Ludwig A Hothorn

Affiliations

Institute of Biostatistics, Leibniz University, 30419, Hannover, Germany.

Publications (9)

Inositol pyrophosphates promote the interaction of SPX domains with the coiled-coil motif of PHR transcription factors to regulate plant phosphate homeostasis.

Nature communications

Avec: Martina K Ried , Rebekka Wild , Jinsheng Zhu , Joka Pipercevic , Kristina Sturm , Larissa Broger , Robert K Harmel , Luciano A Abriata , Ludwig A Hothorn , Dorothea Fiedler , Sebastian Hiller , Michael Hothorn

Use compatibility intervals in regulatory toxicology.

Regulatory toxicology and pharmacology : RTP

Avec: Ludwig A Hothorn , Ralph Pirow

Two bifunctional inositol pyrophosphate kinases/phosphatases control plant phosphate homeostasis.

eLife

Avec: Jinsheng Zhu , Kelvin Lau , Robert Puschmann , Robert K Harmel , Youjun Zhang , Verena Pries , Philipp Gaugler , Larissa Broger , Amit K Dutta , Henning J Jessen , Gabriel Schaaf , Alisdair R Fernie , Ludwig A Hothorn , Dorothea Fiedler , Michael Hothorn

Simultaneous Inference Using Multiple Marginal Models.

Pharmaceutical statistics

Avec: Ludwig A Hothorn , Christian Ritz , Frank Schaarschmidt , Signe M Jensen , Robin Ristl

Concerted expression of a cell cycle regulator and a metabolic enzyme from a bicistronic transcript in plants.

Nature plants

Avec: Laura Lorenzo-Orts , Janika Witthoeft , Jules Deforges , Jacobo Martinez , Sylvain Loubéry , Aleksandra Placzek , Yves Poirier , Ludwig A Hothorn , Yvon Jaillais , Michael Hothorn

Alternatives to statistical decision trees in regulatory (eco-)toxicological bioassays.

Archives of toxicology

Avec: Felix M Kluxen , Ludwig A Hothorn

The Tukey trend test: Multiplicity adjustment using multiple marginal models.

Biometrics

Avec: Frank Schaarschmidt , Christian Ritz , Ludwig A Hothorn

Using historical control data in bioassays for regulatory toxicology.

Regulatory toxicology and pharmacology : RTP

Avec: Felix M Kluxen , Klaus Weber , Christian Strupp , Signe M Jensen , Ludwig A Hothorn , Jean-Christophe Garcin , Thomas Hofmann

HSL1 and BAM1/2 impact epidermal cell development by sensing distinct signaling peptides.

Nature communications

Avec: Andra-Octavia Roman , Pedro Jimenez-Sandoval , Sebastian Augustin , Caroline Broyart , Ludwig A Hothorn , Julia Santiago

Réseau de co-auteurs

Michael Hothorn 3 collaborations

Jinsheng Zhu 2 collaborations

Larissa Broger 2 collaborations

Robert K Harmel 2 collaborations

Dorothea Fiedler 2 collaborations

Christian Ritz 2 collaborations

Frank Schaarschmidt 2 collaborations

Signe M Jensen 2 collaborations

Felix M Kluxen 2 collaborations

Martina K Ried 1 collaboration

Rebekka Wild 1 collaboration

Joka Pipercevic 1 collaboration

Kristina Sturm 1 collaboration

Luciano A Abriata 1 collaboration

Sebastian Hiller 1 collaboration

None Ralph Pirow 1 collaboration

Kelvin Lau 1 collaboration

Robert Puschmann 1 collaboration

Youjun Zhang 1 collaboration

Verena Pries 1 collaboration

Philipp Gaugler 1 collaboration

Amit K Dutta 1 collaboration

Henning J Jessen 1 collaboration

Gabriel Schaaf 1 collaboration

Alisdair R Fernie 1 collaboration

Robin Ristl 1 collaboration

Laura Lorenzo-Orts 1 collaboration

Janika Witthoeft 1 collaboration

Jules Deforges 1 collaboration

Jacobo Martinez 1 collaboration

Sylvain Loubéry 1 collaboration

Aleksandra Placzek 1 collaboration

Yves Poirier 1 collaboration

Yvon Jaillais 1 collaboration

Klaus Weber 1 collaboration

Christian Strupp 1 collaboration

Jean-Christophe Garcin 1 collaboration

Thomas Hofmann 1 collaboration

Andra-Octavia Roman 1 collaboration

Pedro Jimenez-Sandoval 1 collaboration

Sebastian Augustin 1 collaboration

Caroline Broyart 1 collaboration

Julia Santiago 1 collaboration