GAD-Reactive CD4 (+) cells existed in type 1 diabetes without islet-associated autoantibody

A Shimada , K Kodama , J Morimoto , Y Oikawa
Diabetes 51 A289 -A289

1
2002
UPTAKING AND RETENTION lN HUMAN CNS OF A NEW NMDA ION CHANNEL LIGAND

J McCulloch , KW Muir , JR Owens , DM Hadley
Journal of Cerebral Blood Flow and Metabolism 17 ( 1) 132 -132

1
1997
The pharmacology of CNS 1261: an NMDA ion channel blocker

AL McGregor , K Kodama , AG Knapp , J McCulloch
Journal of Cerebral Blood Flow and Metabolism 17 ( 1) 461 -461

1
1997
Genetic background determines the extent of islet amyloid formation in human islet amyloid polypeptide transgenic mice (vol 289, pg 706, 2005)

RL Hull , MR Watts , K Kodama , Z Shen
AMERICAN JOURNAL OF PHYSIOLOGY-ENDOCRINOLOGY AND METABOLISM 290 ( 1) E205 -E205

2006
T-cell function in latent autoimmune diabetes in adults.

A Shimada , R Suzuki , T Maruyama , O Funae
DIABETOLOGIA 46 A115 -A115

2003
Relationship between GAD-Reactive T cells and HLA-DR types in type 1 diabetes

A Shimada , K Kodama , J Morimoto , R Suzuki
DIABETES 52 A530 -A530

2003
(125-I) CNS 1261 IS A SUPERIOR IMAGING AGENT TO (125)-I) MK801 IN THE NORMAL RAT BRAIN

AL McGregor , J Owens , AA Tebbutt , K Kodama
Journal of Cerebral Blood Flow and Metabolism 17 ( 1) 462 -462

1997