4,213 research outputs found
TAIR functional annotation data
No full textQuarterly release of curated gene function data for Arabidopsis thaliana from The Arabidopsis Information Resource (www.arabidopsis.org)
The contents of the compressed archive include the following files which are described in detail in the included README file.
1.ATH_GO_GOSLIM.txt.gz
This document is a tab-delimited file containing GO annotations for Arabidopsis genes annotated by TAIR and TIGR with terms from the Gene Ontology Consortium controlled vocabularies (see www.geneontology.org). This file includes an updated set of literature based annotations and >40,000 electronic annotations based upon matches to INTERPRO domains supplied by Nicola Mulder from SWISS PROT/INTERPRO.
Please cite this paper when using TAIR's GO annotations in your research: Berardini, TZ, Mundodi, S, Reiser, L, Huala, E, Garcia-Hernandez, M, Zhang, P, Mueller, LM, Yoon, J, Doyle, A, Lander, G, Moseyko, N, Yoo, D, Xu, I, Zoeckler, B, Montoya, M, Miller, N, Weems, D, and Rhee, SY (2004) Functional annotation of the Arabidopsis genome using controlled vocabularies. Plant Physiol. 135(2):1-11.
2.gene_aliases_yyyymmdd.txt(.gz)
This file lists alternative names for each gene.
3.Locus_Germplasm_Phenotype_yyyymmdd.txt.gz
This file contains links between loci, germplasms, and phenotypes.
4.Locus_Published_yyyymmdd.txt.gz
This file contains links between loci and publications.
5.po_temporal_gene_arabidopsis_tair.assoc.gz
po_anatomy_gene_arabidopsis_tair.assoc.gz
These two files are tab-delimited files. Each contains the
set of literature-based annotations of Arabidopsis genes and loci annotated at TAIR to the terms from the Plant Ontology developed by the Plant Ontology Consortium (POC, www.plantontology.org).
6.TAIR10 or ARAPORT11_functional_descriptions_yyyymmdd.txt(.gz)
This file contains functional descriptions for gene models included in either the TAIR 10 or as of 20170630 the Araport11 genome release. TAIR10/Araport11 refers to the version of the genome annotation.
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TAIR functional annotation data
No full textQuarterly release of curated gene function data for Arabidopsis thaliana from The Arabidopsis Information Resource (www.arabidopsis.org)
The contents of the compressed archive include the following files which are described in detail in the included README file.
1.ATH_GO_GOSLIM.txt.gz
This document is a tab-delimited file containing GO annotations for Arabidopsis genes annotated by TAIR and TIGR with terms from the Gene Ontology Consortium controlled vocabularies (see www.geneontology.org). This file includes an updated set of literature based annotations and >40,000 electronic annotations based upon matches to INTERPRO domains supplied by Nicola Mulder from SWISS PROT/INTERPRO.
Please cite this paper when using TAIR's GO annotations in your research: Berardini, TZ, Mundodi, S, Reiser, L, Huala, E, Garcia-Hernandez, M, Zhang, P, Mueller, LM, Yoon, J, Doyle, A, Lander, G, Moseyko, N, Yoo, D, Xu, I, Zoeckler, B, Montoya, M, Miller, N, Weems, D, and Rhee, SY (2004) Functional annotation of the Arabidopsis genome using controlled vocabularies. Plant Physiol. 135(2):1-11.
2.gene_aliases_yyyymmdd.txt(.gz)
This file lists alternative names for each gene.
3.Locus_Germplasm_Phenotype_yyyymmdd.txt.gz
This file contains links between loci, germplasms, and phenotypes.
4.Locus_Published_yyyymmdd.txt.gz
This file contains links between loci and publications.
5.po_temporal_gene_arabidopsis_tair.assoc.gz
po_anatomy_gene_arabidopsis_tair.assoc.gz
These two files are tab-delimited files. Each contains the
set of literature-based annotations of Arabidopsis genes and loci annotated at TAIR to the terms from the Plant Ontology developed by the Plant Ontology Consortium (POC, www.plantontology.org).
6.TAIR10 or ARAPORT11_functional_descriptions_yyyymmdd.txt(.gz)
This file contains functional descriptions for gene models included in either the TAIR 10 or as of 20170630 the Araport11 genome release. TAIR10/Araport11 refers to the version of the genome annotation.
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Index manuscriptorum bibliothecae Augustanae : cum adpendice duplici, praemissus historiae literariae et librariae ibid
No full texta M. Antonio Reisero ..
Odor measurement with all means How costly must the analysis of odor emissions be? (Geruchsmessung mit allen Mitteln - Wie aufwendig muss die Analytik von Geruchsemissionen sein?)
No full textTheatromania, Oder Die Wercke Der Finsterniß In denen Òffentlichen Schau-Spielen von den alten Kirchen-Vätern verdammet / Welches aus ihren Schrifften zu getreuer Warnung Kürtzlich entworffen L. Anton. Reiser/ von Augspurg/ der Zeit Pastor bey S. Jacob in Hamburg
No full textTHEATROMANIA, ODER DIE WERCKE DER FINSTERNISS IN DENEN ÒFFENTLICHEN SCHAU-SPIELEN VON DEN ALTEN KIRCHEN-VÄTERN VERDAMMET / WELCHES AUS IHREN SCHRIFFTEN ZU GETREUER WARNUNG KÜRTZLICH ENTWORFFEN L. ANTON. REISER/ VON AUGSPURG/ DER ZEIT PASTOR BEY S. JACOB IN HAMBURG
Theatromania, Oder Die Wercke Der Finsterniß In denen Òffentlichen Schau-Spielen von den alten Kirchen-Vätern verdammet / Welches aus ihren Schrifften zu getreuer Warnung Kürtzlich entworffen L. Anton. Reiser/ von Augspurg/ der Zeit Pastor bey S. Jacob in Hamburg (1)
Cover (1)
Titelblatt (12)
Widmung (14)
Zeugnissen der Kirchen-Väter ... [Inhalt] (22)
Einleitung (24)
In der lateinischen Kirchen. Tertullianus (37)
Cyprianus (75)
Minutius Felix (89)
Arnobius (95)
Lactantius (110)
Ambrosius (123)
Hieronymus (132)
Augustinus (136)
Salvianus (201)
Cassiodorus (242)
In der Griechischen Kirchen. Philo (252)
Theophilus (255)
Tatianus (258)
Clemens (263)
Gregorius Nazianzenus (275)
Johannes (282)
Isidorus (336)
Der Conciliorum und Kirchen-Versam[m]lungen. Synodus Illiberitana (347)
Synodus Arelatensis (355)
Synodus Laodicaena (358)
Synodus Carthaginenses (361)
Synodus Constantinopolitana universalis secunda (364)
Der Heidnischen Scribenten. Cornelius Nepos (370)
Macrobius (373)
Cicero (378)
Svetonius (381)
Seneca (382)
Plinius (385)
Valerius Maximus (393)
Aulus Gellius (394)
Wie auch insonderheit. Franciscus Petrarcha (397)
Petrus Faber (407)
NB. (419
Guter Saame auf ein gutes Erdreich; oder auserlesene Andachten für Kinder und Erwachsene mit Morgen- Abend- Meß- Beicht- und Kommunion-Gebether, und dem heiligen Kreuzweg
No full textChemInform Abstract: An Efficient Synthesis of Conformationally Restricted Peptides Containing β-Aminocyclopropanecarboxylic Acids.
No full textGeruchsmessung mit allen Mitteln - wie aufwendig muss die Analytik von Geruchsemissionen sein?
No full textAn Extended GFfit Statistic Defined on Orthogonal Components of Pearson's Chi-Square
No full textThe Pearson and likelihood ratio statistics are commonly used to test goodness of fit for models applied to data from a multinomial distribution. The goodness-of-fit test based on Pearson’s chi-squared statistic is sometimes considered to be a global test that gives little guidance to the source of poor fit when the null hypothesis is rejected, and it has also been recognized that the global test can often be outperformed in terms of power by focused or directional tests. For the cross-classification of a large number of manifest variables, the GFfit statistic focused on second-order marginals for variable pairs i; j has been proposed as a diagnostic to aid in finding the source of lack of fit after the model has been rejected based on a more global test. When data are from a table formed by the cross-classification of a large number of variables, the common global statistics may also have low power and inaccurate Type I error level due to sparseness in the cells of the table. The sparseness problem is rarely encountered with the GFfit statistic because it is focused on the lower-order marginals. In this paper, a new and extended version of the GFfit statistic is proposed by decomposing the Pearson statistic from the full table into orthogonal components defined on marginal distributions and then defining the new version, GFfit(ij) , as a partial sum of these orthogonal components. While the emphasis is on lower-order marginals, the new version of GFfit(ij) is also extended to higher-order tables so that the GFfit statistics sum to the Pearson statistic. As orthogonal components of the Pearson X2 statistic, the GFfit(ij) have advantages over other lack-of-fit diagnostics that are currently available for cross-classified tables: the GFfit(ij) have higher power to detect lack of fit while maintaining good Type I error control even if the joint frequencies are very sparse, as will be shown in simulation results; theoretical results will establish that the GFfit(ij) have known degrees of freedom and are asymptotically independent statistics with known joint distribution, a property which facilitates less conservative control of false discovery rate (FDR) or familywise error rate (FWER) in a high-dimensional table which would produce a large number of bivariate lack-of-fit diagnostics. GFfit(ij) are also computationally stable. The extended GFfit(ij)statistic can be applied to a variety of models for cross-classified tables. An application of the new GFfit statistic as a diagnostic for a latent variable model is presented
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