Team:Peking/HumanPractice/HistoriciGEMProjectsReview

An excellent example for utilizing dynamics modeling to greatly broaden the linear range, thus facilitating application in field of this particular biopart.

One of the masterworks of interdisciplinary modeling, incorporating macro-scale population modeling, genetic regulation network as well as protein overlap structures– all together with explicit ODE equations and pellucid images.

The excellencies of the stochastic agent and rule-based Kappa language established a firm basis for both genetic and signal transduction modeling, and thus introduced a brand new and powerful modeling tool.

An outstanding example for kinetic modeling, with characterized video illustrations presenting a vivid kinetic diffusion process.

Gorgeous! A powerful and user-friendly designed modeling software (BSim) developed to facilitate a better environmental modeling, together with an intensive interrogation of actual cost.

A wonderful combination of electrical engineering and voltage-sensitive cells. And the idea of iLCD represents a visual impact illustrating the characteristics of their biobrick and the charm of interdisciplinary research.

An integration of full spectrum pigments is illustrated by a colorful gallery of E.coli.
Such a project requires a comprehensive understanding of both chemistry, effective display of chemicals in E.coli, and the subtleness in fine tuning.

Light and colors are never off the grid! A new generation of genetically programmed & optimized luciferase and their compatible luciferin sees a bright future.
Illustrated by high resolution images and videos, the project impresses everyone.

The incorporation of engineered E. coli into beads will not only extend the territory of this biobrick, but also will help with possible commercialization.
The combination of field application and lab design will always remain the most exciting part of iGEM!

One of the most exciting projects pertaining enhancement and organization of biosynthesis by DNA scaffold.
And the oscillator application greatly reveals the potentials of a well designed and rationally aligned synthases.

Though text and photos are garbled at the front-page , this wiki enjoys an elegant design in its navigation bar, which is not only informative, but also convenient for users from all kinds of backgrounds.

Explicit illustration at frontpage not only avoids prolonged texture and makes the whole page more compact, but also eased the tension of serious scientific research.
If you want an eye-catching and informative wiki, this is it!

The introduction of a rotating gallery containing each individual module of the whole wiki also compacts the space, but this format requires inclusive consideration on timing, picture choosing and more efficient wording.

The usage of pure-color squares and the combination of carefully aligned, differently sized squares gives out an impression of well organization and explicitness.

For those teams who wrote their own codes and constructed their own system of wiki, their wiki should be highly appreciated and honored.
By the way, this year, Peking's Wiki System is also written by themselves, character by character!

Collaboration and exchange of ideas remain the most exciting and active elements of a competition like iGEM, while this is also a core quality of future scientists.
And their Radio iGEM is a new platform for fun and understanding each other.

As a burgeoning field of study, synthetic biology not only asks for wild imaginations but also active and motivated new participants, this ternary human practice project includes both and more.

In their endeavor to broaden the impact of synthetic biology, the iGEMers of Brown-Stanford 2011 took it to the next level: BBC interviews and Maker Faire NYC. This is sure something big.

For those teams more focusing on investigations rather than outreaching activities, this projects could be of great inspiration.

How to present your human practice projects? And to what extent should our concern extend?
For the 1st question: film it!
For the 2nd question: how synthetic biology could help with the most serious problems of human.

Wonderful combination of wet and dry lab in the presentation.
And a piece of video of suitable timing can convey different information in a different way.

Pellucid logic with inviting skills of introducing a project from its origin to its achievement, from problem faced to their solutions.
A perfect example of clothing on stage, relative to their subject.

What if each module contains rather professional knowledge that make it difficult to be accomplished by one or two narrators?
This would be an example to illustrate interdisciplinary cooperation and division.

Reasonable color matching of slides (black background is always the best choice for projects about light), and so much enthusiasm and team work in this very presentation.

Excellent defense!