Picornavirus-like Inclusion in Poly-myositis is an Aggregation of Glycogen Particles in the Same Size
スポンサーリンク
概要
著者
-
MIYAYAMA Haruhiko
Departments of Clinical Pathology, Kumamoto City Hospital.
-
Takeuchi Tadao
2nd Department Of Pathology Kumamoto University School Of Medicine
-
Takeuchi Tadao
Department Of Pathology Kumamoto University School Of Medicine
-
KATSURAGI SHOICHI
2nd Department of Pathology, Kumamoto University School of Medicine
-
KATSURAGI Shoichi
Department of Pathology, Kumamoto University School of Medicine
-
SANO Tsuneo
Department of Pathology, Kumamoto University School of Medicine
-
Miyayama Haruhiko
2nd Department Of Pathology Kumamoto University School Of Medicine
-
Miyayama Haruhiko
Department Of Clinical Pathology Kumamoto City Hospital
-
Katsuragi Shoichi
2nd Department Of Pathology Kumamoto University School Of Medicine
-
Sano Tsuneo
Department Of Pathology Kumamoto University School Of Medicine
関連論文
- Studies on the Mechanism of Glycogenosome Formation (II)Biochemical Properties and Immunohistochemistry of Neutral α-Glucosidase
- Study on the Mechanism of Glycogenosome Formation (8) : Molecular Diversity of α-Glucosidases
- Study on the Mechanism of the Glycogenosome Formation (7) : Heterogeneity of Glycogen Macromolecules and Autophagic Activity
- Higher Plasma Vascular Endothelial Growth Factor Levels Correlate with Menopause, Overexpression of p53, and Recurrence of Breast Cancer
- An Evaluation of Predictive Factors Involved in Clinical or Pathological Response to Primary Chemotherapy in Advanced Breast Cancer
- An Evaluation of DNA Polymerase α as a Prognostic Predictor in Early Breast Cancers Smaller than 2 cm
- Morphological features of holoprosencephaly
- Elevated Serum CA15-3 Levels Correlate with Positive Estrogen Receptor and Initial Favorable Outcome in Patients who Died from Recurrent Breast Cancer
- A Cytochemical Study of the Intracellular Localization of Uridine Diphosphate Glucose Glycogen Glucosyltransferase, Using the Centrifugal Fraction Techniques and Electron Microscope
- A Cytochemical Study of the Intracellular Localization of Phosphorylase, using the Centrifugal Fraction Technique and Electron Microscope
- ULTRASTRUCTURE AND PHYSICO-CHEMICAL PROPERTIES OF GLYCOGEN FROM FETAL RAT LIVER
- The Application of the Laser Microprobe Spectral Analyser for the Quantitative Enzyme Histochemistry
- Intracellullar Synthesis of Macromolecular Polyglucose Particles in Mammalian Tissue Cells and its Biological Significance
- MACROMOLECULAR GLYCOGEN SYNTHESIS INDUCED FROM ENZYME HISTOCHEMISTRY
- Localization and structure of glycogen particles histochemically synthesized by enzymes
- Electron Histochemical Observations of Enzyme-synthesized Polyglucoses Stained Differently with Iodine, Using Rat Skeletal Muscle Fibers
- Electron-histochemical Observation of UDPglucose-glycogen Glucosyltransferase Reaction
- ELECTRON HISTOCHEMICAL OBSERVATIONS OF POLYSACCHARIDE SYNTHESIZED BY ENZYME ACTIVITIES IN RAT LIVER CELLS
- HISTOCHEMICAL AND ELECTRON MICROSCOPIC DIFFERENCES BETWEEN NATIVE GLYCOGEN AND POLYGLUCOSE SYNTHESIZED BY PHOSPHORYLASE IN TISSUE CELLS
- VALIDITY OF IODINE PROCEDURE OF HISTOCHEMICAL METHODS FOR PHOSPHORYLASE IN SKELETAL MUSCLE FIBERS
- CELLULAR LOCALIZATION OF ALKALINE PHOSPHATASE ISOZYMES IN THREE HUMAN CANCER CELL LINES : METHODOLOGICAL CONSIDERATIONS BASED ON ELECTRON CYTOCHEMICAL STUDIES (Histo- and Cytochemistry in Tissue Culture)
- Localization of Alkaline Phosphatase Isozymes in Human Cancer Cell Lines: Effect of Various Culture and Reaction Conditions
- HISTOCHEMICAL OBSERVATIONS OF GLYCOGEN SYNTHETASE ACTIVITY USING GDPG AND TDPG AS SUBSTRATE IN RAT SKELETAL MUSCLE FIBERS
- Picornavirus-like Inclusion in Poly-myositis is an Aggregation of Glycogen Particles in the Same Size
- Polysaccharide Staining of Newly Formed Glycogen Particles by the Glycogen Synthetase Activity
- Histochemical and Electron Microscopic Observations of New Polyglucoses Synthesized from UDPG, TDPG and GDPG by the Glycogen Synthetase Activity in the Rat Tissues.
- Electron Histochemical Study of New Glycogen Synthesized by UDP-glucose Glycogen Glucosyltransferase in Rat Skeletal Muscle Fibers
- Ultra-and Physico-chemical Structure of the Fetal Glycogen Particle and Some Related Enzymes in its Metabolism
- Light and Electron Microscopic Properties of Polyglucose Intracellularly Synthesized by Enzymes
- Electrophoretical Study of Phosphorylase Isozymes
- CHEMICAL FACTORS IN THE IODINE COLORATION REACTION EMPLOYED IN THE HISTOCHEMICAL DEMONSTRATION OF PHOSPHORYLASE
- Reinvestigation on the Stainability of Polysaccharide Synthesized from Glucose-1-Phosphate by the Enzyme Activity with Iodine Reaction
- Electron-histochemical Observations of Synthesized Polyglucose Particles in the Blood Capillary
- The effect of prednisolone and sodium butyrate on induction of Regan alkaline phosphatase in CaR-1 cells
- INTRANUCLEAR SYNTHESIS OF POLYGLUCOSE PARTICLES UNDER HISTOCHEMICAL CONDITIONS IN THE NORMAL RAT
- Histochemical Study of Peripheral Nerve Lesions Induced by Methyl Mercury Chloride
- Alkaline Phosphatase of Cancer Cells in vivo and in vitro
- AN ELECTRON HISTOCHEMICAL OBSERVATION OF POLYSACCHARIDE SYNTHESIZED FROM URIDINE DIPHOSPHOGLUCOSE BY THE ENZYME ACTIVITY
- Electron-Histochemical Observation of Polysaccharide Produced by Phosphorylase Reaction in Rat Liver Parenchymal Cells
- Electron-histochemistry of a Polyglucose Synthesis by Phosphorylase in Rabbit Small Intestine Smooth Muscle
- Histochemical Demonstration of Mercury by Use of Autoradiographic Procedure Report II; Distribution of Mercury in Human Autopsy Cases of Minamata Disease
- HISTOCHEMICAL DEMONSTRATION OF MERCURY IN HUMAN TISSUE CELLS OF MINAMATA DISEASE BY USE OF AUTORADIOGRAPHIC PROCEDURE
- LOCALIZATION OF ALKALINE PHOSPHATASE ISOZYMES IN HUMAN CANCER CELL LINES IN VITRO
- On the Specificity of Histochemical Demonstration for Glucosephosphate Isomerase
- HISTOCHEMICAL STUDY OF ENZYMES, PARTICULARLY IN CARBOHYDRATE METABOLISM OF THE BOVINE HEART CONDUCTION SYSTEM
- Histochemical Aspect of Normal Liver Cells, Particularly as the Fundamental Knowledge for Organ Transplantation (Antigenicity and Transplantation of the Liver)