When the average college student thinks of Holland a
few things might pop to mind like windmills, cheese,
clogs, bikes, soft drugs, or Van Gogh. But you say, what
about world-renowned science?? As a typical college student
a few years ago, I admittedly didn't know too much about
The Netherlands. Amsterdam has an infamous red light
district, The Hague holds the International Court of
Justice, and the country is well below sea level, but
that was about it. When I ventured out for my first BRAVO!
experience, I began to understand the culture with first
hand experience of living in The Netherlands for five
months. I have returned from my second BRAVO! experience
and have come away with an even better and unique understanding
of the Dutch culture.
My second experience took me again to the Laboratory
of Microbiology at Wageningen University in Wageningen,
The Netherlands. This time I worked with Dr.
Hauke Smidt, leader of the Molecular Ecology group. My project involved
investigating the process of microbial perchlorate reduction.
Perchorate is an anthropogenic contaminant used in propellants,
munitions, and lubricant industries that affects the
thyroid of mammals by inhibiting iodine uptake. It is
particularly in the spotlight in the western US -- Utah,
California, Nevada, and Arizona -- because of high releases
in the past decades. Perchlorate is very bioaccumulative
and can persist in the environment because of the stable
chemical structure. Biological treatment is becoming
an important option for treating ground and drinking
water and the laboratory of my mentors at the University
of Arizona, Dr. Reyes Sierra and Dr. Jim Field, have
been investigating this treatment option using continuous
bioreactors.
My project was focused on trying to obtain new isolates
of bacteria capable of anaerobic perchlorate reduction.
I also worked closely with Dr. Melike Balk, a
post doc in the Microbial Physiology group, which specializes
in isolating new species of bacteria using anaerobic
techniques. Dr. Smidt and his group also specialize in
molecular characterization and I was able to validate
a set of PCR primers and confirm the presence of the
chlorite dismutase (cld) gene in my cultures and reactor
samples.
Outside of the lab, my experience was greatly enriched
by further interacting with the Dutch people. One of
the most central cultural experiences during my trip
was the 2006 World Cup in Germany. It enveloped most
of the Netherlands for months leading up to the event,
covering the country in orange (the national color) and
capturing the country for weeks during the tournament
play. Many things, usually religion, language, family,
customs, and food define a culture. But in my opinion,
there is nothing more central to the true spirit of a
country than their national sports. And in Europe, along
with the rest of the world, there is only one sport,
and that is football (football in the global sense =
soccer). The country was covered in orange and every
person was hopeful for the Dutch chances in the WC. By
the time they were eliminated by Portugal in the second
round, the tide quickly turned back to the normal, non-nationalistic
Dutch people I had grown to know and love. After the
end of the World Cup I began to realize the effect it
had on this country and how central it is to their way
of life. Only a few things can get 16 million people
to wear an orange shirt for three weeks and that is football.
I was informed that the spirit was even more fervent
during the European championship because fighting for
pride in Europe is even more important
.
It was an interesting experience for an American to be
so immersed in a sport that is not so familiar. Watching
the games got a bit redundant, but I can't deny that
beating at least a few Dutchmen and women in the WC Office
pool was slightly gratifying considering I had the US
beating the Netherlands in Berlin (the Final), a ridiculous
choice I was informed. I was also present for multiple
spring and summer street festivals like the Koninginnedag,
or Queen's Day, in late April, and the 5th of May celebration
in early May. The Dutch know how to celebrate life and
their country and like to gather for a good amsterdamertje
(glass of pilsner) and frikandel (fried sausage). I was
also able to participate in a visit of our lab to collaborating
groups in Germany that included visiting the University
of Konstanz and the Max Planck Institute in Marburg.
My research resulted in a few cultures nicely degrading
perchlorate and nearly isolated. The work will be continued,
and I hope that the international collaboration between
myself, my undergraduate lab at UA, and the lab of microbiology
in Wageningen will also continue. For now, I am off to
graduate school with the experience gained from my BRAVO
experience. I feel like a true international researcher
now with a great appreciation and respect for the different
people and cultures I've experience during the travels
I've been lucky enough to have so far. The BRAVO! program
is truly unique in its ability to expose undergraduate
students to an awe-inspiring international experience
that can expand the academic and cultural mind in one
go. I highly recommend that any UBRP student interested
in any kind of international experience look into the
BRAVO! program. You certainly won't regret it, and you'll
never forget your experience.
I would like to thank the BRAVO! program for allowing
me to return to Wageningen for my project. Support from
BRAVO! was provided by HHMI grant 52003749. I would like
to also acknowledge Dr. Hauke Smidt and thank him for
his mentorship and help with funding. Additionally, I
am extremely grateful for the advice and constant help
on this research from Dr. Reyes Sierra, Dr. Melike Balk,
Prof. Jim Field, and Prof. Fons Stams.
Stephanie Freeman, BRAVO! student, in Dr.
Hauke Smidt's, Laboratory of Microbiology, Wageningen
Agricultural University,
The Netherlands and UA undergraduate in Dr. Reyes Sierra's
and Dr. Jim Field's lab, Chemical and Environmental Engineering.
Stephanie began a graduate program in chemical engineering
practice
at MIT in September 2006.