Saloniki Greece iGEM 2012 Students from: Anatolia College(4 - - PowerPoint PPT Presentation

Saloniki Greece iGEM 2012

 Students from:

 Anatolia College(4 Students)  American Farm School(6 Students)

 Our advisor:  Maria K. McClintock

BSc Chemical Engineering, VCU '11 PhD Student in Chemical Engineering, UMN '17

The team

Why is it just the 2 of us?

 Lack of funds:

No more than two kids for the mission

Lucky us…!

Flow of Presentation

 American vs. Greek education  Learning about Synthetic Biology  Original Idea  Second Idea  Research in Greece  Biotech in Greece  Next year’s plan

Greek Educational System

 Relies heavily on teachers and tutors  Requires the student to passively gain

knowledge

 Strong theoretical background

Students CANNOT do hands-on research

Comparison

Greece United States Theory, theory, theory! More practical and hands-on Many mandatory courses, few electives A balance between the two No student-teacher interaction Emphasis on the relationship with the teachers No emphasis on science Science is required from everyone(usually 3 yrs. minimum) Little funding from the greek government Government support

Synthetic Biology: iGEM

Greece participates in the iGEM competition for the first time ever! Students have the opportunity to:

 Gain knowledge on SynthBio  Do hands-on research in labs  Familiarize themselves with the field

Possible results and benefits

We could:

 Introduce this type of education in

Greece

 Ministry of Education might approve and

adapt the current system to these standards

Original Idea

Enhance bacteria in yogurt

 Improve fermentation process

Lactose Lactic Acid Yogurt!

We intervene!

Why we didn’t do it

 Lack of funding:

 No equipment  No tools to study yogurt  No lab space to do it

Research on yogurt

Our second idea

 Greece Agriculture  Economic crisis Agriculture  Need for agricultural developments  Soil needs plethora of

bacteria to be fertile!

What is it about?

Healthy Soil

More Bacteria!

Bacteria Certain types of bacteria make soil fertile

BACTERIA

Decompose dead matter Nitrogen into simple carbons fixation N2(atmospheric)  NH3

So, that’s what’s happening:

SUGARS

PLANTS BACTERIA

NITROGEN

We hoped to:

 increase the amount of ammonia emitted  work on protocols for easier manipulation of bacteria in

Synthetic Biology

What we wanted to do..

 AFS  plants, roots, soil and equipment  Take samples of soil  Analyze chemical and bacterial composition  Identify beneficial properties  Focus on nitrogen-fixing bacteria

(diazotrophs) Convert N2(atmospheric) into ammonia(NH3)

Problem doing research in Greece

 Not enough lab space  Lack of equipment  Bureaucracy  Lack of co-op  Lack of funds

Problems we encountered!

We didn’t manage to complete our project, because of:

 Lack of lab space  Lack of equipment

so… We changed our approach!!

Research Protocols

 The participants:

 Used Google Scholar to find

articles

 Explored Online Tools for

SynthBio

 Bioethics

Biotech in Greece

 Help Greece’s economy status

Why should Biotech companies come to Greece?

 Reduced competition  Existing “unused” buildings  Cheap land  Agricultural facilities  Young, hardworking people

with skill and potential

BIOTECH COMPANIES

LABS, RESEARCH FACILITIES, FACTORIES TRAIN YOUNG PEOPLE, THE “NEW GENERATION”

What can biotech companies do?

Is it that easy?

 Government approval and rectitude  “Traditional” Greeks

AFRAID!

Protest against

Biotechnology

What can we do?

 Inform people about Synthetic Biology –

Biotechnology

 NO GMO’s or Hormones!!!

HOW?

 Video, Pamphlets, Websites!!

About Next Year

 Proposed timeline/schedule  Team structure and selection process  Work plan (boot camp, teaching, labs,

activities, assignments, goals)

 Required and suggested readings and

videos