Media Center

27-Mar-2012
Collaborator Release

Major networking opportunity: IMEx Consortium brings interactomes to light

Like people bustling around busy cities, the thousands of molecules inside our cells are constantly interacting with each other: turning each other on or off, working together, splitting up and networking. Understanding the countless ways in which they do so is a major challenge in biology, but it is fundamental to understanding life. Scientists at the European Molecular Biology Laboratory's European Bioinformatics Institute (EMBL-EBI) and colleagues in the International Molecular Exchange (IMEx) consortium are rising to the challenge by offering researchers a freely available set of experimental interaction data that can be queried from a single interface. Reporting in Nature Methods, IMEx partners describe the advantages of their service and invite others to join the effort.

09-Feb-2012
Collaborator Release

NSF Provides Additional $5.9 Million to Support Five New BREAD Program Projects

Scientists at the J. Craig Venter Institute (JCVI), the International Livestock Research Institute (ILRI), and the National Institute for Agronomical Research (INRA) will join forces to use new synthetic biology technologies to create strains of Mycoplasma mycoides subspecies mycoides that can be developed as live vaccine candidates for the prevention of contagious bovine pleuropneumonia, an economically very important livestock disease within Africa.

23-Nov-2011
Collaborator Release

Salmon genome in final phases of completion

16-Nov-2011
Press Release

JCVI Scientists along with International Team of Researchers Sequence the Genome of Model Legume, Medicago

Genome gives clues into legume evolution, and could provide means to better understand and better utilize closely related agricultural crops such as alfalfa

02-Nov-2011
Collaborator Release

Global flu watch: Report of rare flu coinfection in Southeast Asia hot spot

While dual infections in Cambodia did not produce new strain, study cites need for continuous tracking against risk of different influenza viruses combining to create a new pandemic

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Why Antarctica, and why now?

So why are you going to Antarctica, and why are you going now? A very logical question... basically we are traveling to Antarctica to study microscopic marine plants known as phytoplankton. These organisms range in size from bacteria to diatoms to colonial algae, but all phytoplankton have two...

Trip preparations (inaugural posting!)

Well, we have less than a week left, and we are finalizing and shipping the chemicals and equipment we will need for sampling below the sea ice in the Ross Sea. We have already shipped out several hundred pounds of gear, and more await us in storage down at McMurdo Station in Antarctica....

Going west!

After saying good bye to our new friends in Rostock/Warnemünde I was looking forward to coming back to Swedish waters, this time a bit saltier, on the west coast. There are two marine field stations on the Swedish west coast belonging to The Sven Lovén Center for Marine Sciences. Our first...

In the bloom...almost

Cyanobacterial blooms during the summer are reoccurring phenomena in the Baltic Sea. This summer we have already encountered the two main species responsible the blooms, Aphanizomenon sp. and the toxin producing Nodularia spumigena (see previous posts), but so far not in the abundance that...

In the Deep

After the brief stop in my hometown we continue our journey southward in the Baltic proper. Our first sampling site was the Landsort deep, the very deepest part of the Baltic Sea (459 meters!)  and a long-term monitoring and sampling site for various Swedish and international scientists...

The Midnight Sun and Fermented Fish

We returned from Abisko on Thursday July 9th around 10 p.m.  The next morning was very busy for the crew as we had to put the science gear back together, prepare the boat, and do local newspaper and radio interviews. Read the interview: paper Like the transect north, our...

ROAD TRIP! Watch Out Arctic Circle...the Sorcerer II Sampling Team is Coming Your Way!

After we arrived in Luleå, Jeremy, Karolina and I started packing for our road sampling trip to Lake Torneträsk, a freshwater lake located in the Arctic Circle.  Dr. Erling Norrby had contacted Dr. Christer Jonasson, the deputy director of the Abisko Scientific Research Station, to help...

Sunset at Norrbyskär

It was another beautiful morning in the Gulf of Bothnia as we left Härnösand. We stopped at another sampling site before meeting with a boat from Umeå Marine Research Station (UMF).  We were greeted by UMF scientist Dr. Johan Wikner and a television crew. We docked at Norrbyskär, a...

Heading north with more daylight

After spending a couple of days visiting with my family in Stockholm, I boarded a ferry boat to Blidö and rejoined the Sorcerer II crew to head north to the Bothnian Sea. Before departing, we sampled in the bay outside Dr. Norrby’s summer house. The last days of fantastic summer weather had...

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10-Jan-2020
Issues in Science and Tech

Gene Drives: New and Improved

As the science advances, policy-makers and regulators need to develop responses that reflect the latest developments and the diversity of approaches and applications.

13-Nov-2019
The San Diego Union-Tribune

Pink shoes and a lab jacket: Finding your way as a female scientist

Women in science tell high school girls they, too, can change the world

01-Jun-2019
Asia Times

How AI can help us decode immunity

Artificial intelligence and machine learning will be the keys to unraveling how the human immune system prevents and controls disease

30-May-2019
Nature News and Views

Construction of an Escherichia coli genome with fewer codons sets records

The biggest synthetic genome so far has been made, with a smaller set of amino-acid-encoding codons than usual — raising the prospect of encoding proteins that contain unnatural amino-acid residues.

30-May-2019
UC San Diego News Center

Public Health is the Next Big Thing at UC San Diego

15-May-2019
MIT Technology Review

Researchers have swapped the genome of gut germ E. coli for an artificial one

By creating a new genome, scientists could create organisms tailored to produce desirable compounds

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