ANTI-HIVUSINGNANOROBOTS

aSGuest103062

Download

Post to :

URL :

Related Presentations :

Add to Flag Embed

Views: 499

Category: Education

Presentation Description

No description available.

Comments

Presentation Transcript

Slide 1:

A presentation for By R.Sravan e – challenge2

Slide 2:

Prevention is better than cure !!!! Is prevention is the only cure for HIV/AIDS ???

Presented by: R.SRAVAN :

Presented by: R.SRAVAN “ANTI-HIV using NANOROBOTS”

INSIDE::

INSIDE: ADVANTAGES & DIS ADVANTAGES INTRODUCTION NANO TECH IN BIO SYSTEMS NANOROBOT DESIGN STRUCTURE REQ IMPLEMENTATIONMETHODOLGY BASIC EQN CONCLUSION NANOROBOTS ANTI-HIV using NANOROBOTS

Introduction::

Introduction: 1. HIV [Human Immunodeficiency Virus] 2. AIDS [Acquired Immune Deficiency Syndrome] 3. Nanotechnology 4. Nanorobots

Reasons for applying Nanotechnology in Biological Systems :

Reasons for applying Nanotechnology in Biological Systems Animal cells Nano level Operations No other technology Drugs: increase life span.

Reasons for applying Nanotechnology as ANTI-HIV :

Reasons for applying Nanotechnology as ANTI-HIV Nanosensors: sense AIDS infected WBC’S Nanorobots : get back HIV infected WBC’s Nanomedicine Immunity level

NANOROBOT:

NANOROBOT Structure Communication Stationary nanorobots Digest unwanted pathogens Programmed to digest Traditional treatment Physician controlled nanorobots Chromosome replacement therapy

Implementation of ANTI-HIV using nanotechnology :

Implementation of ANTI-HIV using nanotechnology Decrease of immunity level Immune system: 2 important cells (i)B-cell :production of antibodies (ii)T-cell : Helper T:help B to make Antib. Cytoxic T:kill foreign cells Working: B,T eliminates virally infected cells

Operation of HIV:

Operation of HIV GP 120 recognises CD4 HIV activates B No helper T cell Replication or multiplication Kills T-cell[helper cells] Fight: T-cells infected 10 years No availability of T-cells Immune deficiency

Basic Equation,Methodology:

Basic Equation,Methodology 1.HIV attack WBC 2.Convert WBC to HIVinfected WBC 3. Aim: convert HIV infected WBC to WBC[original] 4.Nano robot inverses the process of operation 5.Conversion rate high: 5 times greater than HIV cinversion rate. Host WBC HIV Virus Infected WBC Infected WBC Nano robot Restored WBC

Slide 12:

Design of NANOROBOT 1 .Size 2 .Structure 3 .Power 4 .Communication 5 .Chemical elements 6 .Tracking

Slide 13:

Structure of NANOROBOT: 1 .DNA sensor 2 .CPU 3 .RNA converter 4 .Power system

Slide 14:

Requirements of NANOROBOT 1 .Small in size 2 .Doesn’t effect WBC 3 .Action on only effected WBC 4 .RNA conversion [fast] 5 .Low cost robot

Slide 15:

Advantages and Disadvantages Advantages: 1 .Only Nanotechnology!! 2 .No side effects 3 .Initial cost high but manufacturing cost low. Disadvantages: 1 .Requires more accuracy. 2 .Initial design cost is high. 3 .Design is very complicated.

IN CONCLUSION::

IN CONCLUSION: The recent advancement in the field of nanotechnology gives the hope of the effective use of this technology in medical.This is the beginning of nanoera and we could expect further improvements such as a medicine to AIDS using nanotechnology .