00:00This lead is poisoning in India.
00:08You can see natural disasters, because of war, drug overloaded, malaria and AIDS
00:17which are every year, many more than the lead poisoning.
00:22Apart from this, if you can see, 800 million children have lead poisoned.
00:30This lead is only 5 million people in India, who have been contaminated with the US,
00:38which has been contaminated with the US.
00:40This lead to our economic and mental incongrues in India.
00:47This lead to the US 325 points, according to the WHO report.
00:52Also, India's GDP of 237 billion billion GDP, which is 5% of the year,
00:59has a loss, according to the report.
01:02So, as you can see, like poisoning,
01:05it is not that human health or human health,
01:10but it also has a economy.
01:13However, if you look at this data,
01:15the damages are the loss of intelligence,
01:19which is an IQ loss.
01:21In this case,
01:24and you can be affected by the disease.
01:28And you can have an economic loss.
01:30But, in this case,
01:31you can see this data,
01:32especially because India is a serious concern in the country,
01:38which is lead poisoning,
01:39and you can see that in Bihar,
01:41the limit is 40-42 micrograms DL,
01:44which is per DL to be increased,
02:15which is more than 5 micrograms per DL,
02:16which is female versus female exposure,
02:17which is seen as female,
02:21which is also seen as female,
02:23which is also seen in different ways.
02:24So, as I am telling you,
02:26that it has a lot of friends,
02:28which is a adverse number,
02:30This is what we can do for
02:31because we have created it,
02:33which is 500 nanomolar per liter,
02:35which can detect it with 500 nanomolar
02:37per liter.
02:39unless we can detect it,
02:41or we can detect it,
02:42but it can also detect it with a image.
02:43This means that,
02:44The first thing is that you can detect it.
02:46Like in your normal water or food, if you have a lead,
02:50then you can process it.
02:53Suppose you have a drink or a drink or a drink,
02:56then you have 5 micrograms per DL,
03:00which is the limit,
03:01if you have a lead, then you have a lot of money.
03:05If you have reached your body,
03:07then you have reached your body.
03:08What is your body?
03:09As you can see,
03:12we have used a technique of fluorescence based,
03:16if you have a lead,
03:19who has a molecule to transfer them,
03:24and then you have to know that a lead is the lead.
03:26The second target is the lead.
03:29When we use the drug to remove the drug,
03:31you remove the lead from your body.
03:37which tells us that this molecule's future potential is much higher.
03:46That's why we are studying in the MICE and preclinical trials
03:50as a drug to post-market.
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