[29V02-am] 核酸②

Mon. Mar 29, 2021 10:36 AM - 12:00 PM [Room V02] Oral Presentation 2 (Online)

座長：大嶋孝志（九大院薬）、吉村智之（金沢大院医薬保）

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10:36 AM - 10:48 AM

[29V02-am08] Development of the new RNA-binding molecules inducing the RNA structural change.

○Hirotaka Murase¹, Fumi Nagatsugi², Shigeki Sasaki¹ (1. Grad. Sch. Pharm. Sci., Nagasaki Int. Univ., 2. IMRAM, Tohoku Univ.)

10:48 AM - 11:00 AM

[29V02-am09S] Synthesis and evaluation of deazapurine nucleotide analogue for the oxidative damaged DNA sequencing.

○Yusuke Nagata¹, Ikuko Sagara¹, Shigeki Sasaki^1,2, Yosuke Taniguchi¹ (1. Graduate School of Pharmaceutical Science, Kyushu University, 2. Faculty of Pharmaceutical Sciences, Nagasaki International University)

11:00 AM - 11:12 AM

[29V02-am10S] Examination of mRNA site-specific modification by Functionality-Transfer Oligonucleotide and its effect on translation

○Norihiro Togo¹, Kenji Kikuta¹, Hirotaka Murase², Yosuke Taniguchi¹, Shigeki Sasaki² (1. Grad. Sch. Phar. Sci., Kyushu Univ., 2. Fac. Phar. Sci. Nagasaki International Univ.)

11:12 AM - 11:24 AM

[29V02-am11S] Development artificial nucleoside derivatives recognizable ^5mCG base pair for expansion of triplex DNA forming region

○Ryotaro Notomi¹, Lei Wang¹, Shigeki Sasaki², Yosuke Taniguchi¹ (1. Grad. Sch. Pharm. Sci., Kyushu Univ., 2. Fac. Phar. Sci., Nagasaki Int. Univ.)

11:24 AM - 11:36 AM

[29V02-am12S] Development of artificial nucleotides with a pyrimidine skeleton aiming at improving the recognition ability of oxidatively damaged bases

○Takato Sakurada¹, Yusuke Nagata¹, Shigeki Sasaki², Yousuke Taniguchi¹ (1. Graduate School of Pharmaceutical Science, Kyushu University, 2. Faculty of Pharmaceutical Science, Nagasaki International University)

11:36 AM - 11:48 AM

[29V02-am13] Development of large-scale analytical system of RNA-small molecule interactions for RNA-targeted drug discovery

○Kazumitsu Onizuka¹, Kaoru Komatsu², Kanna Ojima¹, Hirotaka Murase¹, Shunya Ishikawa¹, Mamiko Ozawa¹, Ryosuke Nagasawa¹, Emi Miyashita², Hirohide Saito², Fumi Nagatsugi¹ (1. IMRAM, Tohoku Univ., 2. CiRA, Kyoto Univ.)

11:48 AM - 12:00 PM

[29V02-am14] Design and synthesis of modification-detachable nucleoside toward in vitro selection of chemically-modified DNA aptamers

○Hidenori Okamura¹, Rina Ito¹, Nagatsugi Fumi¹ (1. IMRAM, Tohoku Univ.)

Session information

[29V02-am] 核酸②

[29V02-am08] Development of the new RNA-binding molecules inducing the RNA structural change.

[29V02-am09S] Synthesis and evaluation of deazapurine nucleotide analogue for the oxidative damaged DNA sequencing.

[29V02-am10S] Examination of mRNA site-specific modification by Functionality-Transfer Oligonucleotide and its effect on translation

[29V02-am11S] Development artificial nucleoside derivatives recognizable ^5mCG base pair for expansion of triplex DNA forming region

[29V02-am12S] Development of artificial nucleotides with a pyrimidine skeleton aiming at improving the recognition ability of oxidatively damaged bases

[29V02-am13] Development of large-scale analytical system of RNA-small molecule interactions for RNA-targeted drug discovery

[29V02-am14] Design and synthesis of modification-detachable nucleoside toward in vitro selection of chemically-modified DNA aptamers

Authentication

Session information

[29V02-am] 核酸②

[29V02-am08] Development of the new RNA-binding molecules inducing the RNA structural change.

[29V02-am09S] Synthesis and evaluation of deazapurine nucleotide analogue for the oxidative damaged DNA sequencing.

[29V02-am10S] Examination of mRNA site-specific modification by Functionality-Transfer Oligonucleotide and its effect on translation

[29V02-am11S] Development artificial nucleoside derivatives recognizable 5mCG base pair for expansion of triplex DNA forming region

[29V02-am12S] Development of artificial nucleotides with a pyrimidine skeleton aiming at improving the recognition ability of oxidatively damaged bases

[29V02-am13] Development of large-scale analytical system of RNA-small molecule interactions for RNA-targeted drug discovery

[29V02-am14] Design and synthesis of modification-detachable nucleoside toward in vitro selection of chemically-modified DNA aptamers

Authentication

[29V02-am11S] Development artificial nucleoside derivatives recognizable ^5mCG base pair for expansion of triplex DNA forming region