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Department of Dental Materials, Matsumoto Dental University | 論文
- Nonlinear Stress Analysis of Titanium Implants by Finite Element Method
- Construction of database for three-dimensional human tooth models and its ability for education and research : Carious tooth models
- -0122-CARDIAC PERFORMANCE AFTER THE FONTAN PROCEDURE AND ITS MODIFICATIONS FOR A VARIETY OF CONGENITAL CARDIAC MALFORMATIONS
- Characteristics of Isolated Microsporocytes from Liliaceous Plants for Studies of the Meiotic Cell Cycle in Vitro
- Rate of DNA Synthesis during Meiotic Prophase in Lily Microsporocytes in the Presence of Deoxyadenosine and Nalidixic Acid
- Serial changes in pH and fluoride-recharge and release in various condensation and filling materials
- Isolation and Culture of Protoplasts from Protonemata of Several Moss Species
- High Temperature Characteristics and Solidification Microstructures of Dental Metallic Materials : Part III Alloys for Metal-bond Porcelain
- High Temperature Characteristics and Solidification Microstructures of Dental Metallic Materials. Part II ADAS Type 3 Gold Alloy
- High Temperature Characteristics and Solidification Microstructures of Dental Metallic Materials Part I : Silver-Palladium-Copper-Gold Alloy
- Effects of Repeated Baking on the Mechanical and Physical Properties of Metal-Ceramic Systems
- ユバイモ群植物の非キアズマ型減数分裂-2-花粉母細胞におけるシナプトネマ構造体の形成〔英文〕
- Simultaneous production of buds on mother and daughter cells of Saccharomyces cerevisiae in the presence of hydroxyurea
- Studies on microspore development in liliaceous plants II. : The behavior of explanted microspores of the lily. Lilium longillorum
- Commitment of Mitotic Cells to Meiosis during the G_2 Phase of Premeiosis
- Studies on the control of cell division in a green alga, Ankistrodesmus gracilis (Chlorococcales) III. Induction synchrony with controlled division patterns
- Studies on Microspore Development in Liliaceous Plants III. Pollen Tube Development in Lily Pollens Cultured from the Uninucleate Microspore Stage