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by Braun, Daniela A and Rao, Jia and Mollet, Geraldine and Schapiro, David and Daugeron, Marie-Claire and Tan, Weizhen and Gribouval, Olivier and Boyer, Olivia and Revy, Patrick and Jobst-Schwan, Tilman and Schmidt, Johanna Magdalena and Lawson, Jennifer A and Schanze, Denny and Ashraf, Shazia and Ullmann, Jeremy F P and Hoogstraten, Charlotte A and Boddaert, Nathalie and Collinet, Bruno and Martin, Gaëlle and Liger, Dominique and Lovric, Svjetlana and Furlano, Monica and Guerrera, I Chiara and Sanchez-Ferras, Oraly and Hu, Jennifer F and Boschat, Anne-Claire and Sanquer, Sylvia and Menten, Björn and Vergult, Sarah and De Rocker, Nina and Airik, Merlin and Hermle, Tobias and Shril, Shirlee and Widmeier, Eugen and Gee, Heon Yung and Choi, Won-Il and Sadowski, Carolin E and Pabst, Werner L and Warejko, Jillian K and Daga, Ankana and Basta, Tamara and Matejas, Verena and Scharmann, Karin and Kienast, Sana D and Behnam, Babak and Beeson, Brendan and Begtrup, Amber and Bruce, Malcolm and Ch'ng, Gaik-Siew and Lin, Shuan-Pei and Chang, Jui-Hsing and Chen, Chao-Huei and Cho, Megan T and Gaffney, Patrick M and Gipson, Patrick E and Hsu, Chyong-Hsin and Kari, Jameela A and Ke, Yu-Yuan and Kiraly-Borri, Cathy and Lai, Wai-Ming and Lemyre, Emmanuelle and Littlejohn, Rebecca Okashah and Masri, Amira and Moghtaderi, Mastaneh and Nakamura, Kazuyuki and Ozaltin, Fatih and Praet, Marleen and Prasad, Chitra and Prytula, Agnieszka and Roeder, Elizabeth R and Rump, Patrick and Schnur, Rhonda E and Shiihara, Takashi and Sinha, Manish D and Soliman, Neveen A and Soulami, Kenza and Sweetser, David A and Tsai, Wen-Hui and Tsai, Jeng-Daw and Topaloglu, Rezan and Vester, Udo and Viskochil, David H and Vatanavicharn, Nithiwat and Waxler, Jessica L and Wierenga, Klaas J and Wolf, Matthias T F and Wong, Sik-Nin and Leidel, Sebastian A and Truglio, Gessica and Dedon, Peter C and Poduri, Annapurna and Mane, Shrikant and Lifton, Richard P and Bouchard, Maxime and Kannu, Peter and Chitayat, David and Magen, Daniella and Callewaert, Bert and van Tilbeurgh, Herman and Zenker, Martin and ...
Nature Genetics, ISSN 1061-4036, 2017, Volume 49, Issue 10, pp. 1529 - 1529
Galloway-Mowat syndrome (GAMOS) is an autosomal-recessive disease characterized by the combination of early-onset nephrotic syndrome (SRNS) and microcephaly... 
YEAST | UNFOLDED PROTEIN RESPONSE | TRANSFER-RNA MODIFICATION | DNA | KINASE | GENETICS & HEREDITY | SECKEL-SYNDROME | GENOME MAINTENANCE | WDR73 | GALLOWAY-MOWAT SYNDROME | MASS-SPECTROMETRY | Metalloendopeptidases - genetics | Protein-Serine-Threonine Kinases - deficiency | Microcephaly - genetics | Humans | Metalloendopeptidases - deficiency | Apoptosis - genetics | Multiprotein Complexes - genetics | Nephrotic Syndrome - genetics | DNA Repair - genetics | Telomere Homeostasis - genetics | Endoplasmic Reticulum Stress - genetics | Intracellular Signaling Peptides and Proteins - deficiency | Hernia, Hiatal - genetics | Intracellular Signaling Peptides and Proteins - genetics | Podocytes - metabolism | RNA, Transfer - metabolism | Protein-Serine-Threonine Kinases - genetics | Models, Molecular | Nephrotic Syndrome - pathology | Zebrafish | Cytoskeleton - ultrastructure | Nephrosis - genetics | Gene Knockout Techniques | Carrier Proteins - genetics | Podocytes - ultrastructure | Zebrafish Proteins - deficiency | Animals | RNA Processing, Post-Transcriptional - genetics | CRISPR-Cas Systems | Protein Conformation | Mice | Mutation | Zebrafish Proteins - genetics | Cell Movement | Genetic disorders | Gene mutations | Development and progression | Nephrotic syndrome | Genetic aspects | Microcephaly | Health aspects | Cell proliferation | Brain | CRISPR | Genes | DNA damage | Genomes | Lethality | Kinases | Proteins | Genotype & phenotype | Microencephaly | Actin | Biopsy | Cytoskeleton | Scientific imaging | Endoplasmic reticulum | Mass spectrometry | Deoxyribonucleic acid--DNA | Apoptosis | Life Sciences
Journal Article
Nature Structural and Molecular Biology, ISSN 1545-9993, 07/2013, Volume 20, Issue 7, pp. 851 - 858
Many Saccharomyces cerevisiae genes encode antisense transcripts, some of which are unstable and degraded by the exosome component Rrp6. Loss of Rrp6 results... 
CRYPTIC UNSTABLE TRANSCRIPTS | PERVASIVE TRANSCRIPTION | BIOCHEMISTRY & MOLECULAR BIOLOGY | INTERGENIC TRANSCRIPTION | SACCHAROMYCES-CEREVISIAE | CELL BIOLOGY | BIOPHYSICS | BINDING PROTEINS NRD1 | GENE-EXPRESSION | POLY(A) POLYMERASE | POLYMERASE-II TRANSCRIPTS | BIDIRECTIONAL PROMOTERS | RNA DEGRADATION | Saccharomyces cerevisiae - genetics | Multiprotein Complexes | Saccharomyces cerevisiae Proteins - biosynthesis | RNA, Messenger - metabolism | Promoter Regions, Genetic - genetics | RNA, Messenger - biosynthesis | RNA Helicases - physiology | Transcription, Genetic | RNA, Fungal - genetics | Gene Expression Regulation, Fungal | RNA-Binding Proteins - physiology | In Situ Hybridization, Fluorescence | Exosome Multienzyme Ribonuclease Complex - physiology | Saccharomyces cerevisiae Proteins - genetics | RNA, Fungal - metabolism | Polynucleotide Adenylyltransferase - physiology | Proton-Phosphate Symporters - genetics | RNA, Antisense - metabolism | Polyadenylation | Metalloendopeptidases - physiology | Models, Genetic | Nuclear Proteins - physiology | Saccharomyces cerevisiae Proteins - physiology | Histone Deacetylases - physiology | Proton-Phosphate Symporters - biosynthesis | Histone-Lysine N-Methyltransferase - physiology | DNA Helicases - physiology | RNA, Antisense - genetics | Cytogenetics | Research | Genetic transcription | DNA methylation | Gene expression | Molecular biology | Ribonucleic acid--RNA | Rrp6 | Nrd1-Nab3-Sen1 | transcription termination | PHO84 regulation | antisense RNA | yeast | single molecule FISH | antisense 3′ end processing
Journal Article
Genome Medicine, ISSN 1756-994X, 03/2017, Volume 9, Issue 1, p. 26
Journal Article
Nature Medicine, ISSN 1078-8956, 07/2005, Volume 11, Issue 7, pp. 780 - 785
Premature aging syndromes often result from mutations in nuclear proteins involved in the maintenance of genomic integrity. Lamin A is a major component of the... 
MEDICINE, RESEARCH & EXPERIMENTAL | RECOMBINATION | LAMIN-A | METALLOPROTEINASE | BIOCHEMISTRY & MOLECULAR BIOLOGY | DNA-DAMAGE | DOUBLE-STRAND BREAKS | HUTCHINSON-GILFORD PROGERIA | MICE | CELLULAR SENESCENCE | ZMPSTE24 | CELL BIOLOGY | Metalloendopeptidases - genetics | Gamma Rays | Genomic Instability | Humans | DNA Repair - physiology | Bone Marrow Cells - physiology | Metalloendopeptidases - metabolism | Aging, Premature - genetics | Intracellular Signaling Peptides and Proteins - metabolism | Phosphoproteins - metabolism | DNA-Binding Proteins - metabolism | Histones - radiation effects | Mice, Mutant Strains | DNA Damage - genetics | Membrane Proteins - metabolism | Nuclear Proteins - genetics | Intracellular Signaling Peptides and Proteins - genetics | Cellular Senescence - genetics | Protein Precursors - genetics | Rad51 Recombinase | Membrane Proteins - genetics | Chromosomal Proteins, Non-Histone | Nuclear Proteins - metabolism | Bone Marrow Cells - radiation effects | Lamin Type A - metabolism | Phosphoproteins - genetics | DNA-Binding Proteins - genetics | Fibroblasts - pathology | Protein Precursors - metabolism | DNA - genetics | Animals | Histones - genetics | Fibroblasts - radiation effects | Chromosome Aberrations | Lamin Type A - genetics | Mice | Histones - metabolism | Tumor Suppressor p53-Binding Protein 1
Journal Article
JAMA, ISSN 0098-7484, 07/2009, Volume 302, Issue 3, pp. 261 - 275
Journal Article
PLoS Genetics, ISSN 1553-7390, 01/2012, Volume 8, Issue 1, p. e1002435
Journal Article
Cell, ISSN 0092-8674, 2005, Volume 123, Issue 6, pp. 1147 - 1160
Embryos have the ability to self-regulate and regenerate normal structures after being sectioned in half. How is such a morphogenetic field established? We... 
Body Patterning - drug effects | Metalloendopeptidases - genetics | Organizers, Embryonic - physiology | Organizers, Embryonic - transplantation | Central Nervous System - metabolism | Bone Morphogenetic Proteins - physiology | Xenopus Proteins - genetics | Follistatin - genetics | Glycoproteins - metabolism | Metalloendopeptidases - metabolism | Oligodeoxyribonucleotides, Antisense - genetics | Intracellular Signaling Peptides and Proteins - metabolism | Central Nervous System - embryology | Intercellular Signaling Peptides and Proteins - metabolism | Membrane Proteins - physiology | Base Sequence | Carrier Proteins - administration & dosage | Tissue Transplantation | Xenopus laevis - genetics | Phosphorylation - drug effects | Intercellular Signaling Peptides and Proteins - administration & dosage | Bone Morphogenetic Proteins - genetics | Glycoproteins - genetics | Bone Morphogenetic Protein 4 | Bone Morphogenetic Proteins - administration & dosage | Xenopus laevis - embryology | Microinjections | Bone Morphogenetic Protein 2 | Membrane Proteins - genetics | Intercellular Signaling Peptides and Proteins - genetics | Transforming Growth Factor beta - physiology | Metalloendopeptidases - administration & dosage | Bone Morphogenetic Protein Receptors, Type I - metabolism | Glycoproteins - administration & dosage | Body Patterning - physiology | Proteins - genetics | Carrier Proteins - genetics | Animals | Transforming Growth Factor beta - genetics | Organizers, Embryonic - metabolism | Xenopus Proteins - physiology | Smad1 Protein - metabolism | Xenopus Proteins - metabolism | Mutation | Xenopus laevis - physiology | Bone Morphogenetic Protein 7 | Morphogenesis | Genetic research | Research | Genetic regulation | Ubiquitin-proteasome system | Bone morphogenetic proteins
Journal Article
Nature, ISSN 0028-0836, 07/2002, Volume 418, Issue 6896, pp. 426 - 430
Journal Article