There are plenty of scopes if implemented properly. One of them is Tissue culture of plants and producing plants with unique and consistent features, which is impossible to get with clonal propagation.

Transgenic crops like Bt chick pea , bt brinjal resistant to insect and pest can be commercialised. In India transgenic Bt cotton is cultivated in more than 11 million hectares of land.

Plants themselves (new varieties), commercialization of technology, new fertilizers and plants health tech, transgenics, in vitro crops, improved seeds, etc.

Dear Nirjhar, as far as I understood, you're saying that it's impossible to produce stable products (plants) by clonal tissue culturing. If it's right, I would like, if it's possible, that you explain why is not possible. Thanks before hand.

Dear @Ricardo, from what I understood from his contribution, he opined that tissue culture techniques could be used to generate plants with unique characteristics which is impossible to achieve with macro-propagation.

Hi. It is a very complex issue, the applications of plant biotechnology involve products and services. It also depends on the sub-area of the plant biotechnology in question. In my opinion to define the focus of products and services to be developed, we must consider the production chain, these are different in each arable plant species. This goes from the plantation to the industry to the final consumer. There is no single path, there are several aspects to consider.

Using tissue culture for vegetative propagation with maximum fidelity in terms of genetic stability of regenerated plants, e.g the propagation of date palm through offshoots is limited in terms of providing insufficient numbers of date palm plants when using conventional vegetative technique at the farm level and also it is difficult to use seed-propagated because do not bear true to type due to heterozygosis. So biotechnology has provided a promising alternative to meet the increasing demand for date palm plants.

Another example of using biotechnology at commercial level is potato propagation through in vitro. Yields of tuber are significantly reduced below their potential due to systematically infected with a viral disease, the pathogen is passed from one vegetative generation to next. So in vitro meristem culture offers an efficient method for production and rapid propagation of pathogen-free material.

Give feedback on the benefits of the transgenic crops can be useful to make a step in commercialization biotech crops for example golden rice, it is rich in vitamin A. If people know that benefit, they could try it when it is sale.

Dear Mohammed

There are many ways to produce T.P. or M.P such as tissue culture

this way used in many countries such as UAE to produce Palm ( high quality and specific dates) .

@Osama Al-Saffar

Dear Dr. Osama

Yes doctor there is amazing techniques to produce transgenic plants. I am currently studying a plant biotechnology course. It is very useful to have knowledge about production and improvement of commercial crops.

I am attaching a copy of the book that studying currently.

Respectfully,

Dear Hassan

How are you

i am happy to your response

Yes this field are very useful and important in plant biotechnology

i am hope success to you in this field

Thanks again