AKAI Hiromu | Tokyo University of Agriculture
スポンサーリンク
概要
関連著者
-
AKAI Hiromu
Tokyo University of Agriculture
-
Nagashima Takayuki
Tokyo Institute Of Technology
-
NAGASHIMA Takayuki
Tokyo University of Agriculture
-
ISHIKAWA Tatsuya
Tokyo University of Agriculture
-
Akai Hiromu
International Soc. Wild Silkmoths
-
Igarashi Yumiko
National Institute Of Agrobiological Sciences
-
Yamamoto Izuru
Tokyo University Of Agriculture Department Of Agricultural Chemistry
-
Yamada Hidenori
Department Of Bioengineering Science Faculty Of Engineering Okayama University
-
Yamada H
Institute For Bee Products And Health Science Yamada Apiculture Center Inc.
-
Yamada Hisami
Laboratory Of Molecular Microbiology School Of Agriculture Nagoya University
-
Akai H
Tokyo University Of Agriculture
-
TAKASU Yoko
National Institute of Agrobiological Sciences
-
YAMADA Hiromi
National Institute of Agrobiological Sciences
-
TSUBOUCHI Kozo
National Institute of Agrobiological Sciences
-
IGARASHI Yumiko
Insect Biomaterial and Technology Department, National Institute of Agrobiological Sciences
-
KATO Yoshiomi
International Cnristian University
-
SUSRAMA I
Tokyo University of Agriculture, Department of Agricultural chemistry
-
MIYAMOTO Toru
Tokyo University of Agriculture, Department of Agricultural chemistry
-
YAMADA Hiromi
Yakult Central Institute
-
Nagashima T
Tokyo Univ. Agriculture Kanagawa Jpn
-
Susrama I
Tokyo University Of Agriculture Department Of Agricultural Chemistry
-
Akai Hiromu
Tokyo University Of Agriculture Department Of Agricultural Chemistry
-
Miyamoto Toru
Tokyo University Of Agriculture Department Of Agricultural Chemistry
-
SHIMIZU Osamu
Gumma Sericult, Exp. Stat.
-
CRAIG Catherine
Harvard University
-
MITAMURA Toshimasa
Fukushima Sericultural Experiment Station
-
Tsubouchi K
National Institute Of Agrobiological Sciences
-
Yamada H
National Institute Of Agrobiological Sciences
-
Yamada Hideo
Institute For Bee Products And Health Science Yamada Apiculture Center Inc.
-
Sugimoto Hoshiko
Kyoto Educational University
-
Shi Sheng-lin
Shenyang University Of Agriculture
-
WANG Xue-Ying
Shenyang University of Agriculture
-
LI Guang-Ze
Dalian Institute of Biotechnique
-
JI Rui-Qin
Shenyang University of Agriculture
-
ZHENG Wen-Yun
Shenyang University of Agriculture
-
IMADA Katsumi
Tokyo University of Agriculture
-
AOKI Naokazu
Chiba University
-
MII Nobuo
Chiba University
-
MUGENYI G.
National Sericulture Development Centre
-
NAKATOMI Reiko
Topcon Corporation
-
Nagashima Takayuki
Tokyo Univ. Agriculture Kanagawa Jpn
-
Mitamura Toshimasa
Fukushima Agricultural Technology Centre
-
Shimizu Osamu
Gumma Sericult Exp. Stat.
著作論文
- Ultrastructures of Silk Glands and Cocoon Filaments from the Mexican Silkmoth, Eucheira socialis
- Sericin-like Protein from the Cocoons of the Parasitic Wasp Apanteles glomeratus
- Mode of action of an insect growth regulator buprofezin on Gryllodes sigilatus, WALKER
- Structural Characteristics of Cocoon Filament from Rothschildia Silkmoth
- Why are Lysosomes not Released into Silk Gland Lumen of Bombyx larvae
- Porous Cocoon Filaments : Their Characteristics and Fomation
- Ultrastructural Characteristics of Silk Secretion during Embryonic Development of Bombyx mori
- Structural Characteristics of Cocoon Filament of the African Silkmoth, Argema mimosae
- Some Information on Cricula Silkmoths
- Calcium Crystals of Cocoon Shell from African Gonometa Silkmoth (Lasiocampidae)
- Calcium Crystals Deposited in Cocoons of Wild Silkmoths
- Structural Characteristics of Wild Cocoon from Actias artemis
- Comparative Ultrastructural Characteristics of Argema mittrei and Argema mimosae Cocoons
- Structural Characteristics of a Cocoon Nest from Bagmoths, Cryptothelea Family
- Production and Physical Properties of Soluble Wild Silk Powder
- Fine-structural Characteristics of Anaphe Cocoon Filament
- Ultrastructure of liquid fibroin in the silk glands of silkworm, Bombyx mori
- Absorbance and Transmissivity of Ultraviolet by Wild Silk, Antheraea pernyi
- Anaphe in Africa : are They Social Insect?
- Structural Characteristics of the Anaphe Cocoon Nest : Method of "Creeping-out" through the Hard Cocoon Covering
- Structural and Ultrastructural Characteristics of Golden Cocoons of Cricula trifenestrata
- Optical Properties of the Cocoon and Silk Gland of Usutabiga, Rhodinia fugax
- UV interception properties of Saturniidae and Bombycidae cocoons
- Cocoon Filament Characters and Post Cocoon Technology
- A Successful Example of Wild Silk Development from Cricula trifenestrata in Indonesia