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Department of Surgery, Showa University Fujigaoka Hospital | 論文
- A Case of Retroperitoneal Schwannoma Difficult to Diagnose Preoperatively
- Comparative in vitro activity of carbapenem antibiotics against respiratory pathogens isolated in recent years
- Identification of Mycobacterium avium Complex Isolated in Eastern and Central Japan by Using DNA Probes
- Desilylation Reactions of Poly[(t-butyldimethylsilyloxy)phenylacetylene]s
- GaCl_3-Promoted Ethenylation of Thioester Silyl Enolate and Dienolate with Silylethyne
- CaCl_3-Promoted Addition Reactions of Carbon Nuclecophiles to Alkyne
- Aromatic β-Silylethenylation Reactions via Organogallium Compounds
- Alkynyldichlorogalliums are Unstable in Hydrocarbon Solvents Dimerization of Alkynyldichlorofalliums via Carbogallation
- Structure of Adduct Formed from α-Trichlorostannyl Ketone and Trichloroethynyltin a Direct Evidence for the Carbostannylation of Alkynyl Metals
- Direct Formation of Reactive Alkynyltrichlorotins from 1-Alkynes SnCl_4, and Bu_3N. A Mild Alkynylation Reagent of Aldehydes, Acetals, and Enones
- Multi-Round Anonymous Auction Protocols (Special Issue on Internet Technology and Its Applications)
- PSS04-03 Two-stage hepatectomy with portal vein embolization for multiple bilobar colorectal liver metastases
- Enhancement of the Efficacy of Anticancer Drugs with Electroporation : Successful Electrochemotherapy against Gastric Cancer Cell Lines in Vivo and in Vitro
- Enhancing the Effect of Anticancer Drugs against the Colorectal Cancer Cell Line with Electroporation
- 尿素センサによる人工腎臓のモニタリング
- Thermal Death of Bacteria : a mathematical expression
- Rhodium Catalyzed Anti-Markovnikov Addition of Triphenylphosphine to 1,3-Dienes A Novel Method to Separate Pure (Z)-1,3-Alkadienes from Isomeric Mixtures
- Asymmetric Reduction of 3,5-Dinitroacetophenone Using CT Complexation with Optically Active 1,12-Dialkylbenzo[c]phenanthrenes
- Synthesis and Structure of Optically Active 1,12-Diethyl- and 1,12-Diisopropylbenzo[c]phenanthrenes : An Isopropyl Group Can Be Smaller than a Methyl Group
- Features of DNA Oligonucleosomal Fragmentation in Human Tumor Cell Lines and Its Detection by Flow Cytometry : Utility and Limitations