Datasets

Subject
Creator
Type
Date

subject: Biochemistry

Total is 48 Results
Limitations and Potentials of Current Motif Discovery Algorithms

10.4231/D33F4KN2K

Bin Li , Daisuke Kihara ORCID logo , Jianjun Hu

03/08/2013

Supplementary material for the papers: Limitations and Potentials of Current Motif Discovery Algorithms, Nucleic Acids Res. 2005; 33(15): 4899–4913

Algorithms Base Sequence Binding Sites Biochemistry Bioinformatics Computational Biology / Methods DNA/Chemistry DNA/methods Escherichia coli/Genetics Factors/Metabolism Markov Chains Markov Chains Regulatory Sequences Molecular Biosciences Regulon Sequence Alignment Sequence Analysis

Metabolic Source Isotopic Pair Labeling and Genome-Wide Association Are Complementary Tools for the Identification of Metabolite-Gene Associations in Plants

10.4231/1702-6M85

Brian Dilkes ORCID logo , Clint C S Chapple ORCID logo , Cole Wunderlich ORCID logo , Jeffrey Simpson ORCID logo , Xu Li

03/08/2021

Development of PODIUM: A tool to identify and extract from untargeted LC-MS data MS features that incorporated 13C-fed isotopic labels.

Biochemistry liquid chromatography–mass spectrometry (LC–MS) metabolomics Plant Metabolism stable isotope labeling untargeted metabolomics analyses

Predicted regulatory signals in the human HOXA locus: supplemental material for the report: Discovering sequences with potential regulatory characteristics

10.4231/D3DZ03214

Gregory E. Crawford , Minou Bina ORCID logo , Phillip J. Wyss , Sang P. Park , Sheryl A. Lazarus , Syed A. Shah , Wenhui Ren , Wojciech Szpankowski , Xiaohui C. Song

12/17/2013

Supplementary materials for the paper: Discovering sequences with potential regulatory characteristics. Bina M, Wyss P, Lazarus SA, Shah SR, Ren W, Szpankowski W, Crawford GE, Park SP, Song XC. Genomics. 2009 Apr;93(4):314-22

Binding-site Biochemistry Bioinformatics Codes in Human DNA DNASE-I hypersensitive sites Gene Regulation Genetic Vocabulary Human Genome Hypersensitive Sites Molecular Biosciences Promoter Regions Regulatory Signals Sequence Context Transcription factor binding sites Transcription Factors

Figure X: Insolubility of AarCH6-C357Y

10.4231/D31834278

Elwood A. Mullins , T. Joseph Kappock

10/22/2013

Supplementary to Mullins E.A. and Kappock T.J. (2013) "Functional analysis of the acetic acid resistance (aar) gene cluster in Acetobacter aceti strain 1023." Acetic Acid Bacteria 2: e3. (DOI: 10.4081/aab.2013.s1.e3).

Acidophile Biochemistry Chemistry citric acid cycle enzyme Molecular Biosciences

Figures from Functional analysis of the acetic acid resistance (aar) gene cluster in Acetobacter aceti strain 1023

10.4231/D3WH2DF2W

Elwood A. Mullins , T. Joseph Kappock

10/22/2013

Supplementary to Mullins E.A. and Kappock T.J. (2013) "Functional analysis of the acetic acid resistance (aar) gene cluster in Acetobacter aceti strain 1023." Acetic Acid Bacteria 2: e3. (DOI: 10.4081/aab.2013.s1.e3).

Acidophile Biochemistry Chemistry citric acid cycle enzyme Molecular Biosciences

Summer Science Program in Biochemistry - Characterization of the Cdc14 phosphatase homolog from Aspergillus flavus

10.4231/H3N7-QB39

Fenry Wilson Zhou , James Yuxuan Chen , Mark C Hall ORCID logo , Monet Jowers , Ricardo Jean Linares , Sein Lee , Stephanie Zhang

08/27/2020

In SSP Biochemistry, high school participants conduct group research projects to characterize the Cdc14 phosphatase homolog from a phytopathogenic fungus and explore its potential as a novel antifungal target to protect crops from disease.

antifungal design Aspergillus flavus Biochemistry Cdc14 phosphatase enzyme function high school summer research Phytopathogenic fungi Plant pathogens Summer Science Program

Summer Science Program in Biochemistry - Characterization of the Cdc14 phosphatase homologs from phytopathogenic fungi

10.4231/P3QQ-7609

Mark C. Hall ORCID logo

08/26/2020

In SSP Biochemistry, high school participants conduct group research projects to characterize the Cdc14 phosphatase homolog from a phytopathogenic fungus and explore its potential as a novel antifungal target to protect crops from disease

antifungal design Biochemistry Cdc14 phosphatase enzyme function high school summer research Phytopathogenic fungi Plant pathogens Summer Science Program

Summer Science Program in Biochemistry - Characterization of the Cdc14 phosphatase homolog from Botrytis cinerea

10.4231/B1KA-GZ57

Alyssa Marie Questell , Kevin Tan , Mai N. Hoang , Maniratnam Meena Iyer , Mark C Hall ORCID logo , Márk Tibor Mészárik ORCID logo , Ruqaiyah A Damrah

08/25/2020

In SSP Biochemistry, high school participants conduct group research projects to characterize the Cdc14 phosphatase homolog from a phytopathogenic fungus and explore its potential as a novel antifungal target to protect crops from disease

antifungal design Biochemistry Botrytis cinerea Cdc14 phosphatase enzyme function high school summer research Phytopathogenic fungi Plant pathogens Summer Science Program

Summer Science Program in Biochemistry - Characterization of the Cdc14 phosphatase homolog from Aspergillus niger

10.4231/3GEN-D590

Charles William Coffey , Jesse Eugene Pattison , Juan Antonio Serna , Mark C Hall ORCID logo , Molly Ann Szpakowski , Myria Chen , Stephanie Zhang

08/25/2020

In SSP Biochemistry, high school participants conduct group research projects to characterize the Cdc14 phosphatase homolog from a phytopathogenic fungus and explore its potential as a novel antifungal target to protect crops from disease

antifungal design Aspergillus niger Biochemistry Cdc14 phosphatase enzyme function high school summer research Phytopathogenic fungi Plant pathogens Summer Science Program

Summer Science Program in Biochemistry - Characterization of the Cdc14 phosphatase homolog from Cercospora zeina

10.4231/DF06-7C69

Cecilia Leber ORCID logo , Jeffrey Han , Jenny Cai , Mark C Hall ORCID logo , Nikhit Kambdur , Sveni Thalor

08/25/2020

In SSP Biochemistry, high school participants conduct group research projects to characterize the Cdc14 phosphatase homolog from a phytopathogenic fungus and explore its potential as a novel antifungal target to protect crops from disease

antifungal design Biochemistry Cdc14 phosphatase Cercospora zeina enzyme function high school summer research Phytopathogenic fungi Plant pathogens Summer Science Program

Display #

Results 1 - 10 of 48