安孫子 敬 | Kidney Research Laboratory Kojinkai
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概要
関連著者
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安孫子 敬
Kidney Research Laboratory Kojinkai
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関野 宏
Kidney Research Laboratory Kojinkai
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小野寺 育子
Kidney Center, Sendai Insurance Hospital
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小野寺 育子
Kidney Center Sendai Insurance Hospital
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汲川 美保子
Kidney Center, Sendai Insurance Hospital
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汲川 美保子
Kidney Center Sendai Insurance Hospital
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樋口 博基
Kidney Research Laboratory Kojinkai
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安孫子 敬
Tohoku College of Pharmacy
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鈴木 謙次
Tohoku College of Pharmacy
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遠藤 信義
Tohoku College of Pharmacy
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関野 宏
宏人会
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鈴木 謙次
東北薬科大学
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佐々木 有亮
Tohoku College of Pharmacy
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関野 宏
中央クリニック
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高橋 寿
宏人会病院
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安孫 子敬
Kidney Center, Sendai Insurance Hospital
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太宰 幸子
Kidney Center, Sendai Insurance Hospital
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宇野 千賀子
Kidney Center, Sendai Insurance Hospital
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石崎 充
Kidney Center, Sendai Insurance Hospital
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高橋 寿
Kidney Center, Sendai Insurance Hospital
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宍戸 洋
Kidney Research Laboratory
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有末 二郎
Tohoku College Of Pharmacy:(pressent Address)research Laboratory Of Pollution
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石崎 充
Kidney Center Sendai Insurance Hospital
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宇野 千賀子
Kidney Center Sendai Insurance Hospital
著作論文
- Study on Influence of Synthetic Glucagon Fragment on Lymphocyte Transformation. I
- Synthesis of Rat Parathymosin α Fragment 1-28 and Examination of Its Inhibitory Activity towards the Restoring Activity of Thymosin α_1 on the Impaired T-Lymphocytes of Uremic Patients
- Synthesis of an Immunologically Active Fragment Analog of Prothymosin α with Enhanced Enzymatic Stability
- Immunological Effect of Two Synthetic Peptides Containing Alanine or D-Alanine Instead of Acetyl Group of Thymosin β_4 after Treatment of Human Serum
- Synthesis of a Thymosin β_4-Like Peptide, Thymosin β^_9,and Its Effect on Low E-Rosette-Forming Lymphocytes of Lupus Nephritis Patients
- Synthesis of Human Splenin (hSP) and Examination of Its Immunological Effects on the Impaired T-and B-Lymphocytes in Uremic Patients
- Syntheses and Effects of Human Splenin (hSP) Fragment 32-48 and an Analog on the Reduced B-Lymphocytes of Uremic Patients
- Synthesis of a Thymosin β_4-Like Peptide, Deacetyl-thymosin β^_4,and Its Restorative Effect on Depressed Lymphocyte Blastogenic Response to Phytohemagglutinin (PHA) in Uremic Patients
- Synthesis of [Glu^]Human Splenin (hSP) and Examination of Its Immunological Effect on the Reduced B-Lymphocytes of Uremic Patients
- Synthesis of Human Thymopoietin (hTP) and Examination of Its Immunological Effect on the Impaired Blastogenic Response of T-Lymphocytes of Uremic Patients
- Synthesis of Deacetyl-thymosin β_7 and Examination of Its Immunological Effect on the Blastogenic Response of T-Lymphocytes of a Uremic Patient with Cell-Mediated Immunodeficiency
- Synthesis of the Revised Amino Acid Sequence of Thymopoietin II and Examination of Its Immunological Effect on the Impaired T-Lymphocyte Transformation of a Uremic Patient with Pneumonia(Biological)
- Synthesis of Deacetyl-thymosin β_ and Examination of Its Immunological Effect on T-Cell Subpopulations of a Uremic Patient with Tuberculosis
- Synthesis of the Nonatetracontapeptide Corresponding to the Entire Amino Acid Sequence of Thymopoietin III and Its Effect on the Impaired T-Lymphocyte Transformation of a Patient with Common Variable Immunodeficiency
- Synthesis and Immunological Effect of Deacetyl-thymosin α_ on Low E-Rosette-Forming Cells of a Rheumatoid Arthritis Patient
- Synthesis of the Nonatetracontapeptide Corresponding to the Entire Amino Acid Sequence of Thymopoietin I and Its Effect on the Low E-Rosette-Forming Cells of a Uremic Patient
- Deacetyl-thymosin β_4 : Synthesis and Effect on the Impaired Peripheral T-Cell Subsets in Patients with Chronic Renal Failure
- Synthesis of Six Common Amino Acid Sequence Fragments of Thymosins β_4,β_8 and β_9 and Determination of Their Effects on the Low E-Rosette Forming Cells of Lupus Nephritis Patients
- Synthesis of the Nonatriacontapeptide corresponding to the Entire Amino Acid Sequence of Calf Thymosin β_8 and Its Effect on the Impaired T-Cell Subsets in Patients with Lupus Nephritis
- Effects of Two Synthetic Serum Thymic Factor Analogues and Four Thymic Factor Fragments on the Low E-Rosette Forming Cells in Patients with Chronic Renal Failure
- Synthesis of the Octadecapeptide corresponding to Positions 32 to 49 of the Revised Amino Acid Sequence of Thymopoietin II and Its Effect on Low E-Rosette Forming Cells of an Aged Patient with Chronic Renal Failure
- The Effect of Thymosin α_1 Fragments on T-Lymphocyte Transformation in the Uremic State
- Effect of Synthetic Serum Thymic Factor Fragments on the Inhibition of Sheep Erythrocyte Rosette Formation by Uremic Toxin
- The Effect of STF and Its Analogs on T Cells with Cellular Immunodeficiency
- Studies on Encephalitogenic Fragments of Myelin Protein. I. Synthesis of Tryptophan-containing Fragments
- Synthesis of Every Kinds of Peptide Fragments of Bradykinin
- A Study on Endocrine Disorder in Patients with Chronic Renal Failure. I. Synthesis and Biological Activity of Human Gastrin I
- Deacetyl-Thymosin α_1 : Synthesis and Immunological Effect on Lipoid Nephrosis Lymphocytes
- Effects of Synthetic Thymopoietin Fragments on Low E-Rosette Forming Cells in a Patient with Lupus Nephritis
- The Effect of Ubiquitin Hexadecapeptide Fragment on E-Rosette Forming Cells of a Uremic Patient
- Effects of Synthetic Thymopoietin II Fragments on E-Rosette Forming Cells of a Rheumatoid Arthritis Patient
- Synthesis of the Eicosapeptide corresponding to the N-Terminal Amino Acid Sequence of the Major Component of Human Lymphoblastoid Interferon
- Synthesis and Immunological Effects of Thymosin α_1 and Its Fragments on Inhibitory Factor in Minimal Change Nephrotic Syndrome
- The Effect of Thymopoietin II Fragments and Their Analogs on E-Rosette Forming Cells in the Uremic State
- Characterization of an Acidic Tripeptide in Neurotoxic Dialysate
- The Effect of a Synthetic Thymosin α_1 Fragment on the Inhibition of E-rosette Formation by the Serum of a Patient with Nephrotic Syndrome
- The Effects of Synthetic Glucagon Fragments on Glucose-6-phosphate Dehydrogenase. II
- Synthesis and Effects of Two Peptide Fragments of Thymopoietin II on E-Rosette Forming Cells in the Uremic State
- Synthesis of Bradykinyl-peptide and Peptidyl-bradykinin
- Syntheses of [Phe (4NO_2)^5,Tyr (Me)^8]-and [Tyr (Me)^5,Phe (4NO_2)^8]-Bradykinin