and culture context.
EXPLORE • CULTIVATE • DISCOVER
Supporting the Next Generation of Plant Research
Explore scientific knowledge and laboratory materials supporting plant tissue culture, regeneration and biotechnology.
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