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- 1From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Brenda A Peculis [1] RNase P is an enzyme responsible for the formation of the 5' ends of mature tRNA molecules from tRNA precursors. In the cell, RNase P requires both protein and RNA subunits for activity....
- 2From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Jayeeta Basu [1, 2, 6]; Nan Shen [3, 4, 6]; Irina Dulubova [3, 4]; Jun Lu [3, 4]; Rong Guan [3, 4]; Oleg Guryev [3, 4]; Nick V Grishin [3, 5]; Christian Rosenmund [1, 2]; Josep Rizo (corresponding author) [3,...
- 3From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Michael Blau [1]; Srinivas Mullapudi [2]; Thomas Becker [1]; Johanna Dudek [3]; Richard Zimmermann [3]; Pawel A Penczek [2]; Roland Beckmann (corresponding author) [1] Ribosomes translating secretory and...
- 4From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Amy H Buck [1]; Alexei V Kazantsev [2]; Andrew B Dalby [2]; Norman R Pace (corresponding author) [2] The partnership of RNA and protein components is essential for the function of ribonucleoproteins, but the...
- 5From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Jeffrey S Kieft [1]; Jennifer S Pfingsten [1] The war between viruses and their hosts is akin to a molecular arms race. One powerful weapon in the arsenal of the eukaryotic cell to battle double-stranded RNA...
- 6From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Hwa-ping Feng Eukaryotic chromatin is organized into distinct domains that are important for the regulation of gene activity. For example, genes within heterochromatic domains are usually transcriptionally...
- 7From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Christian Speck [1]; Zhiqiang Chen [2]; Huilin Li [2]; Bruce Stillman (corresponding author) [1] Pre-RC assembly at origins of DNA replication is essential to license chromosomes before initiation of DNA...
- 8From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Laura Opperman [1]; Brad Hook [1]; Mia DeFino [1]; David S Bernstein [1]; Marvin Wickens (corresponding author) [1] The importance of control over mRNA in animal cells has emerged unequivocally in the last...
- 9From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Johanna Dudek [1]; Markus Greiner [1]; Anika Müller [1]; Linda M Hendershot [2]; Katharina Kopsch [1]; Wolfgang Nastainczyk [1]; Richard Zimmermann (corresponding author) [1] The initial step in the...
- 10From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Jeffrey A Chao [1, 2]; June Hyung Lee [1]; Brian R Chapados [1]; Erik W Debler [1]; Anette Schneemann [1]; James R Williamson (corresponding author) [1, 2] FHV belongs to the Nodaviridae family of...
- 11From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedThis time of year, some of our US readers are relieved to have finished their grant proposals. Others are biting their nails, having received their priority scores but still awaiting council decisions on the payline for...
- 12From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Anson M Nomura [1, 2]; Alan B Marnett [1, 2]; Nobuhisa Shimba [1]; Volker Dötsch [1]; Charles S Craik (corresponding author) [1] Herpesviruses encode a protease that is activated by homodimerization at high...
- 13From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Yujia Zhai [1, 2, 4]; Fei Sun [1, 2, 4]; Xuemei Li [1, 3]; Hai Pang [1, 2]; Xiaoling Xu [1, 2]; Mark Bartlam [1, 2]; Zihe Rao (corresponding author) [1, 2, 3] Coronaviruses are enveloped positive-stranded...
- 14From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Daniela Jozic [1, 5]; Nayra Cárdenes [2, 5]; Yonathan Lissanu Deribe [3, 5]; Gabriel Moncalián [2]; Daniela Hoeller [3]; Yvonne Groemping [4]; Ivan Dikic (corresponding author) [3]; Katrin Rittinger...
- 15From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Deirdre Scadden [1] RNA editing can change particular nucleotides in specific RNAs from those encoded in the genome and thus can contribute to the diversity of the proteome. This process is catalyzed by...
- 16From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): In-Ja L Byeon [1, 5]; Hongyuan Li [2, 5]; Haiyan Song [2]; Angela M Gronenborn (corresponding author) [1, 3]; Ming-Daw Tsai (corresponding author) [2, 4] The human Ki67 protein was originally identified as...
- 17From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Cécile H Herbreteau [1, 3]; Laure Weill [2, 3]; Didier Décimo [1]; Déborah Prévôt [1]; Jean-Luc Darlix [1]; Bruno Sargueil (corresponding author) [2]; Théophile Ohlmann (corresponding author) [1] Human...
- 18From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedAuthor(s): Edward A Curtis [1]; David P Bartel (corresponding author) [1] Since 1958, when the structure of myoglobin was determined at atomic level resolution [1], the folds of thousands of protein enzymes have been...
- 19From: Nature Structural and Molecular Biology. (Vol. 12, Issue 11) Peer-ReviewedGlobal effects Regulation of eukaryotic transcription involves combined action of sequence-specific transcription factors, which are important for recruiting chromatin-modifying enzymes to specific genes, and the...