Differences

This shows you the differences between two versions of the page.

--- groups:herzel:start [2014/10/22 08:11] – [Welcome to the group of Hanspeter Herzel] herzel
+++ groups:herzel:start [2020/02/03 13:22] – [Welcome to the group of Hanspeter Herzel] herzel
@@ Line 1: / Line 1: @@
 ==== Welcome to the group of Hanspeter Herzel ====
-The group was established within the Institute for Theoretical Biology (ITB) in 1996 and belongs to the Charité and the Humboldt University Berlin. We apply methods from dynamical systems, data analysis and bioinformatics to address biomedical questions. Examples are voice production, heart dynamics, DNA periodicities, gene regulation, T-cell differentiation and circadian rhythms.
+The group was established within the Institute for Theoretical Biology (ITB) in 1996 and belongs to the Charité and the Humboldt University Berlin. We apply methods from dynamical systems, data analysis and bioinformatics to address biomedical questions. Examples are voice production, heart dynamics, DNA periodicities, gene regulation, and circadian rhythms.
 ==== Theoretical Chronobiology ====
-Together with the experimental group of Achim Kramer (Charité) we investigate the generation and synchronization of circadian rhythms on different levels:
+Together with the experimental groups of Achim Kramer (Charité), Michael Brunner (Heidelberg), Erik Herzog (St. Luis) and Toru Takumi (Tokyo)  we investigate the generation and synchronization of circadian rhythms on different levels:
-  * Modeling intracellular feedback regulation in the core clock oscillator
+    - Modeling intracellular **feedback regulation** in the core clock oscillator
-  * Studying the entrainment, synchronization and splitting of SCN neurons
+  -   Studying the entrainment, **synchronization** and splitting of SCN neurons
-  * Bioinformatic analysis (high-throughput data, promoter studies, epigenetics) of phase- and tissue specificity of clock-controlled genes
+  -   Bioinformatic analysis (high-throughput data, promoter studies, epigenetics) of phase- and tissue specificity of **clock-controlled genes**
-  * Entrainment phase control based on oscillator theory
+  -   **Entrainment phase** control based on oscillator theory
@@ Line 24: / Line 24: @@
-==== Systems Biology of the Circadian Clock ====
+==== Network Activities ====
-Together with the experimental group of Achim Cramer (Charité) we investigate the generation and synchronization of circadian rhythms on three different levels:
+We are involved in several overarching consortia:
-  * Modeling intracellular feedback regulation in the core clock oscillator
+  * IRI - Integrative Research Institute for the Life Sciences
-  * Studying the entrainment, synchronization and splitting of SCN neurons
+  * CSB - Graduate School Computational Systems Biology
-  * Bioinformatic analysis (high-throughput data, promoter studies, epigenetics) of phase- and tissue specificity of clock-controlled genes
+  * InKoMBio - Information- and Communication Theory in Molecular Biology
+  * T-SYS - BMBF network on the systems biology of T-cell differentiation
+  * Mind & Brain Graduate School
+  * BSIO - Berlin School for Integrative Oncology
+==== Contact and Publications ====
+Prof. Dr. Hanspeter Herzel
+Institute for Theoretical Biology
+Philippstr. 13
+D-10115 Berlin
-==== Publications ====
+Tel. +30 2093 98402
-**Old Link!!!**
+Fax +30 2093 8801
-[[http://itb.biologie.hu-berlin.de/~herzel/pub/pub.pdf|List of H. Herzel's Publications in *.pdf format]]
+E-mail: h.herzel[at]biologie.hu-berlin.de or hans-peter.herzel[at]charite.de
+Most recent publications can be seen via Pubmed (Herzel H). Most papers are freely available via Google Scholar or Research Gate. A complete list of publications as pdf-file:
+{{:members:herzel:pub.pdf|Publication list in *.pdf format}}\\