New Wisconsin Institutes for Medical Research Tower
Reflects new approach to Cancer Research
August 21, 2008
Madison - The UW Carbone Cancer Center
enters a new era of biomedical research with
the September 4 grand opening of the Wisconsin Institutes
for Medical Research’s (WIMR) first tower.
The eight-floor, $189 million East Tower is phase one
of what will ultimately be three towers connected by
a shared base. WIMR is a UW School of Medicine and Public
Health (SMPH) facility designed to encourage scientific
collaboration. It brings together basic science and
clinical researchers from across the UW campus to address
complex healthcare problems and to speed the transfer
of science to the people who will benefit from it.
“The work that takes place in this building will
translate into every nook and cranny of the state, truly
embodying the Wisconsin Idea,” said Robert Golden,
MD, dean of the School of Medicine and Public Health.
Research floors, each running the length of a football
field, are barrier-free so scientists working at their
laboratory benches can be aware of what’s happening
at the next. Offices are clustered close to the benches;
equipment is strategically placed for sharing. Investigators
working on separate floors will also congregate in common
areas that extend through two floors and are joined
by expansive stairways.
UWCCC researchers will be working in labs on multiple
floors, and, as the other towers are built, will become
the sole occupants of the East Tower. The entire three-tower
complex is expected to be complete in about 2015.
The East Tower also houses UWCCC’s administrative
offices. They will share the top floor of the seven-story
tower with prostate cancer researchers. Breast cancer
researchers will work in the sixth floor; funding for
prostate and breast cancer research space came from
two, $7 million federal grants.
In recent weeks, WIMR obtained $2.5 million in support
from the state of Wisconsin. When paired with matching
SMPH money, the funds will help finish floors three
and four for researchers working on lung, pediatric,
head and neck, and hematologic cancer.
The two WIMR imaging science floors facilitate translational
research—which moves quickly from bench to bedside—in
a most efficient way. The first floor, dedicated to
radiology, will be the new home of the UW Hospital and
Clinics outpatient radiotherapy unit, where multiple
forms of diagnostic and treatment services will be provided.
Current East Tower Occupants
| Seventh Floor |
Prostate cancer, UW Carbone
Cancer Center administrative offices |
| Sixth Floor |
Breast
cancer |
| Fifth Floor |
Surgery, orthopedic surgery, pharmacology |
| Fourth Floor |
Hematologic and pediatric
oncology (completed in the future) |
| Third Floor |
Lung and other cancers (completed in the future) |
| Second Floor |
Core laboratory resources, mechanicals |
| First Floor/Lower Level |
Advanced imaging and radiation |
Paul DeLuca, SMPH associate dean for research and graduate
studies, says WIMR meets a long-standing need on campus.
“This really started back in the early 1990s,
when we realized that we had to structure our research
environment differently to facilitate research,’’ he
said.
The state gave permission for a unique arrangement
that allowed the school to “shell out” the
building, then finish floors as funding became available.
DeLuca says the arrangement “allowed us to build
as fast as the funding flowed.”
The East Tower incorporates art with the sciences.
The sail-like window wall is studded with metallic “sparkle
strips,” and its subtle linear grid represents
the underpinnings for tomotherapy, the cancer treatment
invented by SMPH researchers. Inside, there’s
a hanging aluminum sculpture by artist Cliff Garten,
which extends through floors seven through three. Its
twisting spirals suggest movement, interaction, aspiration
and inspiration common to the underlying DNA fiber controlling
all life.
And outdoors, the new “Healing Garden” marks
the place where the research tower, the hospital and
the learning center come together, symbolizing the translational
nature of the complex.
|