सागर यूनिवर्सिटी के वैज्ञानिकों का कमाल, ऐसे बैक्टीरिया पर पाया कंट्रोल जो हर जगह मौजूद

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सागर यूनिवर्सिटी के माइक्रोबायलॉजी डिपार्टमेंट के वैज्ञानिकों की एक रिसर्च को अमेरिका से प्रकाशित कैमिकल इंजीनियरिंग जर्नल में मिला स्थान.

Transcript

00:00Look, in our 4th direction, we have bacteria from it.

00:07There is an important bacteria called Pseudomonas aeruginus.

00:12This bacteria is found in the body, because this bacteria is found in air, water and water.

00:19Where can we find it from this bacteria?

00:22Why is this important?

00:24Because if we look at it in nature, it is an important bacteria.

00:30And it is an important bacteria, which is the pollution.

00:33It helps the bacteria in the body.

00:37So if we look at the bacteria in the body of the immune system,

00:43the bacteria is created in the body.

00:47So we need to do such a thing, in which we can do it in the body.

00:53When it is inside the body, we be able to shatter the pollution,

00:56because pollution shouldanno be kept and if it is in the body,

01:01we still don't want to shatter the pollution.

01:03So we want to shatter the bacteria in this body.

01:06This can be as context-dependent,

01:11this can be related to the movement control.

01:16in research.

01:17In the list of the bacteria in this list, there are 5 bacteria called pathogen tetan,

01:27which is called P, which is called Sugarmunas.

01:30This is called multidrug-resistant.

01:33We are using anti-biotic use in a different way.

01:40We are using anti-biotic use in a different way.

01:47We are using anti-biotic use in a different way.

01:50So, we can use the alternative methods to regulate them.

01:55So, if we are coming in 20-30 years,

01:59we will help people's health.

02:02So, the pollution level will increase,

02:04and the health level will decrease in day-to-day.

02:07So, this is why our research,

02:10which has been given to us in the application,

02:14is based on both sides.

02:16By the way, by the way,

02:17that we can reduce pollution.

02:19And if the bacteria is infected,

02:24then we can reduce it without any anti-biotic,

02:30without any health hazards.

02:33So, we are using this research for 3 years.

02:36We have found that the high-end instrument is used in regular basis,

02:45which is not accessible in many labs.

02:50And not accessible to others.

02:52So, we have prepared some,

02:53which unfortunately,

02:54has been designed for the same principle based instrument.

02:57We have made some research that is now

02:58that has been improved.

02:59And this information,

03:00which has been used in the same principle which is only

03:01turned out on some basic instrument.

03:02And that research has been improved.

03:03This research has been improved.

03:04So, again,

03:05has been mı,

03:06which is not provided,

03:07government, which was a strong and strong influence of those things, and which is the same principle of the government.

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