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  English Version since 2011.2.10 Copyright© 2017 University of Miyazaki �@���������ł͌��݁A �@��w�@�����W���Ă��܂��B     �ڍׂ͂����� Cover picture Cover picture Cover picture Cover picture 2024�N1��17�� ���������̉�����̘_�� "RNA structure promotes liquid-to-solid phase transition of short RNAs in neuronal dysfunction"��Commun. Biol.���iIF = 6.548�j�ɃA�N�Z�v�g����܂����B 2024�N1��5�� �A�����J�������o�^����܂����B �i�ڍ׃N���b�N�j 2023�N12��25�� �_��(invited review)"DNA and RNA G-quadruplexes in human telomere: Structures, properties, and applications"��Molecules ���ɃA�N�Z�v�g����܂����B 2023�N11��6�� ���������̉����F���񂪑�50�񍑍ۊj�_���w�V���|�W�E���̃|�X�^�[�܂���܂��܂����B �i�ʐ^1�j �i�ʐ^2�j �i�ʐ^3�j 2023�N9��20�� �_��"Unusual topological RNA G-quadruplex formed by an RNA duplex: Implications for the dimerization of SARS-CoV-2 RNA"��Chem. Commun. ���iIF = 6.065�j�ɃA�N�Z�v�g����܂����B 2023�N9��19�� ���������̎d����Int. J. Mol. Sci.���iIF = 5.6�j�ɃA�N�Z�v�g����܂����B 2023�N9��14�� ����������Liu����JST�����㌤���Ғ���I�����v���O�����x���w���ɍ̗p����܂����B 2023�N9��7�� ���g���Y�搶��2023�N�x���c�Ȋw�U�����c���������������悳��܂����B 2023�N7��14�� �������o�^����܂����B �i�ڍ׃N���b�N�j 2023�N6��26�� ���������̎d����Int. J. Biol. Macromol.���iIF = 8.025�j�ɃA�N�Z�v�g����܂����B 2023�N3��3�� ����搶���I�[�K�i�C�U�[�𖱂߂��50�񍑍ۊj�_���w�V���|�W�E���y�ѓ��{�j�_���w���V��N���11��1���`11��3���ɋ{��s���v���U�ŊJ�Òv���܂��B �i�ڍ׃N���b�N�j �i���|�X�^�[�_�E�����[�h�j 2023�N2��20�� ���������̊�؂��񂪋{���w�u���Ɗ�]�̓��W�v���w�����󑡂��܂����B 2022�N10��14�� �_��"Click chemistry for fluorescence imaging by combination of a BODIPY-based 'Turn-On' probe and a norbornene glucosamine"��Chem. Commun. ���iIF = 6.222�j�ɃA�N�Z�v�g����܂����B 2022�N9��14�� ����搶��Molecules (IF��4.927)��Editor�𖱂߂Ă��܂��BSpecial Issue "Bio-Orthogonal Chemistry in Bioimaging"���e�����}���܂��B �i�ڍ׃N���b�N�j 2022�N8��22��2022�N4��12�� ���������̎d����Nature���iIF = 49.962�j�ɃA�N�Z�v�g����܂����B 2021�N10��19�� ���������̎d����Front Chem.���iIF = 5.221�j�ɃA�N�Z�v�g����܂����B 2021�N8��31�� �_�� "Oligonucleotide containing 8-trifluoromethyl-2�f-deoxy-guanosine as a Z-DNA probe"��Method in Molecular Biology ���ɃA�N�Z�v�g����܂����B 2021�N7��1�� ���g�@���Y�y���������C���܂����B 2021�N4��28�� ���搶���u��II�� �j�_�Ȋw�̍őO�� 3. �O�A�j���l�d���\���v�𕪒S���M�����w�j�_�Ȋw�n���h�u�b�N�x�i���{�j�_���w�� (�ďC)�E ���{ ���� (�ҏW)�AISBN�F978-4-06-520786-4�j�� �u�k�ЃT�C�G���e�B�t�B�N��芧�s����܂����B �i�ʐ^�j 2021�N4��7�� ����̖��̂��������q�Ȋw����ɂȂ�܂����B 2021�N4��6�� ���������̎d����ACS Biomaterials Science & Engineering�� �iIF = 4.152�j�ɃA�N�Z�v�g����܂����B 2020�N12��23�� �_��"Synthesis of oligonucleotide DNA containing 8-trifluoromethyl-2-deoxyguanosine for observing Z-DNA structure"��Curr. Protoc. Nucleic Acid Chem.���ɃA�N�Z�v�g����܂����B 2020�N11��27�� �_��"Improving thermodynamic stability and anticoagulant activity of thrombin binding aptamer by incorporation of 8-trifluoromethyl-2�f-deoxyguanosine"��Journal of Medicinal Chemistry���iIF = 6.205�j�ɃA�N�Z�v�g����܂����B 2020�N11��26�� ���������̎d����RSC Advances���iIF = 3.070�j�ɃA�N�Z�v�g����܂����B 2020�N9��23��2020�N7��2�� ����搶��Molecules (IF��3.267)��Special Issue Editor�𖱂߂Ă��܂��B���e�����}���܂��B �i�ڍ׃N���b�N�j 2020�N6��4�� �v �Y�iM2�j���񂪌��v���c�@�l����A�W�A���ۏ��w���c���w���ɍ̗p����܂����B 2020�N6��2�� �_��"Oligonucleotides DNA Containing 8-Trifluoromethyl-2�f-Deoxyguanosine for Observing Z-DNA Structure"��Nucleic Acids Res.���iIF = 11.561�j�ɃA�N�Z�v�g����܂����B 2020�N4��30�� �_��"Telomeric DNA-RNA-hybrid G-quadruplex exists in environmental conditions of HeLa cells"��Chem. Commun. ���iIF = 6.319�j�ɃA�N�Z�v�g����܂����B 2020�N2��21�� ���������̎d����Bull Chem Soc Jpn �� �iIF = 4.43�j�ɃA�N�Z�v�g����܂����B 2020�N1��23�� ���������̎d����Cell �� �iIF = 36.2�j�ɃA�N�Z�v�g����܂����B 2019�N10��23�� ���������̗�����̘_�� "A nucleoside derivative 5-vinyluridine (VrU) for imaging RNA in cells and animals"��Bioconjugate Chem.���iIF = 4.349�j�ɃA�N�Z�v�g����܂����B 2019�N7��26�� ����������鸍G������CISAC 2019 ���ۃV���|�W�E���ɂ����ă|�X�^�[�܂���܂��܂����B 2019�N4��5�� ����������鸍G������̘_�� "Hybrid-type and two-tetrad antiparallel telomere DNA G-quadruplex structures in living human cells "��Nucleic Acids Res.���iIF = 11.561�j�ɃA�N�Z�v�g����܂����B 2019�N3��29�� ����������鸍G������2018�N�x�������ƗD�G����w���܂���܂��܂����B 2019�N2��19�� �� ��搶������30�N�x �{���w�n�C�X�e�b�v�����҂Ƃ��ĕ\������܂����B �i�ʐ^�j 2018�N12��5�� ����������Thananjeyan����̘_�� "Stability and properties of Z-DNA containing artificial nucleobase 2�f-O-methyl-8-methyl guanosine"��Bioorg. Med. Chem.���ɃA�N�Z�v�g����܂����B 2018�N10��12�� ����������Thananjeyan����̘_�� "2��-O-Methyl-8-methylguanosine as a Z-Form RNA Stabilizer for Structural and Functional Study of Z-RNA"��Molecules���iIF = 3.268�j�ɃA�N�Z�v�g����܂����B 2018�N6��14�� �_��(invited review) "Recent progress in human telomere RNA structure and function"��Bioorg. Med. Chem. Lett. ���ɃA�N�Z�v�g����܂����B 2018�N6��14�� �_�� "19F NMR spectroscopy for the analysis of DNA G-quadruplex structures using 19F-labeled nucleobase"��Method in Molecular Biology ���ɃA�N�Z�v�g����܂����B 2018�N4��20�� ���������̏ђ��B����2017�N�x�������ƗD�G����w���܂���܂��܂����B����������g���珧�w�؏�����n����܂����B �i�ʐ^�j 2018�N3��27�� ���������̏� ���B����̘_�� "An intramolecular antiparallel G-quadruplex formed by human telomere RNA"��Chem. Commun. ���iIF = 6.319�j�ɃA�N�Z�v�g����܂����B 2018�N1��22�� ���������̗� �ł���̘_�� "HnRNPA1 specifically recognizes the base of nucleotide at the loop of RNA G-quadruplex"��Molecules���iIF = 2.861�j�ɃA�N�Z�v�g����܂����B 2017�N11��20�� ���������̎d����ACS Omega ���ɃA�N�Z�v�g����܂����B 2017�N11��10�� ����������� �G���iD3�j����̘_�� "Investigating higher-order RNA G-quadruplex structures in vitro and in living cells by 19F NMR spectroscopy"��Nature Protocols���iIF = 10.032�j�ɃA�N�Z�v�g����܂����B 2017�N8��29�� ���������̘_�� "A multi-functional guanine derivative for studying DNA G-quadruplex structure"��Analyst�� �iIF = 3.885�j�ɃA�N�Z�v�g����܂����B 2017�N8��1�� ���������̎d����Chem. Commun. ���iIF = 6.319�j�ɃA�N�Z�v�g����܂����B 2017�N6��21�� ���������̏� ���B�iD4�j����̘_�� "Antiparallel RNA G-quadruplex Formed by Human Telomere RNA Containing 8-Bromoguanosine"��Sci. Rep.���iIF = 5.228�j�ɃA�N�Z�v�g����܂����B 2017�N5��17�� ���������̗� �ŁiD4�j����̘_�� "Structure-dependent binding of hnRNPA1 to telomere RNA"��J. Am. Chem. Soc.���iIF = 13.038�j�ɃA�N�Z�v�g����܂����B 2017�N5��12�� ����������� �G���iD3�j����̘_�����AChemistrySelect���̕\���ɑI�΂�܂����B 2017�N5��8�� ����������� �G���iD3�j����̘_�� "A simple and sensitive 19F NMR approach for studying the interaction of RNA G-quadruplex with ligand molecule and protein"��ChemistrySelect���ɃA�N�Z�v�g����܂����B 2017�N4��26�� ���⋳���̌����ۑ肪���{��Ì����J���@�\�iAMED)��v�V�I�����Î��p���������Ƃɍ̑�����܂����B �i�ڍׁj 2017�N4��26�� �� �ŁiD4�j���񂪌��v���c�@�l����A�W�A���ۏ��w���c���w���ɍ̗p����܂����B �i�ڍׁj 2017�N4��24�� �����o�[�̎ʐ^���X�V���܂����B �i�ڍׁj 2017�N4��3�� �����̖L�d �������񂪒��C����܂����B 2017�N4��3�� �� ��J����M1�Ƃ��ĉ����܂����B 2017�N2��27�� ����������� �G���iD2�j���񂪋{���w��18�񕪐͍u����ɂ����čŗD�G�|�X�^�[�܂���܂��܂����B �i�ڍׁj 2017�N2��9�� ���������̏� ���B�iD3�j����̘_�� "An Unusual Topological RNA Architecture with an Eight-Stranded Helical Fragment Containing A-, G- and U-Tetrads"��J. Am. Chem. Soc.���iIF = 13.038�j�ɃA�N�Z�v�g����܂����B 2017�N1��28�� ����������� �G���iD2�j����̘_�� "Characterization of human telomere RNA G-quadruplex structures in vitro and in living cells using 19F NMR spectroscopy"��Nucleic Acids Res.���iIF = 9.202�j�ɃA�N�Z�v�g����܂����B 2016�N12��21�� �� ��搶������28�N�x �{���w�n�C�X�e�b�v�����҂Ƃ��ĕ\������܂����B �i�ʐ^�j 2016�N12��21�� ���������̘_�� "Human telomere RNA structure and function"��Telomere and Telomerase���Ɍf�ڂ���܂����B 2016�N12��19�� � �G���iD2�j����Ɍ��v���c�@�l ���J��H�v���Z�p�U�����c ����28�N�x �Z�p�𗬏����������悳��܂����B �i�ڍׁj 2016�N12��10�� �嗧�� �^�b�iB3�j���񂪕���28�N�x��w�����҈琬�R�[�X�������\��ɂ����Ĉ�w�����܂���܂��܂����B �i�ʐ^�j 2016�N12��2�� �� ��搶����39����{���q�����w��N��ŏ��ҍu���𔭕\���܂����B(�p�V�t�B�R���l) �i�ڍׁj 2016�N11��8�� ���������̘_�� "Click Chemistry Takes a Snapshot of DNA-RNA Hybrid G-Quadruplex in Living Cells "��J. Nat. Sci.���Ɍf�ڂ���܂����B 2016�N9��15�� �� �����iM1�j����Ɍ��v���c�@�l�A�V���������ۏ��w���c ����28�N�x �H�G��ʏ��w�������悳��܂����B �i�ڍׁj 2016�N8��23�� ���������̘_�� "Fluorescence Imaging of Chromosomal DNA using Click Chemistry"��Sci. Rep.���iIF = 5.228�j�ɃA�N�Z�v�g����܂����B 2016�N8��5�� �Β� ���搶�ɕ���28�N�x ���v���c�@�l ���c�Ȋw�U�����c ��w�n��������������悳��܂����B �i�ڍׁj 2016�N7��15�� Thananjeyan Balasubramaniyam�iD2�j����Ɍ��v���c�@�l ��˕q����p���w���c 2016�N�x ���w�������悳��܂����B �i�ڍׁj 2016�N6��20�� Thananjeyan Balasubramaniyam�iD2�j�����2016�N�x ��32��ݓ��A�W�A�l���w���ւ̌����⏕�iRASA�����⏕�j�����悳��܂����B �i�ڍׁj 2016�N4��1�� �Β� �����������C���܂����B 2015�N12��19�� �|�c �I�n�iB2�j���񂪕���27�N�x��w�����҈琬�R�[�X�������\��ɂ����Ĉ�w�����܂���܂��܂����B �i�ʐ^�j 2015�N12��18�� �� ���B�iD2�j����ɕ���27�N�x�㌴�L�O�����Ȋw���c�̗��������������������悳��܂����B �i����҈ꗗ�j 2015�N12��1�� �� �������񂪌������Ƃ��ĉ����܂����B 2015�N9��8�� ���������̎d����Sci Rep. ���iIF = 5.578�j�ɃA�N�Z�v�g����܂����B 2015�N5��1�� ����搶�������ɏ��i����܂����B 2015�N4��1�� �Z�\�⍲���̍�����Îq���񂪒��C����܂����B 2015�N3��6�� ���������̎d����Curr. Protoc. Nucleic Acid Chem.���ɃA�N�Z�v�g����܂����B 2014�N6��6�� ���������̎d����Bioorg. Med. Chem.���iIF = 3.151�j�ɃA�N�Z�v�g����܂����B 2013�N11��25�� ���������̎d����J. Am. Chem. Soc. ���iIF = 10.677�j�ɃA�N�Z�v�g����܂����B 2013�N10��19�� ���������̎d����Angew. Chem. Int. Ed. ���iIF = 13.455�j�Ɍf�ڂ���܂����B 2013�N10��17�� ���������̘_�� "Direct Light-up of cAMP Derivatives in Living Cells by Click Reactions"��Molecules���iIF = 2.428�j�Ɍf�ڂ���܂����B 2013�N8��10�� ���������ł͌��݁A�Z�\�⍲�����W���Ă��܂��B �ڍׂ͂����� 2013�N4��8�� ���������̘_�� "Evidence for G-quadruplex in human cells"��ChemBioChem���iIF = 3.944�j�Ɍf�ڂ���܂����B 2013�N1��1�� �Βˏ����C���������C���܂����B 2012�N12��20�� ���������̘_�� "A Chemistry-Based Method to Detect Individual Telomere Length at a Single Chromosome Terminus"��J. Am. Chem. Soc. ���iIF = 9.907�j�Ɍf�ڂ���܂����B 2012�N9��26�� ���������̘_�� "Oligonucleotide Models of Telomeric DNA and RNA Form a Hybrid G-quadruplex Structure as a Potential Component of Telomeres"��J. Biol. Chem. ���iIF = 4.773�j�Ɍf�ڂ���܂����B 2012�N5��22�� ���������̘_�� "G-rich Sequence-Specific Recognition and Scission of Human Genome by PNA/DNA Hybrid G-quadruplex Formation"��Angew. Chem. Int. Ed. ���iIF = 13.455�j�Ɍf�ڂ���܂����B 2012�N2��28�� ���������̘_�� "Structure, Function and Targeting of Human Telomere RNA"��Methods ���iIF = 4.011�j�Ɍf�ڂ���܂����B 2012�N2��9�� ���������̎d����Cell Biosci. ���Ɍf�ڂ���܂����B 2011�N10��19�� ���������̘_�� "Inhibition of translation by small RNA-stabilized mRNA structures in human cells"��J. Am. Chem. Soc. ���Ɍf�ڂ���܂����B 2011�N8��18�� Nature Communcations ���ɘ_�����f�ڂ���܂��� �i���������̋����������ʁj�B 2011�N8��13�� ���������̘_�� "Human Telomere RNA: a Potential Target for Ligand Recognition"��Curr. Pharm. Des. ���iIF = 4.774�j�Ɍf�ڂ���܂����B(invited review) 2011�N7�� ����搶��"Faculty of 1000" �̃����o�[�ɑI�΂�܂����B"Faculty of 1000" �Ƃ́A�����w�ƈ�w�����̏o�ŕ��ɂ����āA�ł��d�v���Ǝv����_����F�肵�]����^���鍑�ۊw�p�g�D�ł��B �ڍׂ͂����� 2011�N6��8�� ���������̌����͓��{���w��̊֘A���w����̃j���[�X���^�[�Ɏ��グ���܂����B �ڍׂ͂����� 2011�N3��3�� Third International Symposium for Young Organic Chemists (3rd ISYOC) ����搶�����ҍu���𔭕\���܂��B 2011�N2��7�� ���������̘_�� "Chemistry in Human Telomere Biology: Structure, Function and Targeting of Telomere DNA/RNA"��Chem. Soc. Rev. ���iIF = 28.760�j�Ɍf�ڂ���܂����B(invited review) 2011�N2��1�� ����y�������A�C���܂����B Cover picture Back Cover Inside Back Cover

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