Genomikon

http://www.genomikon.ca
Genomikon makes it possible to build new genetic constructs rapidly and easily, without the special expertise, time or expense of traditional genetic engineering. We hope that the technology will be applied widely in education, engineering and health research.

| 97 hits

Windowfarms

http://our.windowfarms.org
An online community of window farmers developing techniques for at growing food at small scale. They call it R&D-I-Y, or Research & Develop It Yourself, and use this site to collaborate on evolving designs for vertical hydroponic systems– proposing experiments, testing techniques, and developing a shared knowledge base around the many variables involved in building and maintaining a farm inside a city apartment.

| 463 hits

Life Technologies - GeneArt

http://www.invitrogen.com/site/us/en/home/Products-and-Services/Applications/synthetic-biology.html
GENEART is a leading supplier of synthetic genes and provides DNA engineering and processing services for the fields of medicine and biotechnology. Based in Europe.

| 1804 hits

IDT gBlocks

http://eu.idtdna.com/pages/products/genes/gblocks-gene-fragments
gBlocks™ Gene Fragments are double-stranded, sequence-verified genomic blocks up to 500 bp in length that can be delivered in 2–3 working days for affordable and easy gene construction or modification. gBlocks Gene Fragments make Synthetic Biology easier and more accessible.

| 928 hits

iGEM2012 wiki

http://2012.igem.org/Team:Cambridge
Previous iGEM teams have charaterised an impressive array of inducible promoters, along with other elements of biosensing circuitry. But, to date, the output from each is not consistent and, in spite of the unifying biobrick standards used, do not necessarily couple together to make integrated test kits. The Cambridge iGEM 2012 team aim to take the true meaning of biobricks to heart, by creating an open and applied biosensor standard available for use by all subsequent teams, as well as, potentially, by industry and researchers in the field.

| 548 hits

iGEM teams

http://igem.org/Team_List?year=2012
Teams registered for this year's iGEM competition

| 1938 hits

iGEM2006 team wiki

http://2006.igem.org/wiki/index.php/Cambridge_University_2006
New tools for self-organised pattern formation. Wiki site with description of the iGEM2006 project.

| 1984 hits

CLC bio workbenches

http://www.clcbio.com
CLC bio offers a range of desktop based bioinformatics products that all run on Mac OS X, Windows, and Linux operating systems. The packages support a wide range of analyses including next generation sequencing assembly.

| 372 hits

Geneious

http://www.geneious.com/
Geneious Pro is commercial software for DNA and protein sequence alignment, assembly and analysis that combines powerful bioinformatic and molecular biology tools into one easy to use package.

| 369 hits

phduino

http://code.google.com/p/phduino/
This site describes an open software open hardware pH meter using an Arduino/Freeduino board. In other words, an electronic circuit to be connected with a glass electrode pH sensor.

| 509 hits

The Micro Grow Project

http://pocketgrow.com/microgrow/
The LabBox Grower is the smallest, fully contained hydroponic grow box, that utilizes an automated hydroponic drip system and high powered LEDs to deliver everything a plant needs to mature to harvest.

| 373 hits

Jim Haseloff

http://www.plantsci.cam.ac.uk/Haseloff
Plant Morphogenesis: Jim Haseloff's lab at the University of Cambridge - with resources for synthetic biology in plant systems, and engineering of morphogenesis.

| 1688 hits

Alan Tunnacliffe

http://www.biot.cam.ac.uk/at/
Anhydrobiotic Engineering: Work in Dr Tunnacliffe's laboratory aims to increase our understanding of anhydrobiosis and to examine possible cell-based applications.

| 2429 hits

Jim Ajioka

http://www.path.cam.ac.uk/~toxo/index.html
Control Circuits: Jim Ajioka's lab works on synthetic circuits in Gram positive bacteria and protozoan biology

| 1693 hits

Gos Micklem

http://www.gen.cam.ac.uk/Research/micklem.htm
Biological Computing: Modern biology is becoming increasingly dependent on computers, due mainly to the rise of genomics technologies. As a result the dual challenges of organising the large volumes of data produced and developing effective analysis methods have become ever more important. We are interested in both these areas and have a particular interest in projects that combine wet lab and computational methods.

| 2448 hits

Daniel St Johnston

http://www.gurdon.cam.ac.uk/~stjohnstonlab/
Daniel's lab use Drosophila to analyse how cells become polarised, using a combination of cell-biological, genetic and molecular approaches.

| 461 hits

Ben Simons

http://www.tcm.phy.cam.ac.uk/~bds10/
Ben's group researches theoretical condensed matter physics and interdisciplinary projects related to biologically-inspired physics.

| 473 hits

Pietro Cicuta

http://www.bss.phy.cam.ac.uk/~pc245
Pietro's group use optical tweezers, microrheology, advanced confocal microscopy and image analysis methods to address dynamics both in colloidal and cellular systems.

| 448 hits

Graham Pullan

http://www.eng.cam.ac.uk/~gp10006/
Graham works on turbine engineering, and has championed the use of GPU-accelerated hardware for computational modelling in Cambridge.

| 468 hits

Julian Hibberd

http://www.plantsci.cam.ac.uk/research/julianhibberd.html
Julian's group is interested in the evolution and assembly of photosynthetic apparatus in plants. In particular, we focus on the C4 leaf, where photosynthesis is strictly compartmented between mesophyll and bundle sheath cells.

| 466 hits