00:00Look at the Department of Biotechnology, the Department of Biotechnology, the Department of Biotechnology and the Department of Botany and
00:08the Department of Geology
00:09has a great research project.
00:13In which we have 40-42 medicinal plants, we have to analyze how many plants are anti-cancer, anti-tuberculosis
00:27and how many other toxins are against.
00:31But this work is very big, it is not small, and we have to cover a lot of areas.
00:3640 plants are very big.
00:39But we have divided this work, since 3 plants have been identified and divided.
00:47Botany plants have identified the plant and adjusted its location
00:53which has been published by Prof. M.L. Khan.
00:56It has been published in a very big journal in the Nature Journal,
01:02in which he told us about the plants in which place and where we can take them.
01:11After that, the work we have done was to take these plants and take them to the lab level.
01:22We have to take these plants and take them from the roots and take them from the roots.
01:30Sometimes it happens that a plant is a place where it is, but when we take them out of the
01:35plant,
01:36it does not impact.
01:38There are some companies that have done their own medicine plants,
01:44and they extract biotic compounds from there,
01:48and they create some medicinal compounds or some medicinal formula,
01:52which is not effective.
01:54That's why we have thought that after this is what we have done.
01:57So, when we grow the plant in the roots,
02:02we take the roots of the roots,
02:04and the major aim is that
02:07where the bacteria are and where the bacteria identify.
02:13Some plants have attached the roots in the roots,
02:16and the bacteria identify the roots.
02:19So, in 24-48 hours, we know which bacteria is.
02:26After that, we start to isolate the bacteria
02:29and isolate them,
02:32and we take one plant and put it in the lab,
02:35and put it in the bacteria.
02:36We have seen that the plant is in the jungle,
02:42and the bacteria is in the same way.
02:48So, it has been in the same way we have done great success.
02:52The first one is that these bacteria
02:54are also important in our agriculture,
02:56and that we have received some bacteria
02:58that degrading pesticides.
02:59Also, they take it in the pesticides.
03:01Some bacteria are like these
03:02that are many heavy metals,
03:05that are not able to absorb them.
03:07They don't get to the plants.
03:08That the debris also gets concrete.
03:10Some bacteria also help from the roots
03:13and that also help from the drought tolerance.
03:16So, in this way,
03:17We also have to analyze this project in this project.
03:25The other thing is that the bioptic compounds in medicinal plants are anti-cancerous,
03:30different types of anti-cancerous, such as brain cells, liver cells, skin cells,
03:38there are 5 types of anti-cancerous activities.
03:46We also have to look at the anti-cancerous properties.
03:49We also have to look at the anti-cancerous properties.
03:51We also have to look at this project at the same time.
03:56There are many of our water resources which grow a lot of cyanobacteria,
04:01and they produce cyanotoxin.
04:09We also see that there are many species of cyanobacteria in the water.
04:12We also see the cyanobacteria in mice.
04:15Then we see the cyanobacteria of cyanobacteria that is notched up in the poo.
04:21We also also see those cyanobacteria in the water.
04:22What are these types of cyanobacteria that causes the cyanobacteria to grow in their mouths.
04:23What affects the cyanobacteria and plants that they've also affected.
04:30So this is what we are doing.
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