The back of the Legal Research Library

York and Sawyer, architects. The Wiliam W. Cook Legal Research Building was completed in 1931, the thirdof the four buildings William W. Cook gave to form the Law Quadrangle, 1924-1933. In 1955, the original six level stackroom was increased to ten levels. The underground addition designed by Gunnar Birkerts Associates was completed in 1981.

Law Quad

York and Sawyer, architects. The Wiliam W. Cook Legal Research Building was completed in 1931, the third of the four buildings William W. Cook gave to form the Law Quadrangle, 1924-1933. In 1955, the original six level stackroom was increased to ten levels. The underground addition designed by Gunnar Birkerts Associates was completed in 1981.

Legal Research Library

York and Sawyer, architects. The Wiliam W. Cook Legal Research Building was completed in 1931, the third of the four buildings William W. Cook gave to form the Law Quadrangle, 1924-1933. In 1955, the original six level stackroom was increased to ten levels. The underground addition designed by Gunnar Birkerts Associates was completed in 1981.

Legal Research Library

York and Sawyer, architects. The Wiliam W. Cook Legal Research Building was completed in 1931, the third of the four buildings William W. Cook gave to form the Law Quadrangle, 1924-1933. In 1955, the original six level stackroom was increased to ten levels. The underground addition designed by Gunnar Birkerts Associates was completed in 1981. Image from 1935 UM calendar.

Legal Research Library

York and Sawyer, architects. The Wiliam W. Cook Legal Research Building was completed in 1931, the third of the four buildings William W. Cook gave to form the Law Quadrangle, 1924-1933. In 1955, the original six level stackroom was increased to ten levels. The underground addition designed by Gunnar Birkerts Associates was completed in 1981.

UM Men's Swimming Team, 2006

Back Row: head coach Bob Bowman, volunteer assistant coach Michael Phelps, Grant Burtch, Peter Vanderkaay, Chris DeJong, Bryan Vessels, Evan Ryser, Sal Barba, Matt Patton, assistant coach Dan Schinnerer

Middle row: Kyle Schroeder, Bobby Savulich, Alex VanderKaay, Dane Grenda, Johnny Austerman, Jake Boehm, Jon Donadee, Curtis Dauw, Jorge Corral, manager Isei Higashijima, diving coach Chris Bergere,

Front Row: Charlie Kennedy, Jamie Martone, Kyle Howard, Pat Noyes, Brad Dotson, Andrew Albright, Davis Tarwater, Dane Rook, Gunnar Schmidt, Christian Sprang

Saga Ólafs konungs Tryggvasonar,

Edited by C. C. Rafn, R. K. Rask and Þorgeir Guðmundsson.

Uber den cinnamalcampher und seine reduktionsprodukte.

Thesis (doctoral)--

Om draken eller lindormen. Mémoire till Kongl. Vetenskaps-akademien.

With appendices containing accounts of strange creatures seen by Scandinavians.

Dizziness and unsteadiness following whiplash injury: Characteristic features and relationship with cervical joint position error

Dizziness and/or unsteadiness are common symptoms of chronic whiplash-associated disorders. This study aimed to report the characteristics of these symptoms and determine whether there was any relationship to cervical joint position error. Joint position error, the accuracy to return to the natural head posture following extension and rotation, was measured in 102 subjects with persistent whiplash-associated disorder and 44 control subjects. Whiplash subjects completed a neck pain index and answered questions about the characteristics of dizziness. The results indicated that subjects with whiplash-associated disorders had significantly greater joint position errors than control subjects. Within the whiplash group, those with dizziness had greater joint position errors than those without dizziness following rotation (rotation (R) 4.5degrees (0.3) vs 2.9degrees (0.4); rotation (L) 3.9degrees (0.3) vs 2.8degrees (0.4) respectively) and a higher neck pain index (55.3% (1.4) vs 43.1% (1.8)). Characteristics of the dizziness were consistent for those reported for a cervical cause but no characteristics could predict the magnitude of joint position error. Cervical mechanoreceptor dysfunction is a likely cause of dizziness in whiplash-associated disorder.