नई शोध: टारगेटेड थेरेपी में चांदी के नैनो पार्टिकल के सामने नहीं ठहरेंगे सुपरबग्स

ETVBHARAT

सूर्य की रोशनी और पेप्टाइड से बने चांदी के नैनो कण सुपरबग्स को नष्ट कर रहे हैं. आम एंटीबायोटिक से भी ज्यादा प्रभावी साबित होगा.

Transcript

00:00What can be found in this research and what can be found in this research?

00:07Hello, Kapil. This is a very simple question.

00:13We have researched the research on this research.

00:16If you want to know about this research,

00:21then the research in our houses,

00:23the research in China,

00:27and the research in the research in the research,

00:32the research in the research,

00:34has been reported in this research.

00:36If we don't talk about this research,

00:41find out about medical or biological impacts,

00:45then the research is that

00:48that the research is available in one way.

00:52Now the research is available in our research

00:56and we have used a peptide in a lab, which is called Salt Peptide Amplification

01:08which is mixed with salt and peptide solution

01:14and if we keep it in a little bit, we create a very big nanoparticle

01:19the nanoparticle is decorated in peptide structure

01:26or encapsulated, or the fiber is decorated

01:30and if we think about this, you will use a nanoparticle in this form

01:36then the biological impact or antibacterial property will increase

01:43and we have also seen that nanotechnology and nanoparticle

01:48if we have a nanoparticle, we will increase its efficiency

01:53and we have no brain in human body

01:57because our peptides are not a brain-carnic, so the plant is not a brain-carnic,

02:01but the plant is not a brain-carnic bone

02:03people tend to take it in the plant, in the plant, in the plant

02:06and in the plant, in the plant, in the plant, in the plant

02:09and in the plant, the plant is used in the plant

02:12this is called a little research here

02:14but it has been quite a bit

02:16and it has been quite a bit

02:18and it has been taken to chemistry

02:20and the chem med chem has been published in 2004

02:22so we have made this medical chemist

02:24and this university

02:26or worldwide

02:28so this is

02:30this is

02:32so, sir,

02:34how much of this medicine

02:36is this medicine?

02:38It is very good

02:40because in the form of peptides

02:42if the human body has a site of bacteria

02:50if it is possible to reach the site of bacteria

02:53the peptides can be used in the targeted delivery

02:59because it is bio-compatible

03:01so we have no problem with the body

03:03we have done all of our tests

03:05Dr. Sidhar Chopra

03:07who is a principal scientist

03:09he is a microbiologist

03:11so this is why we say that

03:14the human body has a full advantage

03:17for the human body

03:19this is one way

03:21which can be used in the current

03:23synthetic antibiotics

03:25this can be a big alternative

03:27and also

03:29if the trial is delayed

03:31if the trial is delayed

03:35but we say that

03:37this is the TRL

03:39the technology

03:43this is already available to 5 levels

03:45so it is a gel form

03:47because this peptide is a gel

03:49and the child is still alive

03:51so the human body

03:53the skin infection and bacterial infection

03:55can be easily treated

03:57sir

03:58if you can see this research

03:59then this is only on the Sagar University

04:03or others

04:04there are also on the Sagar University

04:05there are also people

04:07on this site

04:08well, good question

04:09Kapil Ji

04:10actually our university is a central university

04:11it is a good question

04:12there are some constraints

04:14but the original idea of the Sagar University

04:16The idea has been generated in the Sagar University.

04:21And because there are some limitations that we can't do,

04:25because every person can't do full research,

04:28he can't be a physicist if he is a chemist or his expertise.

04:33So when we go to broad application,

04:36then we need to learn more and more.

04:39We have the most good scientists,

04:41which is our MOEB,

04:43which is called Central Drug Research Institute,

04:45which is called Dr. Siddharj.

04:48There are many bacterial tests in their lab,

04:51which are related to our microbiology experiment,

04:55or the compatibility for the human body,

04:59or the hemolysis experiment.

05:03But their primary data,

05:06which is called self-assembly,

05:08to form a formulation,

05:10which is in our lab.

05:12And the knowledge of this,

05:13which is the doctor that is written,

05:15Mr. Govind Singh,

05:16who is the doctor of our department.

05:19And Dr. Sarita Rai's student.

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