| “ú•t | ’S“– | “à—e |
| 4/5 | ‹x�u | �@ |
| 4/12 | ‘åŒF | Dual functions of mammalian olfactory sensory neurons as odor detectors and mechanical sensors |
| 4/19 | ‹x�u | �yƒIƒŠƒGƒ“ƒe�[ƒVƒ‡ƒ“�z |
| 4/26 | ‰Á“¡ | Laboratory screening at preventive health exams: trend of testing, 1978-2004 |
| “ú•t | ’S“– | “à—e |
| 5/3 | ‹x“ú | �@ |
| 5/10 | ‹x�u | �@ |
| 5/17 | Šâ“c | Thioperamide delays vestibular compensation in goldfish |
| 5/24 | ‰Í�‡ | Axonal site of spike initiation enhances auditory coincidence detection |
| 5/31 | �¡“c | Choline acetyltransferase-immunoreactive neurons in the developing rat retina |
| “ú•t | ’S“– | “à—e |
| 6/7 | ‘åŒF | Relating ligand binding to activation gating in CNGA2 channels |
| 6/14 | ‹{’n | Synaptic Ca2+ in darkness is lower in rods than cones, causing slower tonic release of vesicles |
| 6/21 | ‹x�u | �@ |
| 6/28 | š ˆä | Peacekeepers of the immune system |
| “ú•t | ’S“– | “à—e |
| 7/5 | ‹x�u | �@ |
| 7/12 | “úûü | A transient network of intrinsically bursting starburst cells underlies the generation of retinal waves |
| 7/19-8/30 | ‹x�u | �y‰Ä‹x‚Ý�z |
| “ú•t | ’S“– | “à—e |
| 9/6 | ‹x�u | �@ |
| 9/13 | ‹x�u | �@ |
| 9/20 | ŽÄŽR | Health-related quality of life of Japanese patients with chronic heart failure |
| 9/27 | “¡“c | Selective dysfunction of hippocampal CA1 astrocytes contributes to delayed neuronal damage after transient forebrain ischemia |
| “ú•t | ’S“– | “à—e |
| 10/4 | ‹x�u | �y“¡“cˆãŠw‰ï�EŽ‹Šo‰ÈŠwƒtƒH�[ƒ‰ƒ€�z |
| 10/11 | �¡“c | Immunohistochemical localization of histamine receptors in rat cochlea |
| 10/18 | ‰Á“¡ | What to do with patients with abnormal dipstick urinalysis |
| 10/25 | Šâ“c | Vertical eye position responses to steady-state sinusoidal fore-aft head translation in monkeys |
| “ú•t | ’S“– | “à—e |
| 11/1 | ‘åŒF | Contribution of the receptor guanylyl cyclase GC-D to chemosensory function in the olfactory epithelium |
| 11/8 | ‹x�u | �@ |
| 11/15 | ‰Í�‡ | Identification of second messenger mediating signal transduction in the olfactory receptor cell |
| 11/22 | š ˆä | The power of riboswitches |
| 11/29 | ‹x�u | �@ |
| “ú•t | ’S“– | “à—e |
| 12/6 | ‹x�u | �@ |
| 12/13 | ‹x�u | �y–Y”N‰ï�z |
| 12/20 | ‹x�u | �@ |
| 12/27 | ‹x�u | �@ |
| “ú•t | ’S“– | “à—e |
| 1/3 | ‹x�u | �@ |
| 1/10 | ‹x�u | �@ |
| 1/17 | ‹x�u | �@ |
| 1/24 | ‹x�u | �@ |
| 1/31 | ‘åŒF | Role of histamine as a putative inhibitory transmitter in the honeybee antennal lobe |
| “ú•t | ’S“– | “à—e |
| 2/7 | ‹x�u | �@ |
| 2/14 | “¡“c | Playing Defense Against Lou Gehrig's Disease |
| 2/21 | ‹{’n | Light-evoked calcium responses of isolated melanopsin-expressing retinal ganglion cells |
| 2/28 | �¡“c | Blood supply to the retina in the laboratory shrew (Suncus murinus) |
| “ú•t | ’S“– | “à—e |
| 3/6 | ‹x�u | �@ |
| 3/13 | ‹x�u | �@ |
| 3/20 | ‹x“ú | �@ |
| 3/27 | ‹x�u | �y“ú–{�¶—�Šw‰ï�z |
| �@�@ | ‚SŒŽ | ‚TŒŽ | ‚UŒŽ | ‚VŒŽ | ‚WŒŽ | ‚XŒŽ | 10ŒŽ | 11ŒŽ | 12ŒŽ | ‚PŒŽ | ‚QŒŽ | ‚RŒŽ |
| Fujita | �@ | �@ | �@ | �@ | �@ | 9/27 | �@ | �@ | �@ | �@ | 2/14 | �@ |
| Hidaka | �@ | �@ | �@ | 7/12 | �@ | �@ | �@ | �@ | �@ | �@ | �@ | �@ |
| Imada | �@ | 5/31 | �@ | �@ | �@ | �@ | 10/11 | �@ | �@ | �@ | 2/28 | �@ |
| Iwata | �@ | 5/17 | �@ | �@ | �@ | �@ | 10/25 | �@ | �@ | �@ | �@ | �@ |
| Kato | 4/26 | �@ | �@ | �@ | �@ | �@ | 10/18 | �@ | �@ | �@ | �@ | �@ |
| Kawai | �@ | 5/24 | �@ | �@ | �@ | �@ | �@ | 11/15 | �@ | �@ | �@ | �@ |
| Kunii | �@ | �@ | 6/28 | �@ | �@ | �@ | �@ | 11/22 | �@ | �@ | �@ | �@ |
| Miyachi | �@ | �@ | 6/14 | �@ | �@ | �@ | �@ | �@ | �@ | �@ | 2/21 | �@ |
| Ohkuma | 4/12 | �@ | 6/7 | �@ | �@ | �@ | �@ | 11/1 | �@ | 1/31 | �@ | �@ |
| Shibayama | �@ | �@ | �@ | �@ | �@ | 9/20 | �@ | �@ | �@ | �@ | �@ | �@ |