basically yeah the economic advantages of cloning crop plants in tissue culture is that its pretty cheao and easy to do innit.
Just as every person is different and unique, so is each plant. Some have traits like better color, yield, or pest resistance. For years, scientists have looked for methods to allow them to make exact copies of these superior individuals.
Plants usually reproduce by forming seeds through sexual reproduction. That is, egg cells in the flowers are fertilized by pollen from the stamens of the plants. Each of these sexual cells contains genetic material in the form of DNA. During sexual reproduction, DNA from both parents is combined in new and unpredictable ways, creating unique plants.
This unpredictability is a problem for plant breeders as it can take several years of careful greenhouse work to breed a plant with desirable characteristics. Many of us think that all plants grow from seeds. However, researchers have now developed several methods of growing exact copies of plants without seeds. And they are now doing this through a method called "tissue culture".
* Large numbers of plants can be produced from a single, or a few stock plants. * Micropropogated plants can be produced at any time of the year, and so can be sold out of season at a higher price.
* Plant diseases can be avoided as meristematic tissue is virus free and bacteria free - it lacks vascular tissue so it is much less likely to get disease. * Plants such as orchids which are difficult to grow from seed in large amounts can be produced in large amounts and sold at a reasonable price * Plants can be designed to order - for example the plant Ficus which can be produced in a single or multi-stemmed form * Standardising growing condirions means standard batches of plants are produced - a sales advantage * Micropropogated plants are small and lightweight so can be freighted easily and cheaply * Some fruit and nut trees have a juvenility problem where they cannot produce fruit for between 5 and 20 years - cloning by tissue culture overcomes this.
it means they are all genetically the same (Identicle), and means they will not have a high risk of no growing properly of being damaged if the original one isn't!
Eastbourne College prep??
by tissue culture ,thousands of plants are developed from tiny piece of plant. the plants grown are free from infection. Also these tissue culture grown plants are genetically similar(isogenic).
The main benefit is to be able to produce thousands of indentical copies of the original plant in a short space of time.
By tissue culture we can raise progenies of even those plants where the sexual cycle has broken down. By this process we can raise disease free isogenic plants.
Cloning of crop plants in tissue culture involves tiny pieces from the parent plant. Sterile agar jelly with plant hormones are needed which makes tissue culture an expensive way of cloning crop plants.
It is used to solidify the media.
Well the theory is straight forward.Identify a female Date Palm (Phoenix dactylifera) with desirable characteristics.Take a tissue sample of the plant and culture it via (in vitro) or tissue culture procedures.There are already existing protocols for the culture of Date Palms.Once the plantlets are ready they are planted out and hardend-off they can be sold.As tissue culture is a vegetative process all the "daughter plants" are genetically identical to the original mother plant.
The father of plant tissue culture is French botanist George Morel who diccovered the technique in1965.
to culture any organ , tissue or cell from single cell called cell culture. to grow any tissue or organ from a tissue called tissue cultured. and formation of any organ from source organ is called organ culture. in short according to the source of culture any cultured are named.
In plant tissue culture, cells of plants are cultured. In tissue culture, cells (of plants, animals, bacteria, etc.) are cultured. Plant tissue culture is just like a subheading under tissue culture
tissue culture of mango se.
by tissue culture method
virus free propagation good propagation rate high level of genetic uniformity
ex plant are nothing but the part of plant that can be used for plant tissue culture processes like for the regeneration of hybrid plants and so on .
Lii Jang Liu has written: 'Tropical plant cell and tissue culture' -- subject(s): Plant biotechnology, Plant cell culture, Plant micropropagation, Plant tissue culture
Roberta H. Smith has written: 'Plant tissue culture' -- subject(s): Laboratory manuals, Plant tissue culture 'In Vitro Propagation of Kalanchoe (Avery's Plant Tissue Culture Series)'
Plant tissue culture usually takes some time to grow. Depending on the culture taken, it can take a couple weeks.
using tissue culture many plant can be grown from one parent in disease free condition
plant tissue culture
S. S. Bhojwani has written: 'The embryology of angiosperms' 'Plant tissue culture' -- subject(s): Plant tissue culture, Bibliography
The functions of a plant tissue culture labaroatory is to clone plants by taking an explant off an already existing plant in order to get another plant with exatly the same genetic make up.