1.
ANOLEONOYCHTGN

2.
NANOTECHNOLOGY

3.
ICE BREAKER
GUESS THE MOVIE

4.
Captain America: Civil
War

5.
NANOTECHNOLOGY

6.
NANOTECHNOLOGY
NANO
SMALL

7.
CLEAN ENVIRONMENT EFFICIENCY HEALTH

8.
NANOTECHNOLOGY

9.
HOW
NANOTECHNOLOGY
WORKS?

10.
HOW NANOTECHNOLOGY WORKS?
• Atoms are the Building
blocks for all matter in
our universe
• Atoms are molecules that
stick together
• Every atom has a
exhibits different
property at various
conditions
• The goal of
nanotechnology is to
manipulate atoms
individually and place
them in a pattern to
produce a desired
structure.
• Atoms are the Building
blocks for all matter in
our universe

11.
Application: MEDICINE & WATER PURIFICATION
Field of Medicine
Development of more effective drugs.
Nanobots – molecular-scale workers that
can employ molecular processes within
cells, which can deliver drugs to specific
molecular sites.
Biological mechanisms can be stimulated to
destroy cancer cell while it is treated by
drug-bearing nanoparticles.
Possible to diagnose prevalent contagious
diseases such as HIV/AIDS, malaria,
tuberculosis.

12.
https://www.youtube.com/watch?v=1QwyMWM0Jjg
Siteman Center for Cancer Nanotechnology Excellence

13.
Application: MEDICINE & WATER PURIFICATION
Water Purification System
• Containing nanomaterials and
utilizing new membrane technologies
variable fore-sized filters.
Nanoparticles
• Used to prepare heat-resistant and
self-cleaning surfaces like floor and
benchtops.
• Nanoparticles of silicon dioxide or
titanium dioxide can also make surface repel
water.

14.
question
Screening devices using nanotechnology can diagnose
prevalent contagious diseases except:
a. HIV/AIDS
b. Cancer
c. Tuberculosis
d. malaria

15.
Application: AGRICULTURE
• The use of TiO2 nanoparticles.
• Chlorinated compounds (i.e.,
chlorinated solvents and pesticides,
polychlorinated biphenyls (PCB), and
brominated compounds)
• Silver (Ag)
• Novel techniques of nanotechnology
applications are applied breed crops with
higher levels of micronutrients to detect pests
and to control food processing.

16.
Application: bionanotechnology
• Nanotechnology helps in energy
consumption like in the use of graphene into
a coating material resulting in the need for
only one layer, which does not require a
multifunctional film coating.
• Bionanotechnology can support cleaner
production methods and provide alternative
and renewable energy sources to enhance the
sustainability of factories.
• Nanoscale chemical reagents or
catalysts are smaller yet they increase the
rate of chemical reactions, thus lessening the
input of raw materials.

17.
question
a simple, cheap, and effective way of removing arsenic soil
and water is through the use of _______.
a. Titanium Dioxide Nanoparticles
b. Metal Nanoparticles
c. Aluminium Oxide
d. Carbon Nanotubes

18.
Challenges of
nanotechnology

19.
“The case of contaminated ground water in silicon Valley”
cause Effect

20.
ETHICAL DILEMMAS IN
NANOTECHNOLOGY

21.
Ethical Issues & Analysis
• Potential dangers • Formulating solution
We must examine the ethics of developing nanotechnology
and create policies that will aid in its development so as to
eliminate or at least minimize its damaging effects on
society.

22.
Other Ethical Issues prior to Nanotechnology
• Nanotechnology will give us more "god-like" powers
• It has to potential to eliminate other ethical issues (e.g. assembling
beef instead of slaughtering cows, constructing cells rather than
getting them from reproduction, etc...)
• May lead to undetectable surveillance, Right to Privacy could be
jeopardized
• Do we have a duty to help and provide for others [countries] with
this technology?