Bologna

From 2007.igem.org

Revision as of 14:34, 25 October 2007 by Silvia.tamarri2 (Talk | contribs)

BOLOGNA.jpg


"Ὁ βίος βραχὺς, ἡ δὲ τέχνη μακρὴ, ὁ δὲ καιρὸς ὀξὺς, ἡ δὲ πεῖρα σφαλερὴ, ἡ δὲ κρίσις χαλεπή"

"Vita brevis, ars longa, occasio praeceps, experimentum periculosum, iudicium difficile"

"Art is long, life is short, opportunity is fleeting, experience is deceitful, judgement is difficult"

"La vita è breve, l'arte è lunga, l'occasione fuggevole, l'esperimento pericoloso, il giudizio difficile"


(Aforisma di Ippocrate di Coo)



Contents

About Us

Welcome to Bologna’s IGEM Wiki!

Teambo.jpg

Our team consists of Francesco Pasqualini, Guido Costa, Iros Barozzi, Silvia Tamarri, Francesca Buganè, and Michela Mirri, all soon-to-be juniors majoring in Biomedical Engineering at Bologna University; and Alice Pasini, a just graduated student.

We are advised by [http://www.ing2.unibo.it/Ingegneria+Cesena/Strumenti+del+Portale/Cerca/paginaWebDocente.htm?NRMODE=Published&TabControl1=TabContatti&UPN=emanuele.giordano%40unibo.it Dr Emanuele Giordano], Lecturer in Biochemistry and [http://www-micro.deis.unibo.it/cgi-bin/user?tartagni Prof. Marco Tartagni], Professor of Electronics. We are grateful to our advisors for their time and support!

Our instructors are [http://www.ing2.unibo.it/Ingegneria%20Cesena/Strumenti%20del%20Portale/Cerca/paginaWebDocente?UPN=silvio.cavalcanti@unibo.it Prof. Silvio Cavalcanti], Professor of Biomedical Engineering, Francesca Ceroni, Graduate student in Pharmaceutical Biotechnologies, Sara Montagna, Graduate student in Biomedical Engineering and [http://www-micrel.deis.unibo.it/~christine/ Christine Nardini], PhD in Bioengineering.

Our Project

Visit our University of Bologna Cesena Campus iGEM2007 Team/Project_Description

Introduction

Genetic Schmitt Trigger Project Our goal is the realization of a genetic circuit able to implement the functionality typical of an electronic device called Schmitt Trigger.

Pardon me, what do you mean? (AKA Functional Requirements) The main characteristics of this device is to be a “smart” switch. A switch is a device that, given a change in some environmental condition causes an appropriate modification in the output, for instance the output changes from on to off. Often the environmental change represents a modification of value in a parameter (input of switch) that describes the environment. The device switches for a gven value (threshold) of the input. So far so good, however, if the switch input has a value that continually even minimally changes across the threshold, the system will keep going on and off, wasting energy and leaving the system in an unstable state. To avoid all this we need a “smart” switch. Basically, this device switches for two different threshold (High and Low threshold, TH and TL respectively) depending on the history of the system. So, according to the state of the system, the threshold for switching will change. This can solve the instability problem, since the variations that cause instability now must be as high as the difference between the two thresholds (see Figure 1).


Acknowledgments

Our Team was funded by

  • European Union SYNBIOCOMM project


Synbiocomm.jpg
absright


  • Ser.In.Ar. Cesena

Logo3.jpg


  • University of Bologna - Cesena Campus
Logounibo1.jpg

Overview Table

Our Team Project Design Project Results
Undergraduate Students
Francesco Pasqualini Guido Costa
Silvia Tamarri Michela Mirri
Francesca Buganè Iros Barozzi
Graduate Student
Alice Pasini
Instructors
[http://www.ing2.unibo.it/Ingegneria%20Cesena/Strumenti%20del%20Portale/Cerca/paginaWebDocente?UPN=silvio.cavalcanti@unibo.it Silvio Cavalcanti] • Francesca Ceroni
Sara Montagna • [http://www-micrel.deis.unibo.it/~christine/ Christine Nardini]
Advisors
[http://www.ing2.unibo.it/Ingegneria+Cesena/Strumenti+del+Portale/Cerca/paginaWebDocente.htm?NRMODE=Published&TabControl1=TabContatti&UPN=emanuele.giordano%40unibo.it Emanuele Giordano]
[http://www-micro.deis.unibo.it/cgi-bin/user?tartagni Marco Tartagni]
Materials and Methods
1. Procedure
2. Protocols
3. Microscopy: Experimental Set Up
4. Image Acquisition and Elaboration
Literature
Model
Results
1. Intermediates
2. Fluorescence reliance on Promoter and Medium
Conclusions

Diary

Week 1
Week 2
Week 3
Week 4
Week 5
Week 6
Week 7
Week 8
Week 9
Week 10
Week 11
Week 12
Week 13
Week 14
Week 15
Week 16
Week 17