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October 7, 2005|Volume 34, Number 5


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Discovery may help improve
diagnosis and treatment of MS

School of Medicine researchers have identified three rapid diagnostic methods that can target antibodies commonly found in multiple sclerosis (MS) patients, greatly improving potential diagnosis and treatment.

The team reports their findings in the most recent issue of Proceedings of the National Academies of Science.

MS is a crippling neurological disease resulting from damage to myelin insulation surrounding nerve fibers, and to nerve fibers themselves. MS symptoms can include muscle weakness or paralysis, loss of vision, loss of coordination, fatigue, pain and memory loss. There is currently no cure for MS. Existing medications and treatments help to manage symptoms and to slow down or modify disease progression.

Although anti-myelin antibodies are often found in MS patients, the diagnostic value of these molecules that respond to infection are limited because they are also found in patients without MS, making it difficult to determine their role in the development of the disease. In addition, MS patients might generate anti-myelin antibody responses that reflect, rather than cause, the disease.

To address this diagnostic challenge, Nancy H. Ruddle, the John Rodman Paul Professor of Epidemiology and Public Health (EPH) and professor of immunobiology at the School of Medicine, and her team developed mouse models to find ways to distinguish between antibodies that cause MS and those that are present in MS patients but do not cause disease symptoms.

The team, including researchers from the University of Connecticut, developed two ways to induce MS symptoms in mice. They found that though both treatment procedures yield antibodies to myelin, only one method made antibodies that could cause disease in other mice. These antibodies were shown to recognize and interact with a form of modified myelin found in MS. This myelin was not recognized by the antibodies that did not cause disease.

"Our results bring us one step closer to pinpointing more accurate diagnostic tools to aid in designing treatments for individual MS patients," says Ruddle, who is also interim deputy dean and interim vice chair of EPH.

Other authors on the study include first author Cecilia B. Marta, Alfred R. Oliver, Rebecca A. Sweet and Steve E. Pfeiffer.

-- By Karen Peart


T H I SW E E K ' SS T O R I E S

Archaeologist's discovery may be final clue to location of long-lost Maya city

Materials research center established with $7.5 million NSF grant

Annual festival lets local artists showcase their works

Yale community members will share their unique artistic visions . . .

Message from the Leaders of the Yale United Way Campaign

Welcome, Parents! A schedule of Parents' Weekend activities

Matching fund for Katrina relief expanded

IN FOCUS: OFFICE OF SUSTAINABILITY

'Skeptical' neurologist works to separate science from sham

Yale Rep launches its 40th season with 'The Cherry Orchard'

Special packages for Yale community

Exhibition simulates viewing conditions intended by artists

Noted graphic designer Dan Friedman is subject of retrospective

MEDICAL SCHOOL NEWS

Divinity School alumni will honor memory of missing classmate . . .

Audience will be 'postmodern detectives' in School of Drama play

New visions of religious icons featured in ISM show

Exhibit celebrates life of Yale's first Native American alumnus

WFF will honor women leaders from around the globe

Annual festival will include music, talks and shadow puppetry

Study shows stigma of obesity influenced by attitudes of peers

Book doctor

YUWO awards scholarships to 13 Yale affiliates

Yale Books in Brief

Campus Notes


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