Analysis of bile acid 3-sulfates by using a LC-TOFMS

     Tetsuichiro MORITA¹, Yutaka TAKAHASHI^1, Junichi OSUGA¹, Nariyasu MANO², Junichi 　　GOTO²

     Analytical Instrument Division, JEOL Ltd. ¹

     Graduate School of Pharmaceutical Sciences, Tohoku University²

Determination of cabergoline and L-dopa in patient’s plasma using liquid chromatography combined with tandem mass spectrometry

     Koichiro HOTTA¹, Fumiyo KASUYA^1,2, Kazuo ABE³, Saburo SAKOTA³, Kazuo IGARASHI^1,2

     Faculty of Pharmaceutical Sciences, Kobegakuin University¹, High technology Research 　　Center,    

     Kobegakuin University², Osaka University Graduate School of Medicine³  

The characterizations of angiogenic modulated factors in human vitreous humors by firstdimensional gel electrophoresis / ITMSMS

     Toyofumi NAKANISHI¹, Akira SHIMIZU¹, Reiko KOYAMA², Tsunehiko IKEDA²

     Department of Clinical Pathology, Osaka Medical College¹

     Department of Ophthalmology, Osaka Medical College²

Oral Presentation (G9-G12)

4-Hydroxybutyric aciduria and valproic acid treatment

      Toshihiro SHINKA¹, Masaharu OHFU², Shinichi HIROSE², Tomiko KUHARA¹

      Medical Research Institute, Kanazawa Medical University¹

      Department of Pediarics, Fukuoa University School of Medicine²

A study of monitoring method for pre-and post-Liver-Kidney transplantation in patients with primary Hyperoxaluria Type I

     Yoshito INOUE¹, Toshihiro SHINKA¹, Morimasa OHSE¹, Chie OHDOI¹, Hiroaki 　　　　MASUYAMA²,  

     Hiromichi IKAWA², Hiroshi MITSUBUCHI³, Tomiko KUHARA¹

      Division of Human Genetics, Medical Research Institute, Kanazawa Medical University¹ 

      Department of Pediatric Surgery, Kanazawa Medical University²

      Department of Pediatrics, Kumamoto University School of Medicine³

Increased excretion of 3-methylglutaconic acid in urine inpatients with glycogen storage disease type Ia.

      Makoto YOSHINO¹, Ichiro YOSHIDA^1,2, Takahiro INOKUCHI¹

      Department of Pediatrics and Child Health¹ and Research Institute of Medical Mass 　　Spectrometry²

      Kurume University School of Medicine

Detection of S-homocysteinyl transthyretin in serum from a patient with homocysteinuria by LC- ESIMS. – A new diagnostic method of homocysteinuria -

      Takako SATO¹,Toyofumi NAKANISHI¹, Masahiko KISHIKAWA², Jorn Oliver SASS³

      Saburo SAKOTA¹, Akira SHIMIZU²

      Departmnent of Neurology, Osaka University Graduate School of Medicine¹

      Department of Clinical Pathology, Osaka Medical College²      

     University of Freiburg Children’s Hospital, Laboratory of Metabolism, Germay³

6 cases MSUD discovered by high risk baby’s screening using GC/MS method

      Chunhua ZHANG¹, Keming XU², Usha P DAVE³, Chunrong ZHANG⁴, Isamu MATSUMOTO¹

      MILS;Matsumoto Institute of Life Science¹

      Capital Institute of Pediatrics(China) ²

      CREMERE(India) ³, Shengshuhi Hospital (china) ⁴

Prenatal diagnosis for organic acidemias by analysis of amniotic fluid using GC/MS and tandem MS

      Yuki HASEGAWA¹, Misako IGA¹, Masahiko KIMURA¹, Yousuke SHIGEMATSU²,

      Seiji YAMAGUCHI¹

      Department of Pediatrics, Shimane Medical University¹

      Department of Pediatrics, Fukui Medical University²

High-risk screening of inherited metabolic diseases using electrospray and tandem mass spectromeetry

       Yosuke SHIGEMATSU¹, Satoko HIRANO², Ikue HATA², Yukie TANAKA³, Masakatsu 　　SUDO⁴

       Department of Health Science, School of Nursing, Fukui Medical University¹

       Department of Pediatrics, School of Medicine, Fukui Medical University ²     

       Central Research Laboratories, Fukui Medical University³

       Fukui Medical University⁴

Why metabolic screening by GC/MS using neonatal urine?

       Kaori MATSUMOTO, Ichiro YOSHIDA, Takahiro INOKUCHI, Kumiko AOKI, Kyoko

       TASHIRO, Misa JOGO, Akiyo KANEKO, Masatoshi TANAKA

       Research Institute of Medical Mass Spectometry, Kurume University School of Medicine

The triggering mechanism of the stress response

　　Masatoshi TANAKA

　　Department of Pharmacology, Kurume University School of Medicine

Introduction of new concept LC-TOFMS JMS-T100LC “ AccuTOF^TM “              

       Tetsuichiro MORITA, Jun TAMURA , Yutaka TAKAHASHI¹

   　 Analytical Instrument Division, JEOL Ltd.

LCMS system with automated deproteinization using column switching technique

  　  Hiroyuki MURAKITA, Shin-ichi KAWANO, Takahiro GODA

   　 Analytical & Measuring Instruments Division, Shimadzu corporation

Two-dimensional LC/MS/MS system “ProteomeX”

    　 Masayuki KUBOTA, Junko KIMATA, Mihoko YAMAGUCHI

 Introduction of the benchtop tandem quadrupole Mass Spectrometer; Quattro micro, and discussing of automated neonatal screening software; NeoLynx.

    　 Akihiro SHIBATA, Sanae FURUSYO, Hideto KAKIMI,

    　 Jasco International Co., Ltd.

New technology for interfacing a RP-HPLC and a MALDI/TOFMS

   　 Michiko KANAI¹, Steven A. Cohen²

    　Nihon Waters K.K. ¹

    Life Science R&D, Waters Corporation²

Introduction of Agilent 1100 nanoflow LC/MSD trap system

    　Hirokazu SAWADA, Naoto SHIMIZU, Hiroki KUMAGAI and Shigeki DAISHIMA

  　  Yokogawa Analytical Systems Inc.