CiNii Articles - genome editing

1

Efficient viral delivery of Cas9 into human safe harbor

Hayashi Hideki , Kubo Yoshinao , Izumida Mai , Matsuyama Toshifumi

… Gene editing using CRISPR/Cas9 is a promising method to cure many human genetic diseases. … the genome using a lentiviral vector. … Then, Cas9v1 was removed from the genome by another AAV vector containing sgRNA targeting the long terminal repeat of the lentivirus vector. … The reconstituted Cas9v2 in the AAVS1 locus was functional and gene editing was efficient. …

Scientific Reports 10(1), 21474, 2020-12-08

IR
2

Improvement of fatty acid productivity of thraustochytrid, Aurantiochytrium sp. by genome editing

Watanabe Kenshi , Perez Charose Marie Ting , Kitahori Tomoki , Hata Kosuke , Aoi Masato , Takahashi Hirokazu , Sakuma Tetsushi , Okamura Yoshiko , Nakashimada Yutaka , Yamamoto Takashi , Matsuyama Keisuke , Mayuzumi Shinzo , Aki Tsunehiro

Journal of Bioscience and Bioengineering, 2020-12-01

DOI
3

Breeding of Sugi (Cryptomeria japonica D. Don) aiming at alleviating pollen allergy [in Japanese]

坪村美代子 , 小長谷賢一 , 高橋誠

臨床免疫・アレルギー科 = Clinical immunology & allergology 74(6), 613-618, 2020-12
4

Creation of the Genome-editing Escherichia coli Strains as Rare Metal Resources [in Japanese]

渡邊宏樹 , 山本兼由

化學工業 71(12), 753-760, 2020-12
5

Application of Genome Editing Technology to Agriculture, Forestry and Fisheries and its Regulatory Policy [in Japanese]

田部井豊

食品と開発 = Food processing and ingredients 55(11), 6-9, 2020-11
6

Egg Microinjection and Efficient Mating for Genome Editing in the Firebrat Thermobia domestica

Ohde Takahiro , Minemura Toshinori , Hirose Eiichi , Daimon Takaaki

… The application of genetic tools such as genome editing is the key to understanding genetic changes that are responsible for evolutionary transitions in an Evo-Devo approach. … Our method underlines the importance of taking each species' unique biology into account for the successful application of genome editing methods to non-traditional model organisms. …

Journal of Visualized Experiments (164), 2020-10-20

IR
7

Generation of Novel Genetically Modified Rats to Reveal the Molecular Mechanisms of Vitamin D Actions [in Japanese]

西川美宇 , 安田佳織 , 高松将士 , 阿部圭祐 , 岡本海利 , 堀部恭平 , 真野寛生 , 中川公恵 , 津川尚子 , 廣田佳久 , 堀江哲寛 , 檜井栄一 , 岡野登志夫 , 生城真一 , 榊利之

ビタミン = Vitamins 94(10), 517-520, 2020-10
8

Genome-Editing and Society: From a Viewpoint of "Geneticization" [in Japanese]

美馬達哉

学術の動向 = Trends in the sciences 25(10), 70-75, 2020-10
9

Female Body Politics in Assisted Reproductive Medicine Using Genome Editing Technology [in Japanese]

田坂さつき

学術の動向 = Trends in the sciences 25(10), 60-64, 2020-10
10

Global Discussions on the Governance of Genome Editing in Human Embryos [in Japanese]

加藤和人

学術の動向 = Trends in the sciences 25(10), 54-59, 2020-10
11

Genome Editing of Human Embryos and Creation of Human Embryos for Research in Japan : A Human Rights Perspective [in Japanese]

建石真公子

学術の動向 = Trends in the sciences 25(10), 40-45, 2020-10
12

Technical Issues in Japan's Legislation Regarding Human Embryo Genome Editing [in Japanese]

髙山佳奈子

学術の動向 = Trends in the sciences 25(10), 34-39, 2020-10
13

Issues in the Clinical Use of Genome Editing in Human Embryos From a Medical Perspective [in Japanese]

阿久津英憲

学術の動向 = Trends in the sciences 25(10), 19-27, 2020-10
14

Heritable Human Genome Editing : A Basic Biology Perspective [in Japanese]

武田洋幸

学術の動向 = Trends in the sciences 25(10), 12-18, 2020-10
15

Improvement of tolerance to pre-harvest sprouting in wheat by genome editing [in Japanese]

安倍史高 , 佐藤和広

JATAFFジャーナル = JATAFF journal : 農林水産技術 8(10), 27-31, 2020-10
16

Identification of a novel pyrithiamine resistance marker gene thiI for genome co-editing in Aspergillus oryzae

Todokoro Takehiko , Bando Hiroki , Kotaka Atsushi , Tsutsumi Hiroko , Hata Yoji , Ishida Hiroki

Journal of bioscience and bioengineering 130(3), 227-232, 2020-09

DOI
17

Genome Editing Technology [in Japanese]

近藤一成

食品衛生研究 = Food sanitation research 70(8), 27-32, 2020-08

Ichushi Web
18

Handling of Foods and Additives Applied with Genome Editing Technology Under the Food Sanitation Law [in Japanese]

近藤卓也

食品衛生研究 = Food sanitation research 70(8), 7-21, 2020-08

Ichushi Web
19

Generation of hypoimmunogenic iPS cells via genome editing towards iPS cell therapy [in Japanese]

徐淮耕 , 堀田秋津

医学のあゆみ 274(3), 299-306, 2020-07-18

Ichushi Web
20

An attempt to improve rice yield by genome editing technology [in Japanese]

小松晃

アグリバイオ = Agricultural biotechnology 4(7), 536-540, 2020-07

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