This document provides an overview of plant tissue culture. It defines tissue culture as the in vitro cultivation of plant cells or tissues under aseptic conditions on a nutrient medium. The history and key figures in the development of plant tissue culture are discussed. Details are provided on nutrient requirements, preparation and sterilization of culture media, basic laboratory requirements, establishment of cultures from explants, and types of growth and cultures. The advantages and applications of plant tissue culture are also summarized.
INTRODUCTION
2. HISTORY
3. BASIC COMPONENT OF MEDIA
1. Inorganic nutrient
2. organic supplements
3. Carbon and energy source
4. Growth Regulators
5. Solidifying Agent
6. PH
4. TYPES OF MEDIA
5. MS MEDIA
6. IMPORTANCE
7. CONCLUSION
8. REFERANCE
INTRODUCTION
2. HISTORY
3. BASIC COMPONENT OF MEDIA
1. Inorganic nutrient
2. organic supplements
3. Carbon and energy source
4. Growth Regulators
5. Solidifying Agent
6. PH
4. TYPES OF MEDIA
5. MS MEDIA
6. IMPORTANCE
7. CONCLUSION
8. REFERANCE
Callus cultures are initiated from a small part of an organ or tissue segment called the explants on a growth supporting solidified nutrient medium under sterile conditions. Any part of the plant organ or tissues may be used as the explants.Plant tissue culture is a collection of techniques used to maintain or grow plant cells, tissues or organs under sterile conditions on a nutrient culture medium of known composition. Plant tissue culture is widely used to produce clones of a plant in a method known as micropropagation.Tissue culture commonly refers to the culture of animal cells and tissues, with the more specific term plant tissue culture being used for plants.Plant Tissue Culture products include Murashige and Skoog media, plant growth regulators, plant growth hormones, plant transformation systems,
this slide is all about the different cultures in plant tissue cultures such as seed culture, root culture, cell suspension culture, anther culture etc
Hello ever one i hope its useful for preparation of notes regarding plant tissue culture for Pharmacognosy .. B.pharm II yr IV sem.. plz give comments it may useful for me and i can rectify the things.
Micropropagation is an advanced vegetative propagation technology for producing a large number of transplants in a limited time and space.
STAGES
Stage 0 — Mother Plant Selection:
Stage I — Establishment of Aseptic Culture:
Stage II — Multiplication of shoots:
Stage III — In Vitro Rooting:
Stage IV — Transplantation or Hardening:
APPLICAIONS
Callus cultures are initiated from a small part of an organ or tissue segment called the explants on a growth supporting solidified nutrient medium under sterile conditions. Any part of the plant organ or tissues may be used as the explants.Plant tissue culture is a collection of techniques used to maintain or grow plant cells, tissues or organs under sterile conditions on a nutrient culture medium of known composition. Plant tissue culture is widely used to produce clones of a plant in a method known as micropropagation.Tissue culture commonly refers to the culture of animal cells and tissues, with the more specific term plant tissue culture being used for plants.Plant Tissue Culture products include Murashige and Skoog media, plant growth regulators, plant growth hormones, plant transformation systems,
this slide is all about the different cultures in plant tissue cultures such as seed culture, root culture, cell suspension culture, anther culture etc
Hello ever one i hope its useful for preparation of notes regarding plant tissue culture for Pharmacognosy .. B.pharm II yr IV sem.. plz give comments it may useful for me and i can rectify the things.
Micropropagation is an advanced vegetative propagation technology for producing a large number of transplants in a limited time and space.
STAGES
Stage 0 — Mother Plant Selection:
Stage I — Establishment of Aseptic Culture:
Stage II — Multiplication of shoots:
Stage III — In Vitro Rooting:
Stage IV — Transplantation or Hardening:
APPLICAIONS
This presentation gives all the basic necessary details about cell culture and karyotyping in cell lines . It describes the important methods like subculture,confluency,cell count,passaging and karyotyping in cell culture.It also describes about BSL.It also gives a brief idea about types of cell culture.This presentation also includes the requirements in the cell culture lab
Equipments used , types of culture and media, subculturing, secondary culture, finite & continuous cell lines, cryopreservation and applications of cell culture
The ability of an explant to regenerate into a whole plant under in vitro asceptic conditions by providing a proper artificial nutrient medium is called as Plant Tissue Culture.
It gives the general knowledge about plant tissue culture. As this topic is an important aspects of plant biotechnology, it will remind a brief idea about why it is necessary.
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1. 1
By
I.Mary Thanuja
Under the guidance of
Mr.R.Karthikeyan M.Pharm.
Asst. professor,
Dept. of Pharmacognosy,
VIGNAN PHARMACY COLLEGE
(Approved by AICTE & PCI Affiliated to JNTU KAKINADA)
VADLAMUDI, GUNTUR DIST, ANDHRA PRADESH, INDIA, PIN: 522 213
PLANT TISSUE CULTURE
2. 2
CONTENTS:
Definition
History
Nutrient’s requirement
Preparation of medium
Sterilization of medium
Basic requirement of tissue culture laboratory
Establishment of plant tissue culture
Growth profile
Growth determination
Types of culture
Advantages
Applications
3. PLANT TISSUE CULTURE
Definition
Tissue culture is in vitro cultivation of plant cell or tissue under
aseptic and controlled environmental conditions, in liquid or on
semisolid well defined nutrient medium for the production of
primary and secondary metabolites or to regenerate plant.
Tissue culture relies on three fundamental abilities of plant there
are:
Totipotency
Dedifferentiation
competency
3
4. Haberlandt
early 1900’S
• proposed concept of totipotency
• cells cultured under right
conditions
• Callus cultured from tree
cambium
Gautheret, Nobecourt, Whire
In the 1930s.
• cells kept alive but did not
develop
HISTORY
4
7. Antibiotics :
Stertomycin,kanamycin
Activated charcoal
Other organic supplements :
Protein, coconut milk,yest,malt extract, orange juice, and tomato
juice
Growth regulators :
Auxins,cytokinins
Water :
Demineralized or distilled water
Solidifying agents :
Agar, gelatin.
pH adjusters :
5 - 6 it is considered to be optimum.
7
8. PREPARATION OF CULTURE MEDIA:
Stock solution 1 : MgSo4,KH2Po4,KNO3,NH4No3,CaCl2
Stock solution 2 : H3Bo3,MnSo4,ZnSo4,CuSo4,Cocl2
Stock solution 3 : FeSo4,sodium EDTA
Stock solution 4 : ionositol,thiamine,pyridamine,nicotinic acid,glycine
To prepare 1 liter of medium:
Take 50 ml of stock solution 1 + 5ml of stock solution 2 & 4 in a
beaker. The stock solution 3 prepared separately in a other 450ml flask
by adding double distilled water and heat with constant stirring.
Mix two solutions and adjust PH to 5.5.
8
9. STERILISATION OF MEDIA
•The prepared media should be sterilized by ISI mark Autoclave( for
large amounts) at 121º Domestic pressure cookers( for small amounts)
•For the sterilization of glassware and metallic equipments Hot air
oven with adjustable tray is required.
9Incubator Hot air oven
10. BASIC REQUIREMENT FOR A TISSUE CULTURE
LABORATORY
For the successful achievement, the following general basic facilities are
required:
Equipment & apparatus
Washing and storage facilities
Media preparation room
Sterilization room
Aseptic chamber for culture
Culture rooms or incubators fully equipped with temperature, light
and humidity control devices
Observation or recording area well equipped with computer for data
processing
10
12. 12
EQUIPMENT & APPARATUS
VESSELS & GLASS WARE :
• All the glassware should be of Pyrex.
• Large test tubes,flasks,graduated pipettes etc.. are used.
EQUIPMENT :
• Scissors,scapels,foreceps are used for explants preparation.
• A spirit burner for flame sterilization.
• Hot air oven.
• A PH meter.
• A BOD incubator.
• Laminar air flow chamber.
• A balance to weigh nutrients.
• Data collection and recording room.
15. ESTABLISHMENT OF PLANT TISSUE CULTURE
In vitro culturing of plant tissue culture involves the following
steps.
Collecting & sterilization of glassware tools/vessels.
Preparation of explant.
Surface sterilization of Explant.
Production of callus from explant.
Proliferation of culture.
Sub culturing of callus.
Suspension culture
15
16. EXPLANT PREPARATION
EXPLANT : It is defined as a portion of plant body, which has been
taken from the plant to establish a culture
• Explant may be taken from any part of the plant like
root,stem,leaf,or meristematic tissue like cambium, floral parts like
anthers, stamens etc..
•Age of the explant.
• Homozygous plants are preferred.
16
18. SURFACE STERILISATION OF EXPLANT
For surface sterilization chromic acid, Hgcl(0.11%),calcium
hypochlorite, sodium hypochlorite(1-2%),alcohal(70%) are used.
Process depends on the type of explant.
SEED : absolute ethyl alcohol calcium hypochlorite bromine
water sterile water
FRUIT : ethyl alcohol sodium hypochlorite sterile water
STEM : running water sodium hypochlorite sterile water
LEAF : surface clean Hgcl2 sterile water dried
explant
19. PRODUCTION OF CALLUS FROM EXPLANT
• Sterilized explant is transferred aseptically onto defined medium.
• Transfer to BOD incubator.
• Temperature (25 2 ͦ) and light is necessary for callus production.
• Callus produced with in 3-8 days.
19
20. PROLIFERATION OF CULTURE
• if callus is well developed, it should cut into small pieces &
transferred to another fresh medium containing hormones, which
supports growth.
•The medium used for production of more amount of callus is called
proliferation medium.
20
22. SUBCULTURING OF CALLUS
•After sufficient growth of callus it should be periodically transferred to
fresh medium to maintain viability of cells.
•This subculture will be done at the interval of 4-6 weeks.
•After a maximum growth transfer into a pottling soil under required
condition.
23. SUSPENSION CULTURE
•It contains a uniform suspension of separate cells in a liquid medium
callus
liquid medium
agitated continuously
finally cells separated
sub-culture the cells
•This can be achieved by rotary shaker attached within the incubator at
a rate of 50-150 rpm.
23
24. GROWTH PROFILE OF PLANT TISSUE CULTURE
They are classified as :
Single cell culture
Callus culture
SINGLE CELL CULTURE
The single cell culture exhibits various stages of growth.
a) Lag phase: Tissue starts to grow.
b) Exponential phase: This phase is characterized by rapid cell
multiplication.
c) Linear phase: The growth follows a linear pattern with respect to
time 24
25. d) Progressive declaration phase:
Aging of culture increase cell division decreases
e) Stationary phase:
No growth of cells occur
Rate of production of cells = rate of their death
f) Senescent phase:
Cell death occurs to lack of nutrients
25
26. IN CALLUS CULTURE
a) Lag phase:
In this phase cell trying to adjust the new environment condition.
b) Exponential phase :
By utilizing nutrients rapid multiplication occurs.
c) Decline phase :
Due to starvation some cells leads to decline in the callus culture.
d) Stationary phase :
No growth is evident, requires sub culturing.
26
27. GROWTH DETERMINATION
Methods used to determine are..
CELL NUMBER
• By counting the cell number in haemocytometer under a
microscope.
•Suspension culture is preferable.
27
28. PACKED CELL VOLUME
•Cell suspension is transfer to graduated centrifuge.
•Centrifuged at 2000 rpm for 5mints.
•Cell will form pellets called biomass volume, expressed by ml-1
28
29. FRESH CELL WEIGHT
•When cells increase in number, the liquid will be turbid.
•As a result optical density altered, detected by colorimeter.
29
30. VIABLE CELL TEST
•The staining method such as fluorescein di-acetate is used for
accessing the cell viability.
•Dead cells appear as fluorescein red.
30
31. TYPES OF CULTURE
Callus culture
Suspension culture
Root tip culture
Leaf or leaf primordial culture
Shoot tip culture
Complete flower culture
Anther & pollen culture
Ovule & embryo culture
Protoplast culture 31
33. ADVANTAGES :
Availability of raw materials.
Fluctuation in supplies & quantity.
Patent rights.
Political reasons.
Easy purification of the compound.
33
34. Modifications of chemical structure.
Disease free & desired propagule.
Crop improvement.
Bio-synthetic pathway.
Immobilization of cell.
34
35. 35
APPLICATIONS
alkaloids virus-free plants forest trees
saponins apical meristem culture fruit crops
secondary metabolite PTC in industry micro propagation
steroids anther or pollen culture vegetatively
propagated plants
antitumor haploid & homozygous lines
plantation crop
Bio pesticides
food additives essential oil
yielding plants
chemicals
36. 36
REFERENCES :
• Trease and evans pharmacognosy.
W.C evans-page num :72,73,74.
•A textbook of industrial pharmacognosy by A.N Kalia.
Page num-105 to 114.
• A textbook of pharmacognosy by M.K Gupta & P.K
Sharma. Page num-171 to 185.
• Pharmacognosy and photochemistry-part 2 by Vinod
D Rangari. Page num-51 to 56.
• Internet source.
38. 38
Who is the father of tissue culture ?
Haberlandt
The production of secondary metabolites requires the use of ?
Cell suspension
Synthetic seed is produced by encapsulating somatic embryo with
Sodium alginate
Hormone pair required for a callus to differentiate are ?
Auxin & cytokine
DMSO (dimethyl sulfoxide) is used as ?
Cryoprotectant
The most widely used chemical for protoplast fusion, as fusogen is
Poly ethylene glycol (PEG)
39. 39
Callus is ?
Unorganized actively dividing mass of cell, maintained in culture
Which of the plant cell will show totipotency ?
Meristem
To obtain haploid plant, we culture ?
Entire anther
Growth hormone produce apical dominance ?
Auxin
The vector mostly used in crop improvement ?
Agro bacterium
A media which contains chemically defined compound is called ?
Synthetic medium