Miami magazine Online

Noteworthy News and Research at the University of Miami
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Pediatric Research Institute Opens
A Boost for Children

Scientists Test Prototype Filtration System
A New Approach
University Reaches Out through Language and Technology   Communication School Gets New Facility
On the Cutting Edge
UM Researchers Develop Piracy-Proof Technology   New Program in the Neurosciences
A Critical Investment
Book Explores Autism-Related Disorder   Monitoring Fish Populations to Avoid Overfishing
Laws of the Sea
Cuba Documentary Debuts on Video
A Night to Remember
Go Figure
A strictly by-the-numbers perspective of UM
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PEDIATRIC RESEARCH INSTITUTE OPENS

A Boost for Children

When Falcon Batchelor was 14 years old, he and his family weren’t ready to accept the three-year timeline doctors gave him for survival of cystic fibrosis. Looking for answers and better care, George Batchelor took his son to the University of Miami School of Medicine and Robert McKey, Jr., founder and then-director of the University’s Cystic Fibrosis Center. Under McKey’s care, Falcon lived 20 more years.

With a leadership gift of $10 million to create the Batchelor Children’s Research Institute at the School of Medicine, George Batchelor, an aviation pioneer and philanthropist, has more than expressed his gratitude. And at the building’s May 3 dedication, Batchelor expressed his appreciation even further, stunning the audience with the announcement of an additional $5 million gift to the School of Medicine. But it’s not just the funding that makes Batchelor’s gift so significant—it’s the promise of dedication to healing thousands of children that comes with the institute’s establishment. It brings to fruition his quest to create a world-class research facility to improve the health and welfare of children.

One of the largest centers in the world devoted exclusively to research in children’s health, the Batchelor Children’s Research Institute includes 147,500 square feet of specially designed space dedicated to basic and clinical research. The numerous research initiatives of the school’s respected Department of Pediatrics will be housed in the state-of-the-art facility.

“We are very grateful to George Batchelor for his magnificent gift,” says John G. Clarkson, senior vice president for medical affairs and dean of the School of Medicine. “We now are able to bring together under one roof the scientists, clinicians, and doctoral fellows who are working to find treatments and cures that will one day help millions of children live a better life.”

Augmenting the Batchelor Foundation’s leadership gift is a $5 million contribution from the Harcourt M. and Virginia W. Sylvester Foundation to establish the Sylvester Family Children’s Cancer and Neonatology Research Center within the Batchelor Children’s Research Institute. The Sylvester Foundation is a leader in the fight against cancer and a longtime supporter of the University, funding the creation and continued development of the School of Medicine’s Sylvester Comprehensive Cancer Center.

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SCIENTISTS TEST PROTOTYPE FILTRATION SYSTEM

A New Approach

Every day, large quantities of ballast water from all over the world are discharged into United States waters. Carried by ships to provide stability, this ballast water often contains nonnative plants, animals, bacteria, and pathogens that have the potential to displace native species, degrade native habitats, spread disease, and disrupt human social and economic activities.

In response to this growing ecological concern, scientists from the University of Miami’s College of Engineering and Rosenstiel School of Marine and Atmospheric Science have been selected by the United States Coast Guard to design, build, and test a full-scale prototype that takes a new approach to ballast water management.

“We were considered competitive for the project because of the quality of the research staff on the project from UM, which tipped the scale in our favor,” says Tom Waite, associate dean and professor of environmental engineering in the College of Engineering, who designed the new system. One of few research engineers in the world with previous experience designing and building a filtration-based ballast water treatment system, Waite built a similar system in Singapore in 1999.

The new ballast water treatment system uses filtration and UV-irradiation to remove invasive aquatic species from ballast water aboard ships before they reach their port of call. The system pumps in sea water, routes it into a series of pipes, one of which separates biological organisms like zooplankton and phytoplankton through a hydroclone filtration system, then passes the water through a UV radiation system, killing bacteria.

The prototype treatment facility is currently located off one of the docks at the Rosenstiel School in Virginia Key, Florida. The new system is being tested to determine its efficiency under a variety of water quality conditions, such as turbid waters. Results from the tests will guide the Coast Guard in setting future standards for shipboard ballast water treatment systems.

University Reaches Out through Language and Technology

Gone are the days when students foraged for space at the busy library computer lab to do research. The University’s Coral Gables campus has gone wireless thanks to a wireless network from Avaya.

Now anyone with a laptop and a special network card can surf the Web inside and outdoors, without plugging into a phone line. Because network access isn’t tied to cables or workstations, this “wireless cloud” gives students increased access to learning tools and information.

The special network card costs about $160 and enables the user to connect directly into the University’s high-speed network, use the University’s online resources, and surf the Internet as they would through any regularly connected desktop PC.

And through another effort to provide additional opportunities to communicate, people from around the world now have a new way to access and read information posted on the University of Miami’s Web site—in Spanish (www.miami.edu/espanol).

In a move to appeal to bilingual students and their families both in the United States and in Latin America, UM has launched a Spanish-language Web site, becoming one of a select few of American schools that offer online information in a foreign language.

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COMMUNICATION SCHOOL GETS NEW FACILITY

On the Cutting Edge

A group of broadcast journalism students working out of a video editing suite meticulously edits video footage of a Hurricane baseball game. In a Macintosh computer lab on a different floor, students in an editing class put the finishing touches on a mock newspaper layout. And not far from there, in a student news service bureau, a print journalism student makes the final corrections to a story on campus nightlife.

While this might seem like a typical day at the School of Communication, it is literally history in the making. For the first time in its 15-year existence, the school now houses all of its academic programs in one facility—the new $10 million Frances L. Wolfson Building.

The new building includes broadcast and film studios, AVID and video editing suites, digital photography labs, Mac and PC computer labs, and a cable TV channel. A student news service, animation studio, classrooms, and faculty and administrative offices also are housed in the new 56,000-square-foot facility. The building was made possible through the generosity of Frances L. Wolfson, a UM trustee.

School of Communication Dean Edward Pfister says the new building not only will create synergy among faculty and students, but also will give the school’s 1,300-plus undergraduate and graduate students a competitive edge. “This building was designed and built for communication education in this century,” says Pfister.

Counting among its former students TV/film director David Nutter (X Files and Millennium) and ESPN broadcasters Roy Firestone and Suzie Kolber, the already strong school now has yet another effective recruiting tool to lure top talent. “For students who are checking into applying,” says Associate Dean Robert Hosmon, “this new building is like the icing on the cake.”

UM Researchers Develop Piracy-Proof Technology

niversity of Miami researchers have developed a new digital watermarking technology that embeds an imperceptible digital code into audio files to prevent illicit duplication and piracy, and to enhance multimedia information.

Created by Alexander Iliev, a software specialist in Information Technology, and Michael Scordilis, associate professor of electrical and computer engineering, the technology is being licensed to Chicago-based BitzMart, Inc.

The demand for technology that prevents the unauthorized copying and distribution of recording artists’ work is enormous, especially because music increasingly is downloaded from the Web instead of being purchased in stores. According to the International Intellectual Property Alliance, in 1998 U.S. companies lost approximately $12.4 billion worldwide because of piracy, while the European Commission estimates that more than 5 percent of world trade is lost to counterfeiting.

“Consumers now will be able to buy only what they want, saving a great deal of money, and creators will get paid equitably and fairly for their hard work,” says Howard Leventhal, BitzMart CEO. “It frees consumption by making it easier, faster, and cheaper to obtain a single item.”

NEW PROGRAM IN THE NEUROSCIENCES

A Critical Investment

ith its recent commitment of $1.8 million for a new program in the neurosciences, the University of Miami will ensure continued excellence in a research area in which it is already well-known and widely regarded.

The funding, part of the University’s Innovative Educational and Research Initiative, was awarded to the School of Medicine as well as to the departments of biology and psychology in the College of Arts and Sciences.

“This new program will lead to a quantum leap in excellence in the neurosciences, one of the strongest overall research disciplines at the University,” says Executive Vice President and Provost Luis Glaser. “It is an investment in people and programs designed to retain this strength and significantly advance critical research and training in this area.”

A major goal of the program is to bring together faculty and students interested in various aspects of the neurosciences, represented in different departments and disciplines, and bridge the gap between molecular/cellular neuroscience, psychology, biology, and the social sciences. The program will meet this challenge by establishing the Neuroscience Center, a “home” for neuroscience research and education that will strengthen the graduate program and centralize research facilities and educational programs.

“Much of the most important science today is pursued in places where traditional disciplines intersect, and nowhere is the traffic busier or more exciting than in neuroscience—where mind, brain, and body are open as never before to the pathways of promising inquiry and understanding,” says Daniel L. Pals, interim dean of the College of Arts and Sciences.

An important element in the development of the program will be the recruitment of an internationally recognized neuroscientist to fill the recently endowed Ross Chair in Developmental Neuroscience. This scientist will direct the creation of a research program that taps into the enormous potential of the clinical neuroscience departments, The Miami Project to Cure Paralysis, and the neuroscientists in basic science departments.

“This is a tremendous opportunity for the University to capitalize on its significant strengths in neuroscience research,” says John G. Clarkson, senior vice president for medical affairs and dean of the School of Medicine. “Our ongoing research in areas such as Parkinson’s disease, ALS, and spinal cord injury will be enhanced through this important new initiative.”

One of the key components of the new program is the creation of an undergraduate neuroscience major with a research-based curriculum that incorporates a neuroscience laboratory course, a new major track in neurobiology, and the teaching participation of faculty from various UM units.

Graduates will be candidates for health professional schools or graduate programs in the biomedical/mental health fields.

Book Explores Autism-Related Disorder

Now that they finally are receiving accurate diagnoses, children with Asperger Syndrome (AS) are no longer being banished as social misfits. A neurological disorder closely related to autism, AS—named for the doctor who first described the condition—is characterized by an inability to read social cues or even notice them.

Though it is not something that is “cured,” children can learn to adapt and live with it. The key is getting them an appropriate range of help, which is what has brought two experts on the disorder to write Asperger Syndrome and Adolescence: Practical Solutions for School Success. In this new book, Diane Adreon, associate director of the Center for Autism and Related Disabilities at the University of Miami, and Brenda Smith Myles, professor of special education at the University of Kansas, cover the strategies necessary to ensure a successful school experience for middle and high school students with AS.

MONITORING FISH POPULATIONS TO AVOID OVERFISHING

Laws of the Sea

University of Miami researchers for the past two years have been studying the rapidly dwindling populations of coral reef fish in one of the United States’ last marine frontiers, the Dry Tortugas. Sometimes called “Florida’s Yellowstone,” the Tortugas helps support the multibillion-dollar fishing and tourism industry in the Florida Keys.

During the latter part of the 20th century, populations of a number of coral reef species in the Dry Tortugas, Florida Keys, and the Gulf of Mexico steadily declined due to overfishing and habitat loss. The Tortugas, renowned for its luxuriant coral reefs and spectacular beauty, has a coral reef fish community comprised of more than 220 species spread out over a 600-square-mile area. The Tortugas continue to be heavily exploited by the sport and commercial fishing industries despite its remote location 70 miles west of Key West.

In an attempt to take a census of marine life in the Dry Tortugas, Jerald Ault, associate professor of marine biology and fisheries, has led a research team that has conducted approximately 3,000 scuba dives there. University of Miami scientists and collaborators have been exploring and mapping this ecologically essential and unique underwater habitat in an effort to effect legislation to stop the overfishing that is causing the depletion of many fish and coral reef species.

Their work finally is paying off. Due in part to their findings, the Dry Tortugas “no-take” zone was approved in April by Governor Jeb Bush. Bush and the Cabinet unanimously approved the Tortugas Ecological Reserve, creating the United States’ largest no-fishing zone in the Dry Tortugas.

According to Ault, who helped devise the no-take zone, it was essential that steps be taken now before declining species collapsed altogether. He points out that fish populations in the Tortugas and other areas off the Florida Keys had been overfished despite intensive efforts by fishery management agencies to regulate harvests through size and catch limits, licensing and gear restrictions, and limited seasons.

“It is becoming more and more difficult to find a fish bigger than the minimum legal size for capture,” says Ault. “It was imperative that we reexamined traditional fishery management regulations that were clearly not working, resulting in grouper stocks today at only 10 percent of their previous population levels from the 1930s and 1940s. Hopefully, this new legislation will help make a big difference.”

Overfishing in the Tortugas is symptomatic of a larger problem that not only affects the current populations of reef fish species in the area, but also encompasses impacts to other fish species from throughout the Keys. These species travel to spawn in the coral and seagrass habitats around the Dry Tortugas. Sadly, many species are caught before they can spawn. Gulf Stream currents carry the eggs, larvae, and juveniles of those fishes that make it from the Tortugas spawning grounds east and north to appropriate habitats that help to sustain fish populations throughout the Keys and southern Florida.

CUBA DOCUMENTARY DEBUTS ON VIDEO

A Night to Remember

he critically acclaimed documentary Last Night in Cuba, written, filmed, and edited by students of the University of Miami’s Documentary Unit at the School of Communication, can be purchased and enjoyed in both English and Spanish. The hour-long film examines the universal question: “What did you experience before leaving your homeland?”

For the film, students interviewed ten people of different ages and socioeconomic backgrounds, including Santiago Rey Pernas, Miami radio personality and an author of the 1940 Cuban Constitution; Luis Botifoll, former president of Republic National Bank; and Manty Morse, Miami-Dade County School Board member, all of whom fled Cuba between the arrival of President Fidel Castro in Havana in 1959 and 1963.

The documentary is the first segment in what will eventually become a trilogy, with parts two and three dealing with those who fled Cuba in the ensuing years. The film premiered in Tallahassee, Florida, on April 17, the 40th anniversary of the Bay of Pigs Invasion, to a group of dignitaries and legislators including Florida Governor Jeb Bush.

Under the direction of two award-winning School of Communication professors, Sanjeev Chatterjee and Grace Barnes, the project received a grant from Bacardi through the University’s Institute for Cuban and Cuban American Studies and support from its founder and director, Jaime Suchlicki.

Available in either language for $25 per tape (shipping and handling included), Last Night in Cuba can be purchased by downloading an order form from the Web site www.miami.edu/com/news/cuba_orderform.pdf, via e-mail at gremer@miami.edu, or by calling 305-284-1870. Profits will support the production of the second film.

Go Figure

A strictly by-the-numbers perspective of UM

Heaviest squat weight by a Hurricane football
player—Jim Burt (1980):

680 pounds

Weight of the heaviest Sumo wrestler
in history—Konishiki (1997):

680 pounds

Number of sports injuries, including weight lifter’s
back, treated in the United States each year:

10 million+

U.S. pass rate for first-time takers of the national Physical
Therapist Licensing Examination:

91.93 percent

State of Florida pass rate for first-time takers
of the national Physical
Therapist Licensing Examination:

89.34 percent

University of Miami Division of Physical Therapy
pass rate for first-time takers of the national
Physical Therapist Licensing Examination:

98.33 percent

Eligible voters casting ballots in the
2000 presidential election:

51.2 percent

Number of votes cast in the 2000 presidential election:
105.4 million

Increase in voter turnout compared
to the 1996 election:

2.2 percent

Total donations to the University of Miami
in fiscal 2001—the highest amount ever:

$105.8 million

Increase in alumni support
compared to fiscal 2000:

45.4 percent

 

Sources: University of Miami Sports Information Office, Office of University Advancement, and Division of Physical Therapy; The Washington Post; The Merck Manual; and Committee for the Study of the American Electorate.

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