YOSIDA Tosihide | National Institute of Genetics

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• YOSIDA Tosihide H.の詳細を見る
• 同名の論文著者
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関連著者

• YOSIDA Tosihide

  National Institute of Genetics

• WADA Masayasu

  Amagi Wild Boar Park

• 吉田 俊秀

  国立遺伝研

• 吉田 俊秀

  National Institute of Genetics

• Moriwaki Kazuo

  National Institute Of Genetics

• HARADA Masashi

  Osaka City University Medical School

• HAMADA Takashi

  Numazu Gakuen High School

• 森脇 和郎

  国立遺伝研

• KATO HATAO

  National Institute of Genetics

• Takada Suehisa

  Osaka City University Medical School

• SUZUKI Katsushi

  Nippon Veterinary and Animal Science University

• TSUCHIYA Kimiyuki

  Department Zootechnical Science, Tokyo University of Agriculture

• Tsuchiya Kimiyuki

  Experimental Animal Center, Miyazaki Medical College

• MITA Akihiko

  National Institute of Genetics

• TSUCHIYA KIMIYUKI

  National Institute of Genetics

• Hattori Shosaku

  Amami Branch Laboratory Institute Of Medical Science The University Of Tokyo

• Tsuchiya Kimiyuki

  Laboratory Of Wild Animals Department Of Animal Sciences Faculty Of Agriculture Tokyo University Of

• Tsuchiya Kimiyuki

  Laboratory of Wild Animals, Department of Animal Sciences, Tokyo University of Agriculture

• SUZUKI Katsushi

  Nippon Veterinary and Zootechnical College

• TSUCHIYA KIMIYUKI

  Hokkaido Institute of Public Health

• KOJIMA Akinori

  Aichi Cancer Center Research Institute

• MATSUYAMA Mutsushi

  Aichi Cancer Center Research Institute

• NISHI Yoshimi

  Aichi Cancer Center Research Institute

• NISHIZUKA Yasuaki

  Aichi Cancer Center Research Institute

• MUROFUSHI Makoto

  Mishima Junior College, Nihon University

• TAYA CHOJI

  National Institute of Genetics

• SUGIYAMA Kenji

  Department of Applied Pharmacology, Graduate School of Medicine and Pharmaceutical Sciences, Univers

• 鈴木 仁

  National Institute of Genetics

• IKADAI Hiroshi

  Imamichi Institute for Animal Reproduction

• Sadaie Yoshito

  National Institute of Genetics

• IMAI Hirotami

  National Institute of Genetics

• TORIBA Michihisa

  The Japan Snake Institute

• Shi Liming

  Kunming Institute Of Zoology Chinese Academy Of Sciences

• NAGASE Sumi

  Department of Chemistry, Sasaki Institute

• SAGAI TOMOKO

  National Institute of Genetics

• OHARA KYOKO

  National Institute of Genetics

• LAW LLOYD

  the National Cancer Institute

• TSUJI Shigekatsu

  National Institute of Genetics

• Nagase Sumi

  Department Of Chemistry Sasaki Institute

• Yabe Tatsuo

  Kanagawa Prefectural Public Health Laboratories

• 鈴木 仁

  Advance Co. Ltd.

• Ito Shosuke

  Fujita Health University School Of Health Sciences

• SUZUKI Hitoshi

  National Institute of Genetics

• INOUE Toru

  National Institute of Health Sciences

• Sugiyama Kenji

  Department Of Applied Pharmacology Graduate School Of Medicine And Pharmaceutical Sciences Universit

• 栗田 義則

  National Institute of Genetics

• 杉山 賢司

  Department of Chemistry, Sasaki Institute

• 長瀬 すみ

  Department of Chemistry, Sasaki Institute

• 辻 繁勝

  National Institute of Genetics

• KONDO Norio

  Izu Natural History Park

• HARADA Masashi

  Osaka City University, Medical School

• DEGUCHI Yoshiaki

  College of Agriculture and Veterinary Medicine, Nihon University

• OCHIAI Yuriko

  National Institute of Genetics

• MONTY Jacques

  Entomology Division, Ministry of Agriculture

• SABARATNAM Mano

  Dept. Zool. Univ. Sri Lanka

• ARULPRAGASAM K.

  Dept. Zool. Univ. Sri Lanka

• FERNANDO H.

  Central Agricultural Research Institute

• SADAIE Tamiko

  National Institute of Genetics

• SHI Liming

  Kunming Institute of Zoology, Academia Sinica

• IZAWA Mineko

  Aichi Cancer Center Research Institute

• WADA Masayasu

  Odakyu Manazuru Botanical and Zoological Garden

• ITO Shosuke

  Fujita-Gakuen Health University

• HANAICHI Takamasa

  Nagoya University School of Medicine

• KUMARI Prasanna

  Department of Zoology, University of Mysore

• ASWATHANARAYANA Nimmakayalu

  Department of Zoology, University of Mysore

• UDAGAWA Tatsuo

  Azabu University

• WURSTER-HILL Doris

  Department of Pathology, Dartmouth Medical School

• ISHIBASHI Masahiko

  Azabu University

• SANO Kunitoshi

  Tagata Agricultural High School

• YENBUTRA Songsakdi

  Environmental Biology Division, Thailand Institute of Scientific and Technological Research

• SUZUKI Sosuke

  Shimizu Quarantine Station, Ministry of Health and Welfare

• HENG Hong-Qiang

  Department of Biology, Sichuan University

• CHEN Wenyuan

  Department of Biology, Sichuan University

• ISHIHARA Takaaki

  National Institute of Genetics

• ODASHIRO Tohru

  National Institute of Genetics

• LAMONTAIN Edward

  National Institute of Genetics

• DOMENECH J.

  Institut D'élevage et de Medecine Vétérinaire des Pays Tropicaux

• WARD O.

  Department of Ecology and Evolutionary Biology, Faculty of Science, University of Arizona

• WARD Oskar

  Department of Ecology and Evolutional Biology, Faculty of Science, University of Arizona

• HAMADA Takashi

  Numazu Gakuen Toyo High School

• SAKAI Yohei

  Izu Natural History Park

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著作論文

• インドスナネズミ(Tatera indica)の染色体多型〔英文〕
• 姉妹染色分体交換とDNAヌクレオチド合成経路の代謝撹乱との関係〔英文〕
• in situ雑種法により決定した正常および無アルブミンラットにおけるアルブミン遺伝子の染色体上の位置〔英文〕
• 染色体数40のセイロン島産クマネズミ(速報)〔英文〕
• オセアニア産クマネズミ及び日本産クマネズミとの雑種の核型〔英文〕
• 染色体の変異と腫瘍の発生及び増殖-16-マウスの淋巴性白血病L-1210における抗癌剤耐性株と感受性株の染色体比較〔英文〕
• 染色体の変異と腫瘍の発育〔英文〕-6-
• Chromosome Evolution and Speciation of Reptiles. I : Karyotype of the Japanese Mamushi, Agkistrodon blomhoffii blomhoffii (Viperidae, Crotalinae) with Special Regard to the Sex Chromosomes
• Cytogenetical Studies on Fishes. VIII : XX-Y Sex Chromosome Mechanism newly found in the Snake Eel, Muraenichthys gymnotus (Anguilliform, Pieces)
• Determination of the Sex Chromosome in a Sex Reversed Peacock and its Karyotype
• A Simple and Applicable Chromosome Technique for Sex Identification of the Bird
• 脱毛症と正常マウス間の相互皮膚移植〔英文〕
• 放射線類似化学物質4NQOによる染色体異常の誘発機構〔英文〕
• 培養マウス白血病細胞P388の8-アザグアニン及びアメソプテリン耐性株における核型変化 (染色体の変異と腫瘍の発生及び増殖-13〜15-〔英文〕)
• in vivo及びin vitroにて維持されているマウス淋巴性白血病P388の各亜系間の染色体比較 (染色体の変異と腫瘍の発生及び増殖-13〜15-〔英文〕)
• Cytogenetical studies on the Japanese raccoon dog. VII. Karyotype analysis of 22 specimens collected in Ishikawa, Yamaguchi, Osaka and Wakayama prefectures, Japan.:Karyotype Analysis of 22 Specimens collected in Ishikawa, Yamaguchi, Osaka and Wakayama Pre
• Black Rats from Mauritius with a New Karyotype Involving the Robertsonian Fission:A Preliminary Note
• Notes on the distribution of the Ceylonese type black rats in Sri Lanka.
• Somatic and meiotic chromosomes of the small free-living nematode, Caenorhabditis elegans.
• Cytogenetical studies on the Japanese raccoon dog. XIII. A preliminary note on the karyotype of a Chinese specimen with 57 chromosomes collected in Yunnan.:A Preliminary Note on the Karyotype of a Chinese Specimen with 57 Chromosomes collected in Yunnan
• Cytogenetical studies on insectivora. III. Karyotype comparison of two Crocidura species in Japan.:Karyotype Comparison of Two Crocidura Species in Japan
• Black mammary tissues of male soft-furred rat, Millardia meltada. Lipofuscin and iron deposition.:Lipofuscin and Iron Deposition
• Breeding, genetics and cytogenetics of the soft-furred rat, Millardia meltada. VIII. Biologic and histologic properties of spontaneous mammary tumors in males.:Biologic and Histologic Properties of Spontaneous Mammary Tumors in Males
• A new chromosome number in the Indian spiny mouse, Mus platythrix.
• Studies on the karyotypes of the black rats distributed in the pacific and south pacific islands, with special regard to the border line of the asian and oceanian type black rats on the pacific ocean.
• Karyotype of a Ceylonese type black rat with several chromosome alterations born after .GAMMA.-irradiations.
• Polymorphism of the external ora in the uterus of the inbred strains of the rat, Rattus norvegicus, and its genetics.
• Studies on the karyotype differentiation of the Norway rat. XVII. Translocation between the pair Nos. 9 and 14 in the F-344 strain rat developed after .GAMMA.-irradiation and its genetical investigations.:Rat developed after γ-Irradiation and its Genetica
• Studies on the karyotype differentiation of the Norway rat. XVI. Further observations on the segregation of offspring born after mating between the 11-Y translocation females and males.:Further Observations on the Segregation of Offspring born after Matin
• Anatomical, histological and karyological observations of an XXY male black rat born after .GAMMA.-irradiation.
• Studies on the karyotype differentiation of the Norway rat. X. Translocation between the autosome No. 11 and the Y chromosome in the NIG-III strain rat occurred after .GAMMA.-irradiation and its genetics.:Translocation between the Autosome No. 11 and the
• Karyological study of the red swamp crayfish and the Japanese lobster by air-drying method.
• Studies on the karyotype differentiation in the Norway rat. XI. Translocation between pair nos. 1 and 12 occurred in a WKS-strain rat after .GAMMA.-irradiation and its transmission to the offspring.:Translocation between Pair Nos. 1 and 12 occurred in a W
• Cytogenetical study of Rhinolophus bats (Chiroptera, Mammalia) from Thailand.
• A population survey of the chromosome polymorphism in the black rats (Rattus rattus) collected in the Osaka-city, Japan.
• A new mutant, rough hair(rh), developed spontaneously in the F-344 strain rat.
• Studies on the karyotype differentiation of the Norway rat. XIV. Translocation between the autosome nos.3 and 8 in BUF-strain rat developed after .GAMMA.-irradiation and its transmission to offspring.:Translocation between the Autosome Nos. 3 and 8 in BUF
• Hemoglobin beta-chain polymorphism of the black rat (Rattus rattus) by the cellulose acetate electrophoresis.
• Studies on the Karyotype Differentiation of the Norway Rat. II:A Mosaic Rat Carrying the Translocation and Inversion of Pair No. 1 Chromosomes with a Note on their Transmission to Offspring
• Cytogenetical studies on the Japanese raccoon dog. IX. Behavior of B-chromosomes in the first meiotic division in the male germ cells.:Behavior of B-Chromosomes in the First Meiotic Division in the Male Germ Cells
• Studies on amphibian chromosomes by the high resolution banding. I. Technique for the high resolution R-banding to frogs.:Technique for the High Resolution R-banding to Frogs
• Karyotypes and chromosome banding patterns of a rare leporid species, Pentalagus furnessi (Lagomorpha, Leporidae).:Lagomorpha, Leporidae
• Breeding, genetics and cytogenetics of the soft-furred rat, Millardia meltada. V. Karyological study on a methylchoranthrene induced tumor.:Karyological Study on a Methylchoranthrene Induced Tumor
• Chromosomal Alteration and Development of Tumor, IV. Comparative Idiogram Analysis in Cells of Normal Rat Liver and Rat Ascites Hepatoma No. 7974
• Cytogenetical studies on insectivora. II. Geographical variation of chromosomes in the house shrew, Suncus murinus (soricidae), in east, southeast and southwest asia, with a note on the karyotype evolution and distribution.:II. Geographical variation of c
• Chromosomes of Normal and Dwarf Cattle
• An XXY male appeared in the F2 hybrids between Oceanian and Ceylonese type black rats.
• Association of the X and Y chromosomes in the first meiotic division of the black and the Norway rats.
• Karyotypes of the black rats in Borneo and New Caledonia. A preliminary note.:A Preliminary Note
• Studies on the Karyotype Differentiation of the Norway Rat. I:Translocation between the Pair Nos. 1 and 12 Chromosomes in the Lewis-Strain Rat
• Karyotype of a Japanese raccoon dog with 40 chromosomes including two supernumeraries.
• Chromosome alteration and development of tumors. XXIV. Hypo-pentaploid chromosome constitution of a spontaneous tumor developed in the oceanian type black rat, with particular reference to centromeric fission.:Hypo-pentaploid Chromosome Constitution of a
• Karyotype of F1 hybrids between Mauritius and Oceanian type black rats.
• Studies on interspecific hybridization in rodents. II. Histological observations on the hybrid embryos developed by artificial insemination between norway rats and black rats.:HISTOLOGICAL OBSERVATIONS ON THE HYBRID EMBRYOS DEVELOPED BY ARTIFICIAL INSEMIN
• STUDIES ON INTERSPECIFIC HYBRIDIZATION IN THE RODENTS:I. ARTIFICIAL INSEMINATION BETWEEN THE NORWAY RAT (_??_) AND BLACK RAT (_??_) AND THE RESULTING KARYOTYPES IN THE HYBRID BLASTOCYSTS
• Cytogenetical studies on the Japanese raccoon dog. X. B-chromosomes in the secondary spermatocytes, with a consideration on a possible cause of wide distribution of B's in the wild population.:B-Chromosomes in the Secondary Spermatocytes, with a Considera
• Cytogenetical studies on the Japanese raccoon dog. XII. A possible relation between the karyotypes of the Japanese and European specimens.:A Possible Relation between the Karyotypes of the Japanese and European Specimens
• Studies on the karyotype differentiation of the Norway rat. XV. Transposition of the nucleolar organizer region (NOR) of the autosome no. 11 to the dot-Y in the 11-Y translocation male occurring in the NIG-III strain rat.:Transposition of the Nucleolar Or
• Possible evidence for the karyotype evolution of the Indian spiny mouse due to tandem fusion of the house mouse chromosomes.
• Studies on the karyotype differentiation of the Norway rat. XII. Morphological characteristics of the tetravalent formed in the first meiotic division of the 11-Y translocation heterozygotes in the NIG-III strain rat:Morphological Characteristics of the T
• Breeding, genetics and cytogenetics of the soft-furred rat, Millardia meltada. III. Establishment of two inbred strains developing the mammary tumor at the high incidence in the males.:Establishment of Two Inbred Strains developing the Mammary Tumor at th
• Further studies on the Japanese raccoon dog karyotypes, with a special regard to somatic variation of B-chromosomes.
• Cytogenetical studies on the Japanese raccoon dog. XI. Specimens collected in Kanagawa-ken having a single Robertsonian fission of the pair No. 5 and having an equal number of cells with 2 and 3 B-chromosomes.:Specimens collected in Kanagawa-ken having a
• Cytogenetical studies on the Japanese raccoon dog. V. Distribution of B-chromosomes in four youngs from one litter collected in Saitama-ken.:Distribution of B-Chromosomes in Four Youngs from One Litter collected in Saitama-ken
• Cytogenetic studies on the Indian spiny mouse,Mus platythrix I. Frequency of sister chromatid exchanges in lung primary cultures.:Frequency of Sister Chromatid Exchanges in Lung Primary Cultures

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