2. WHAT IS
MICROPROPAGATION?
Micropropagation is a propagation method that involves
the growth of plant tissues or cells in vitro. It is highly
efficient and can create a large number of plants from a
single specimen. The process involves carefully selected
tissue explants, which are sterilized and placed in
nutrient-rich media.
3. MEDIA FOR
MICROPROPAGATION
For micropropagation, MS-based media are widely
adopted. Generally they are supplemented with sucrose as
a carbon source at a concentration of 30-40 g/l.
media; 2,4-D,
2,4-dichlorophenoxyacetic acid;
BA, benzyl adenine
NAA, α-naphthalene acetic acid
4. THE BENEFITS OF
MICROPROPAGATION
High Yield Potential
Micropropagation helps grow multiple copies
of the same plant in quick succession, which
boosts yields and maximizes production
efficiency.
Disease-Free Specimens
By starting with disease-free plant material,
growers can propagate new citrus specimens
without the risk of introducing diseases and
pests prevalent in the orchard.
5. Consistent Quality
The use of tissue culture techniques
ensures that every propagated plant
is identical in genetic makeup and
quality to the mother plant.
Shorter Maturation Time
Growers can shorten the maturation
time of new citrus plants by
manipulating plant growth
regulators, temperature, and light
conditions in the micropropagation
environment.
6. MICROPROPAGATION
PROCESS IN DETAIL
Source Plant Selection
Choose a healthy mother plant free of pests and
diseases. The plant should be at its growth peak,
and its tissues should be used as explants.
9. Shoot tip
Meristem
Explants Sterilization
Explants are sterilized by immersion in a bleach solution, rinsed with
sterile water, and then treated with alcohol to prevent infections during in
vitro culture.
10. Explant Culture Initiation
The sterilized explants are placed in the in vitro culture
containing nutrient-rich media to initiate plant cell
growth and development.
In Vitro Plantlet Development
After explants have developed, microshoots or plantlets
successfully grown in vitro are removed and transferred to
larger glassware containing nutrient-rich media to
produce a larger number of plants.
13. From one to many propagules rapidly
Multiplication in controlled laboratorium conditions
Continuous propagation year round
Potential for disease-free propagules