The invisible genome
By admin • Jun 13th, 2007 • Category: Selected articlesEpigenetics explains why the “junk” DNA in our genome is not so junk after all.
Unpublished
Epigenetics explains why the “junk” DNA in our genome is not so junk after all.
Unpublished
Spotlight. Notebooks are open, microphones wave before your nose.Everyone is waiting for your story.
As a scientist, there are endless occasions where you are called to speak about your work or to give an expert opinion on scientific subjects.
FROM BENCH TO PUBLIC is my communication and media training workshop tailored for researchers and science/medical professionals.
MY LATEST COURSES/ WORKSHOPS
How do you become a science writer? I wish I had a straightforward answer for you. I also wish I had the definitive recipe for the Sacher Torte. The sad reality is that every Sacher Torte is delicious, and every writer has a different story. There are definitely many ways to skin the science writing cat.
My skinning of the beast started in 1997. I was back to a lab in Italy after my Ph.D. in molecular biology in Paris. Like all my postdoc siblings, I spent long days surrounded by mice, pipettes and all the paraphernalia of the modern molecular biologist.
At night, when most of my colleagues where peacefully lying on their sofa, or engaging in more grooving nocturnal activities, I morphed into a writing Mr Hyde. Earlier that year, I had made my first step into science writing by unmercifully harassing the editors of an Italian science magazine until I got my first assignement. A few months later, took more courage and successfully pitched a couple of news stories to Nature and The Lancet.
My double life was becoming interesting but also difficult to match with my research career, the sanity of my neurons, and the sparse social interactions with non-rodents. It was time to make a choice.
I turned down a sweated-out fellowship renewal. I made sure that my transition was as smooth as possible for my colleagues and the research project. Then, I bought a PC, fax, modem and a new desk and I set up business in my home apartment. I found out that the best survival strategy was to be creative and keep my range as broad as possible. I made a list of all the science book and magazine publishers in Italy and sent my CV to all of them. If not luck, at least statistics would be on my side. A few answered. I worked as translator, as a ghost writer, as a reviewer for science books.
I also contacted Telethon Italy, the charity that financed my post-doc, and I proposed them to set up a website that would provide information to patients about genetics and hereditary diseases. They liked the idea and signed me up. The website (www.informagene.it) is now a national reference in its field. It was the start of a rewarding and long (still ongoing) collaboration with the Telethon, a world-class and dynamic research charity.
A few years later, another turning point in my carrier was the internship at Scientific American in New York. It was one of my greatest and more enriching professional experiences. Unexpectedly, I fell in love with the Big Apple. I still try to go there as often as I can. The next year, I was awarded a journalistic fellowship from the Armenise-Harvard Foundation to the Harvard Medical School in Boston.
That’s the way I started. it’s just one of a zillion possible starts (and probably not the most straightforward), but I hope that my experience will be helpful to those who are considering a career into science writing.
A piece of advice for a carrier switch? Here you go: if you are a scientist, don’t think of science writing as an easier alternative to research. Like research, journalism is a difficult and extremely competitive world. I also found out that a research background can be very useful, but is not essential. I usually cover the fields where my research experience and my sources are most valuable: biomedical, genetics, stem cells and “hot issues” such as cloning, biotech, GMO and research policy. When I deal with these subjects I prefer to do fewer but longer, in-depth stories than many shorter ones. However, I don’t like to be over-specialized and I try to keep my scopes broad. I cover IT, geography, physics. I am always open to explore new territories and I love to travel.
Finally, I am often asked if I miss the laboratory. The answer is: yes, I do miss the laboratory. Perhaps this is why I choose to devote a large part of my activity to the monitoring and strategic planning of research, which I do for Telethon. Together with science writing, this is an excellent way to be a part of the scientific community. When I miss the sound of the centrifuge, the long arrays of minitubes on a rack, the smell of phenol, I can still pay a visit to one of my many lab-rat friends.
Bei instabiler Schneedecke genügt ein Skifahrer, um eine Katastrophe auszulösen. Satellitentechnik soll künftig helfen, Risikozonen aufzuspüren.
Spektrum der Wissenschaft (German edition of “Scientific American”), Jan 2006
The father of MP3 recently established the Digital Media Project which aims to formulate a new standard for digital audio and video. If things proceed according to plan, the media world will never be the same.
Scientific American, May 2004 Read it
Technorati Tags: MP3, Scientific American
Scientists turn to satellites for help in predicting avalanches. Reporting from the Svalbard Island
Scientific American, February 16, 2004 READ IT
It sounds too good to be true, but two independent studies appear to show that tumours can be detected by scanning people with a hand-held device similar to the metal detectors used to frisk airline passengers.
New Scientist, June 16, 2003 [READ IT]
Technorati Tags: tumours, puppy, science communication
FOR the first time, cancer has been treated by removing an organ from the body, giving it radiotherapy and then re-implanting it. The out-of-body operation allows doctors to administer high doses of radiation to widespread tumours without affecting other organs.
New Scientist 21 December 2002
Is the U.S. starting to lose its edge in basic research?
Scientific American, November 2002 [READ IT]
Technorati Tags: research communication, research management, science communication, science journalism, Scientific American
The life of Judah Folkman took an unexpected turn one morning in May 1998. That day, a front-page article in the New York Times announced that Folkman, a professor at the Harvard Medical School in Boston, had discovered two natural compounds, angiostatin and endostatin, that dramatically shrunk tumors in mice by cutting the cancer’s blood supply…
Scientific American, November 04, 2002 [READ IT]
Technorati Tags: endostatin, angiogenesis, tumor, tumour
A few hundred yards away from the Vatican, a fertility clinic has become both the top destination for desperate couples and the pope’s most troublesome neighbor. Ignoring nearly universal opprobrium, Severino Antinori presses ahead with plans to clone a human being
Scientific American, April 01, 2002 [READ IT]
Technorati Tags: Severino Antinori, Cloning, Reproduction, science journalism, Scientific American
Scientific American, February, 2002
A two-parts story about the use of predictive genetic tests, featuring my aunt Wilma.
Included in the anthology book: “Genome, a collection of the best essays and articles on unlocking the secrets of the human genome”, River Cove Press.
Part I : Marina, a young woman living near Varese, Italy, stood chatting with her neighbors one day two years ago when she suddenly dropped to the floor, clutching her chest…

Scientific American, January 13, 2002
In a hospital northeast of Kabul, surgeon Gino Strada is redefining what it means to provide quality medical care in a combat zone.
By Sergio Pistoi and Marco Cattaneo
Link to Scientific American Website
Technorati Tags: gino strada, Scientific American, war medicine
Test-tube studies have uncovered key facts about the breast cancer gene BRCA1, but new animal models of the disease promise to reveal much more
Scientific American, June 11, 2001 [READ IT]
Technorati Tags: breast cancer, puppy, tumors, tumours
Words of advice from the Wild, Wild West—stay on guard when “lead” is rising in the air—may now ring true in a more literal sense: elevated levels of airborne lead correlate with higher murder rates.
Scientific American.com, May 23, 2001 [FULL TEXT]
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Scientific American, May 15, 2001 [FULL TEXT]
Scientific American.com, May 12, 2001 [FULL TEXT]
Technorati Tags: Cloning, Genetics, stem cells, science journalism, Scientific American
Scientific American.com, May 11, 2001 [FULL TEXT]
Technorati Tags: genetic testing, Genetics, predictive genetics, cocaine
At the dawn of human history, long migrations were not for weaklings. Early travelers, however, could count on a sturdy, reliable and self-propelling source of food during their trips, a French study has just revealed.
Scientific American.com, May 08, 2001 [FULL TEXT]
Stem cells are a bit like wild cards in the body’s deck: some can become almost any other tissue type. For this reason, scientists have hoped that these cells might eventually be used to rebuild tissues damaged by disease, trauma or age…
Scientific American.com, May 04, 2001 [FULL TEXT]
Technorati Tags: Genetics, science journalism, stem cells
Italy’s demand for beef has collapsed dramatically following last week’s discovery of the country’s first BSE case…
Nature, January 25, 2001
Technorati Tags: mad cow, research communication
A new sensor allows people with diabetes to monitor their glucose levels without taking blood samples.
New Scientist, February 13, 1999
Technorati Tags: diabetes