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itbmeeting:start [2021/04/05 20:55] koenigitbmeeting:start [2023/09/15 14:40] bharath
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 <html> <html>
-<h1>Good news, everyone</h1>+<h1>ITB Meeting Schedule</h1>
 <a href="#speakers">Upcoming Speakers</a><br /> <a href="#speakers">Upcoming Speakers</a><br />
 <a href="#seminars">Past Seminars</a><br /> <a href="#seminars">Past Seminars</a><br />
Line 18: Line 18:
     <tbody>     <tbody>
     <tr>     <tr>
-        <td>2021-04-06</td>+        <td>2023-09-19</td>
         <td><b>         <td><b>
-        SchmalChristoph (PI)+        HerzelHanspeter (PI)
         </b></td>         </b></td>
         <td>Molecular and Cellular Evolution</td>         <td>Molecular and Cellular Evolution</td>
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-04-13</td>+        <td>2023-09-26</td>
         <td><b>         <td><b>
-        WeerdmeesterLiz +        GomezLuis
-        </b></td> +
-        <td>Computational Neurophysiology</td> +
-        <td>ITB-House4</td> +
-    </tr> +
-    <tr> +
-        <td>2021-04-20</td> +
-        <td><b> +
-        Romanczuk, Pawel (PI)+
         </b></td>         </b></td>
         <td>Collective Information Processing</td>         <td>Collective Information Processing</td>
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-04-27</td> +        <td>2023-10-10</td>
-        <td><b> +
-        Steuer, Ralf (PI) +
-        </b></td> +
-        <td>Metabolic Networks</td> +
-        <td>ITB-House4</td> +
-    </tr> +
-    <tr> +
-        <td>2021-05-04</td>+
         <td><b>         <td><b>
         <a href="https://livermetabolism.com">König, Matthias (PI)</a>         <a href="https://livermetabolism.com">König, Matthias (PI)</a>
         </b></td>         </b></td>
         <td>Systems Biology of Liver</td>         <td>Systems Biology of Liver</td>
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-05-11</td>+        <td>2023-10-17</td>
         <td><b>         <td><b>
-        PfeifferPaul+        YalcinMüge
         </b></td>         </b></td>
-        <td>Computational Neurophysiology</td> +        <td>Systems Biology of Cancer</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-05-18</td>+        <td>2023-10-24</td>
         <td><b>         <td><b>
-        SchreiberSusanne (PI)+        MasseriniStefano
         </b></td>         </b></td>
-        <td>Computational Neurophysiology</td> +        <td>Theoretical Neuroscience</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-05-25</td>+        <td>2023-10-31</td>
         <td><b>         <td><b>
-        PoelWinnie+        HöperRune
         </b></td>         </b></td>
-        <td>Collective Information Processing</td> +        <td>Metabolic Networks</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-06-01</td>+        <td>2023-11-07</td>
         <td><b>         <td><b>
-        SchiefersteinNatalie+        BartashevichPalina
         </b></td>         </b></td>
-        <td>Theoretical Neuroscience</td> +        <td>Collective Information Processing</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-06-08</td> +        <td>2023-11-14</td>
-        <td><b> +
-        Thurley, Kevin (PI) +
-        </b></td> +
-        <td>Systems Biology of Inflammation</td> +
-        <td>ITB-House4</td> +
-    </tr> +
-    <tr> +
-        <td>2021-06-15</td>+
         <td><b>         <td><b>
         Kuokkanen, Paula         Kuokkanen, Paula
         </b></td>         </b></td>
         <td>Theoretical Neuroscience</td>         <td>Theoretical Neuroscience</td>
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-06-22</td> +        <td>2023-11-21</td>
-        <td><b> +
-        Contreras, Susana +
-        </b></td> +
-        <td>Computational Neurophysiology</td> +
-        <td>ITB-House4</td> +
-    </tr> +
-    <tr> +
-        <td>2021-06-29</td> +
-        <td><b> +
-        Burt, Phillipp +
-        </b></td> +
-        <td>Systems Biology of Inflammation</td> +
-        <td>ITB-House4</td> +
-    </tr> +
-    <tr> +
-        <td>2021-07-06</td>+
         <td><b>         <td><b>
         <a href="https://itb.biologie.hu-berlin.de/wiki/members/schuppner">Schuppner, Rike-Benjamin</a>         <a href="https://itb.biologie.hu-berlin.de/wiki/members/schuppner">Schuppner, Rike-Benjamin</a>
         </b></td>         </b></td>
         <td>System Administration</td>         <td>System Administration</td>
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-07-13</td>+        <td>2023-11-28</td>
         <td><b>         <td><b>
-        Borek, Zuzanna +        Mohsen Raoufi
-        </b></td> +
-        <td>Systems Biology of Inflammation</td> +
-        <td>ITB-House4</td> +
-    </tr> +
-    <tr> +
-        <td>2021-07-20</td> +
-        <td><b> +
-        Klamser, Pascal+
         </b></td>         </b></td>
         <td>Collective Information Processing</td>         <td>Collective Information Processing</td>
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-07-27</td>+        <td>2023-12-05</td>
         <td><b>         <td><b>
-        GustavGeissler+        SchreiberSusanne (PI)
         </b></td>         </b></td>
-        <td>Systems Biology of Inflammation</td> +        <td>Computational Neurophysiology</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-08-03</td> +        <td>2023-12-12</td>
-        <td><b> +
-        Upadhyay, Abhishek +
-        </b></td> +
-        <td>Molecular and Cellular Evolution</td> +
-        <td>ITB-House4</td> +
-    </tr> +
-    <tr> +
-        <td>2021-08-10</td>+
         <td><b>         <td><b>
         Astaburuaga, Rosario         Astaburuaga, Rosario
         </b></td>         </b></td>
         <td>Systems Biology of Molecular Networks</td>         <td>Systems Biology of Molecular Networks</td>
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-08-17</td>+        <td>2023-12-19</td>
         <td><b>         <td><b>
-        YalcinMüge+        DrangmeisterMoritz
         </b></td>         </b></td>
-        <td>Systems Biology of Cancer</td> +        <td>Computational Neurophysiology</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-08-24</td>+        <td>2024-01-02</td>
         <td><b>         <td><b>
-        BastiAlireza+        KomkovaDaria
         </b></td>         </b></td>
-        <td>Systems Biology of Cancer</td> +        <td>Metabolic Networks</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-08-31</td>+        <td>2024-01-09</td>
         <td><b>         <td><b>
-        <a href="http://itb.biologie.hu-berlin.de/~bharath/">AnanthasubramaniamBharath</a>+        PallasdiesFabian
         </b></td>         </b></td>
-        <td>Molecular and Cellular Evolution</td> +        <td>Computational Neurophysiology</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-09-07</td>+        <td>2024-01-16</td>
         <td><b>         <td><b>
-        WilkinsAdams+        <a href="http://itb.biologie.hu-berlin.de/~bharath/">AnanthasubramaniamBharath (PI)</a>
         </b></td>         </b></td>
-        <td>ITB</td> +        <td>Rhythmic Living Systems</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-09-14</td>+        <td>2024-01-23</td>
         <td><b>         <td><b>
-        <a href="http://rocs.hu-berlin.de/">BrockmannDirk (PI)</a>+        NortonPhillip
         </b></td>         </b></td>
-        <td>Research on Complex Systems</td> +        <td>Computational Neurophysiology</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-09-21</td>+        <td>2024-01-30</td>
         <td><b>         <td><b>
-        HesseJanina+        SchmalChristoph (PI)
         </b></td>         </b></td>
-        <td>Systems Biology of Cancer</td> +        <td>Computational Chronobiology</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-09-28</td>+        <td>2024-02-06</td>
         <td><b>         <td><b>
-        SellThomas+        GowersRobert
         </b></td>         </b></td>
-        <td>Systems Biology of Molecular Networks</td> +        <td>Computational Neurophysiology</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-10-05</td>+        <td>2024-02-13</td>
         <td><b>         <td><b>
-        <a href="https://itb.biologie.hu-berlin.de/wiki/members/grosstor">GrossTorsten</a>+        HurtadoJavier Marchena
         </b></td>         </b></td>
         <td>Systems Biology of Molecular Networks</td>         <td>Systems Biology of Molecular Networks</td>
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-10-12</td>+        <td>2024-02-20</td>
         <td><b>         <td><b>
-        Behbood, Mahraz+        Mahraz, Behbood
         </b></td>         </b></td>
         <td>Computational Neurophysiology</td>         <td>Computational Neurophysiology</td>
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-10-19</td>+        <td>2024-02-27</td>
         <td><b>         <td><b>
-        <a href="https://itb.biologie.hu-berlin.de/wiki/members/grosstor">DorelMathurin</a>+        SteuerRalf (PI)
         </b></td>         </b></td>
-        <td>Systems Biology of Molecular Networks</td> +        <td>Metabolic Networks</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-10-26</td>+        <td>2024-03-05</td>
         <td><b>         <td><b>
-        SchleimerJan-Hendrik+        AuerNaomi
         </b></td>         </b></td>
-        <td>Computational Neurophysiology</td> +        <td>Theoretical Neuroscience</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-11-02</td>+        <td>2024-03-12</td>
         <td><b>         <td><b>
-        <a href="https://itb.biologie.hu-berlin.de/wiki/members/klinger">KlingerBertram</a>+        NiemeyerNelson
         </b></td>         </b></td>
-        <td>Systems Biology of Molecular Networks</td> +        <td>Computational Neurophysiology</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-11-09</td>+        <td>2024-03-19</td>
         <td><b>         <td><b>
-        AboumanifyOuda+        LemaireLouisiane
         </b></td>         </b></td>
-        <td>Systems Biology of Cancer</td> +        <td>Computational Neurophysiology</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-11-16</td>+        <td>2024-03-26</td>
         <td><b>         <td><b>
-        Grzegorzewski, Jan+        Schleimer, Jan-Hendrik
         </b></td>         </b></td>
-        <td>Systems Biology of Liver</td> +        <td>Computational Neurophysiology</td> 
-        <td>ITB-House4</td> +        <td></td>
-    </tr> +
-    <tr> +
-        <td>2021-11-23</td> +
-        <td><b> +
-        Fischer, Matthias +
-        </b></td> +
-        <td>Systems Biology of Molecular Networks</td> +
-        <td>ITB-House4</td>+
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-11-30</td>+        <td>2024-04-02</td>
         <td><b>         <td><b>
         Del Olmo, Marta         Del Olmo, Marta
         </b></td>         </b></td>
         <td>Molecular and Cellular Evolution</td>         <td>Molecular and Cellular Evolution</td>
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-12-07</td>+        <td>2024-04-09</td>
         <td><b>         <td><b>
-        MalhanDeeksha+        CanoGaspar
         </b></td>         </b></td>
-        <td>Systems Biology of Cancer</td> +        <td>Theoretical Neuroscience</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-12-14</td>+        <td>2024-04-16</td>
         <td><b>         <td><b>
-        KwonGino+        WilkinsAdams
         </b></td>         </b></td>
-        <td>Systems Biology of Inflammation</td> +        <td>ITB</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-12-21</td>+        <td>2024-04-23</td>
         <td><b>         <td><b>
-        PeidliStefan+        UsatikovaEleonora
         </b></td>         </b></td>
-        <td>Systems Biology of Molecular Networks</td> +        <td>Molecular and Cellular Evolution</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2021-12-28</td>+        <td>2024-04-30</td>
         <td><b>         <td><b>
-        <a href="http://www.sys-bio.net/">BluethgenNils (PI)</a>+        <a href="https://itb.biologie.hu-berlin.de/wiki/members/klinger">KlingerBertram</a>
         </b></td>         </b></td>
         <td>Systems Biology of Molecular Networks</td>         <td>Systems Biology of Molecular Networks</td>
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2022-01-04</td>+        <td>2024-05-07</td>
         <td><b>         <td><b>
-        ZhaoYinong+        RomanczukPawel (PI)
         </b></td>         </b></td>
         <td>Collective Information Processing</td>         <td>Collective Information Processing</td>
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2022-01-11</td>+        <td>2024-05-14</td>
         <td><b>         <td><b>
-        BrunnerPatrick+        GrabeSaskia
         </b></td>         </b></td>
-        <td>Systems Biology of Inflammation</td> +        <td>Molecular and Cellular Evolution</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2022-01-18</td>+        <td>2024-05-21</td>
         <td><b>         <td><b>
-        RelógioAngela (PI)+        <a href="http://www.sys-bio.net/">BluethgenNils (PI)</a>
         </b></td>         </b></td>
-        <td>Systems Biology of Cancer</td> +        <td>Systems Biology of Molecular Networks</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2022-01-25</td>+        <td>2024-05-28</td>
         <td><b>         <td><b>
-        WinkelhöferKarin+        PfeifferPaul
         </b></td>         </b></td>
-        <td>ITB</td> +        <td>Computational Neurophysiology</td> 
-        <td>ITB-House4</td>+        <td></td>
     </tr>     </tr>
     <tr>     <tr>
-        <td>2022-02-01</td>+        <td>2024-06-04</td>
         <td><b>         <td><b>
         Hammerstein, Peter (PI)         Hammerstein, Peter (PI)
         </b></td>         </b></td>
         <td>Evolution of Organismic Systems</td>         <td>Evolution of Organismic Systems</td>
-        <td>ITB-House4</td>+        <td></td> 
 +    </tr> 
 +    <tr> 
 +        <td>2024-06-11</td> 
 +        <td><b> 
 +        Weerdmeester, Liz 
 +        </b></td> 
 +        <td>Computational Neurophysiology</td> 
 +        <td></td>
     </tr>     </tr>
     </tbody>     </tbody>
Line 386: Line 330:
     </thead>     </thead>
     <tbody>     <tbody>
 +    <tr>
 +        <td>2023-09-12</td>
 +        <td>
 +            <b>
 +            Weerdmeester, Liz<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Fitting Recurrent Neural Networks to a database of electrophysiology recordings to prove the existence and characteristics of dynamical neuron types</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-09-05</td>
 +        <td>
 +            <b>
 +            Hammerstein, Peter (PI)<br />
 +            </b>
 +            Evolution of Organismic Systems
 +        </td>
 +        <td>A BIOLOGICAL EMPLOYMENT MODEL OF REPRODUCTIVE INEQUALITY</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-07-11</td>
 +        <td>
 +            <b>
 +            Pfeiffer, Paul<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Large scale analysis of neural excitability</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-07-04</td>
 +        <td>
 +            <b>
 +            <a href="http://www.sys-bio.net/">Bluethgen, Nils (PI)</a><br />
 +            </b>
 +            Systems Biology of Molecular Networks
 +        </td>
 +        <td>Network Reconstruction: Then and Now</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-06-27</td>
 +        <td>
 +            <b>
 +            Grabe, Saskia<br />
 +            </b>
 +            Molecular and Cellular Evolution
 +        </td>
 +        <td></td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-06-20</td>
 +        <td>
 +            <b>
 +            Romanczuk, Pawel (PI)<br />
 +            </b>
 +            Collective Information Processing
 +        </td>
 +        <td>Social dilemmas of sociality due to beneficial and costly contagion</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-06-13</td>
 +        <td>
 +            <b>
 +            <a href="https://itb.biologie.hu-berlin.de/wiki/members/klinger">Klinger, Bertram</a><br />
 +            </b>
 +            Systems Biology of Molecular Networks
 +        </td>
 +        <td>Mutagenesis screen to identify driver genes for AML in mice with ASXL1mut background</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-05-23</td>
 +        <td>
 +            <b>
 +            Wilkins, Adams<br />
 +            </b>
 +            ITB
 +        </td>
 +        <td>Why are the brains of domesticated mammals smaller than their wild forebear strains?</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-05-09</td>
 +        <td>
 +            <b>
 +            Del Olmo, Marta<br />
 +            </b>
 +            Molecular and Cellular Evolution
 +        </td>
 +        <td>Are circadian periods and amplitudes correlated? A new twist in the story</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-05-02</td>
 +        <td>
 +            <b>
 +            Schleimer, Jan-Hendrik<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Fast flapping flyers II: Should we model the development of a central pattern generator in Drosophila?</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-04-25</td>
 +        <td>
 +            <b>
 +            Lemaire, Louisiane<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Integrate-and-fire neuron with potassium dynamics capturing activity-mediated switches in firing regimes</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-04-18</td>
 +        <td>
 +            <b>
 +            Niemeyer, Nelson<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Fast flapping fliers: Modelling the Drosophila wing motor system</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-03-28</td>
 +        <td>
 +            <b>
 +            Auer, Naomi<br />
 +            </b>
 +            Theoretical Neuroscience
 +        </td>
 +        <td>Differences in population sparseness can explain different memory consolidation speeds</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-03-07</td>
 +        <td>
 +            <b>
 +            Mahraz, Behbood<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Slow Rhythmic Dynamic Induced by Extracellular Potassium Concentration </td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-02-21</td>
 +        <td>
 +            <b>
 +            Gowers, Robert<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>How neuronal morphology affects the network state via the excitability type</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-02-07</td>
 +        <td>
 +            <b>
 +            Norton, Phillip<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Neural optimization: Understanding trade-offs with Pareto theory</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-01-31</td>
 +        <td>
 +            <b>
 +            <a href="http://itb.biologie.hu-berlin.de/~bharath/">Ananthasubramaniam, Bharath (PI)</a><br />
 +            </b>
 +            Rhythmic Living Systems
 +        </td>
 +        <td>Cyclic Ordering with Feature Extraction (COFE) identifies circadian biomarkers from data without time labels</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-01-24</td>
 +        <td>
 +            <b>
 +            Lauterback, Elvira<br />
 +            </b>
 +        </td>
 +        <td>Health and Safety in the workplace</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-01-17</td>
 +        <td>
 +            <b>
 +            Komkova, Daria<br />
 +            </b>
 +            Metabolic Networks
 +        </td>
 +        <td>Model reduction of genome-scale metabolic models for the development of stoichiometrically correct kinetic models</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2023-01-10</td>
 +        <td>
 +            <b>
 +            Relógio, Angela (PI)<br />
 +            </b>
 +        </td>
 +        <td>A career in academic research: time matters!</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-12-13</td>
 +        <td>
 +            <b>
 +            Pallasdies, Fabian<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Studying computational models of jellyfish nervous systems regarding motor control, embodiment and evolution</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-12-06</td>
 +        <td>
 +            <b>
 +            Gutu, Nica<br />
 +            </b>
 +        </td>
 +        <td>How cells respond to DNA damage at single-cell level?</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-11-29</td>
 +        <td>
 +            <b>
 +            Kwon, Gino<br />
 +            </b>
 +            Systems Biology of Inflammation
 +        </td>
 +        <td>Genomic profiling upon T-cell stimulation in Autoimmune disease</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-11-22</td>
 +        <td>
 +            <b>
 +            Drangmeister, Moritz<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>On the ground state statistics of a balanced network of homoclinic neurons in the bistable regime</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-11-15</td>
 +        <td>
 +            <b>
 +            Astaburuaga, Rosario<br />
 +            </b>
 +            Systems Biology of Molecular Networks
 +        </td>
 +        <td>What determines the fate of HNSCC cells after radiation therapy?</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-11-08</td>
 +        <td>
 +            <b>
 +            Petković, Marina<br />
 +            </b>
 +        </td>
 +        <td>Differential expression of the circadian clock network correlates with tumor progression in gliomas</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-11-01</td>
 +        <td>
 +            <b>
 +            Schmal, Christoph (PI)<br />
 +            </b>
 +            Computational Chronobiology
 +        </td>
 +        <td>The mammalian circadian clock: a network of coupled oscillators</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-10-25</td>
 +        <td>
 +            <b>
 +            Mohsen Raoufi<br />
 +            </b>
 +            Collective Information Processing
 +        </td>
 +        <td>Speed accuracy tradeoffs in spatial collective estimation: a swarm robotic implementation</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-10-18</td>
 +        <td>
 +            <b>
 +            <a href="https://itb.biologie.hu-berlin.de/wiki/members/schuppner">Schuppner, Rike-Benjamin</a><br />
 +            </b>
 +            System Administration
 +        </td>
 +        <td>Your way around the ITB infrastructure</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-10-11</td>
 +        <td>
 +            <b>
 +            Kuokkanen, Paula<br />
 +            </b>
 +            Theoretical Neuroscience
 +        </td>
 +        <td>Inhibitory synaptic dynamics in the extracellular field potentials of the nucleus laminaris of the barn owl.</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-09-27</td>
 +        <td>
 +            <b>
 +            Bartashevich, Palina<br />
 +            </b>
 +            Collective Information Processing
 +        </td>
 +        <td>Collective anti-predator escape in fish schools</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-09-13</td>
 +        <td>
 +            <b>
 +            Höper, Rune<br />
 +            </b>
 +            Metabolic Networks
 +        </td>
 +        <td>Flux Balance Analysis of the cyanobacterium Synechocystis sp. PCC 6803</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-09-06</td>
 +        <td>
 +            <b>
 +            <a href="https://livermetabolism.com">König, Matthias (PI)</a><br />
 +            </b>
 +            Systems Biology of Liver
 +        </td>
 +        <td>None</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-07-12</td>
 +        <td>
 +            <b>
 +            Steuer, Ralf (PI)<br />
 +            </b>
 +            Metabolic Networks
 +        </td>
 +        <td>Green biotechnology and the fastest-growing cyanobacterium</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-07-05</td>
 +        <td>
 +            <b>
 +            Gomez, Luis<br />
 +            </b>
 +            Collective Information Processing
 +        </td>
 +        <td>Intermittent collective motion in sheep: temporal leaders and information flow</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-06-28</td>
 +        <td>
 +            <b>
 +            Weerdmeester, Liz<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Design Principles of Environmentally Robust Pacemaker Driven Excitable Cells</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-06-21</td>
 +        <td>
 +            <b>
 +            Hammerstein, Peter (PI)<br />
 +            </b>
 +            Evolution of Organismic Systems
 +        </td>
 +        <td>Evolution and the puzzle of cooperation</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-06-07</td>
 +        <td>
 +            <b>
 +            <a href="http://www.sys-bio.net/">Bluethgen, Nils (PI)</a><br />
 +            </b>
 +            Systems Biology of Molecular Networks
 +        </td>
 +        <td>None</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-05-24</td>
 +        <td>
 +            <b>
 +            Herzel, Hanspeter (PI)<br />
 +            </b>
 +            Molecular and Cellular Evolution
 +        </td>
 +        <td>Why do we get up 90 min earlier if our clock runs 12 min faster?</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-05-17</td>
 +        <td>
 +            <b>
 +            Peidli, Stefan<br />
 +            </b>
 +        </td>
 +        <td>Not-so-single cell RNA-seq: cell-cell interactions from doublets</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-05-10</td>
 +        <td>
 +            <b>
 +            Malhan, Deeksha<br />
 +            </b>
 +        </td>
 +        <td>Transcriptome analysis of alternative splicing in clock disrupted cancer cells</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-05-03</td>
 +        <td>
 +            <b>
 +            Del Olmo, Marta<br />
 +            </b>
 +            Molecular and Cellular Evolution
 +        </td>
 +        <td>Inter-layer and inter-individual variability of circadian gene expression in human skin</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-04-26</td>
 +        <td>
 +            <b>
 +            Usatikova, Eleonora<br />
 +            </b>
 +            Molecular and Cellular Evolution
 +        </td>
 +        <td>Analysis of daily rhythmicity in activity of cancer-related pathways with a gene expression signature-based approach</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-04-19</td>
 +        <td>
 +            <b>
 +            Grzegorzewski, Jan<br />
 +            </b>
 +        </td>
 +        <td>The role of the CYP2D6 polymorphism on dextromethorphan pharmacokinetics: A physiological-based pharmacokinetics modeling approach.</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-04-12</td>
 +        <td>
 +            <b>
 +            Fischer, Matthias<br />
 +            </b>
 +        </td>
 +        <td>On tumoural growth and treatment under cellular dedifferentiation.</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-04-05</td>
 +        <td>
 +            <b>
 +            Aboumanify, Ouda<br />
 +            </b>
 +        </td>
 +        <td></td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-03-22</td>
 +        <td>
 +            <b>
 +            <a href="https://itb.biologie.hu-berlin.de/wiki/members/klinger">Klinger, Bertram</a><br />
 +            </b>
 +            Systems Biology of Molecular Networks
 +        </td>
 +        <td>Using tap-seq to infer gene regulatory networks - a start</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-03-15</td>
 +        <td>
 +            <b>
 +            Cano, Gaspar<br />
 +            </b>
 +            Theoretical Neuroscience
 +        </td>
 +        <td>Memory replay and disinhibition mechanisms in sharp wave-ripples</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-03-01</td>
 +        <td>
 +            <b>
 +            Grabe, Saskia<br />
 +            </b>
 +            Molecular and Cellular Evolution
 +        </td>
 +        <td>Synergies of multiple zeitgebers tune entrainment</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-02-22</td>
 +        <td>
 +            <b>
 +            Schleimer, Jan-Hendrik<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Neuronal Excitability or Networks?</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-02-15</td>
 +        <td>
 +            <b>
 +            Sell, Thomas<br />
 +            </b>
 +        </td>
 +        <td>A look into phenotypic plasticity during colorectal cancer progression</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-02-08</td>
 +        <td>
 +            <b>
 +            Niemeyer, Nelson<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Electrical synapses desynchronize the Drosophila wing motor network</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-01-18</td>
 +        <td>
 +            <b>
 +            Mahraz, Behbood<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>A PCA method for analysis of microelectrode array data on KCC2 cotransporter effect in the neuronal network level</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2022-01-11</td>
 +        <td>
 +            <b>
 +            Auer, Naomi<br />
 +            </b>
 +            Theoretical Neuroscience
 +        </td>
 +        <td>Could differences in population sparseness explain different memory consolidation speeds?</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-12-07</td>
 +        <td>
 +            <b>
 +            <a href="~hesse">Hesse, Janina</a><br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Chronotherapy in a dish: Modeling time-dependent toxicity of a cancer drug</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-11-23</td>
 +        <td>
 +            <b>
 +            Norton, Phillip<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Cortical control of vocal turn taking in zebra finches</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-11-16</td>
 +        <td>
 +            <b>
 +            Pallasdies, Fabian<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>From Single Neurons to Behavior in Two Jellyfish Species</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-11-09</td>
 +        <td>
 +            <b>
 +            Wilkins, Adams<br />
 +            </b>
 +            ITB
 +        </td>
 +        <td>Charles Darwin's Mystery Illness: Using 21st century biology to solve a 19th century medical 'cold case' </td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-11-02</td>
 +        <td>
 +            <b>
 +            Gomez, Luis<br />
 +            </b>
 +            Collective Information Processing
 +        </td>
 +        <td>The Role Of Speed Adaptation In Collective Motion</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-10-24</td>
 +        <td>
 +            <b>
 +            <a href="https://itb.biologie.hu-berlin.de/wiki/members/schuppner">Schuppner, Rike-Benjamin</a><br />
 +            </b>
 +            System Administration
 +        </td>
 +        <td>If a computer crashes and no one is logged in to notice it, does IT make a sound? — Techsplaning the ITB infrastructure.</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-10-17</td>
 +        <td>
 +            <b>
 +            <a href="http://itb.biologie.hu-berlin.de/~bharath/">Ananthasubramaniam, Bharath (PI)</a><br />
 +            </b>
 +            Rhythmic Living Systems
 +        </td>
 +        <td>Difference of significance is not significance of the difference</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-10-12</td>
 +        <td>
 +            <b>
 +            Petković, Marina<br />
 +            </b>
 +        </td>
 +        <td>Investigating tumor evolution using allele-specific copy-number profiles from multi-region data</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-10-05</td>
 +        <td>
 +            <b>
 +            Schreiber, Susanne (PI)<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Action potential dynamics: how cellular properties matter for nervous system function</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-09-28</td>
 +        <td>
 +            <b>
 +            Basti, Alireza<br />
 +            </b>
 +            Systems Biology of Cancer
 +        </td>
 +        <td>Core-clock genes regulate proliferation and migration in colorectal cancer cells: a reciprocal interplay with MACC1</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-09-21</td>
 +        <td>
 +            <b>
 +            Astaburuaga, Rosario<br />
 +            </b>
 +            Systems Biology of Molecular Networks
 +        </td>
 +        <td>Complement activation induces excessive T cell cytotoxicity in severe COVID-19</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-09-14</td>
 +        <td>
 +            <b>
 +            Yalcin, Müge<br />
 +            </b>
 +            Systems Biology of Cancer
 +        </td>
 +        <td>The role of circadian clock phenotype in cellular pathways associated with cancer and neurodegeneration</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-09-07</td>
 +        <td>
 +            <b>
 +            Mohsen Raoufi<br />
 +            </b>
 +            Collective Information Processing
 +        </td>
 +        <td>Speed-accuracy trade-off in spatial collective decision making</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-08-24</td>
 +        <td>
 +            <b>
 +            Burt, Phillipp<br />
 +            </b>
 +            Systems Biology of Inflammation
 +        </td>
 +        <td>Data-driven modeling of T cell dynamics in acute and chronic inflammation</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-06-22</td>
 +        <td>
 +            <b>
 +            Contreras, Susana<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Simplifying complicated neuronal models</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-06-15</td>
 +        <td>
 +            <b>
 +            Kuokkanen, Paula<br />
 +            </b>
 +            Theoretical Neuroscience
 +        </td>
 +        <td>Predicting click-elicited single auditory unit contributions to EEG in the barn owl</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-06-08</td>
 +        <td>
 +            <b>
 +            Thurley, Kevin (PI)<br />
 +            </b>
 +            Systems Biology of Inflammation
 +        </td>
 +        <td>Epigenetic auto-stabilization - evidence for a new network motif in the control of Th cell lineage identity.</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-06-01</td>
 +        <td>
 +            <b>
 +            Schieferstein, Natalie<br />
 +            </b>
 +        </td>
 +        <td>Approximating transient dynamics of hippocampal ripple oscillations in an inhibitory network model</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-05-25</td>
 +        <td>
 +            <b>
 +            Poel, Winnie<br />
 +            </b>
 +            Collective Information Processing
 +        </td>
 +        <td>TBA</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-05-18</td>
 +        <td>
 +            <b>
 +            Pfeiffer, Paul<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Capacitance clamp - artificial capacitance in biological neurons</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-05-03</td>
 +        <td>
 +            <b>
 +            <a href="https://livermetabolism.com">König, Matthias (PI)</a><br />
 +            </b>
 +            Systems Biology of Liver
 +        </td>
 +        <td>Physiologically based model of the indocyanine green based liver function tests</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-04-27</td>
 +        <td>
 +            <b>
 +            Steuer, Ralf (PI)<br />
 +            </b>
 +            Metabolic Networks
 +        </td>
 +        <td>Eating the Sun: the path from single cell growth to productive ecosystems</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-04-20</td>
 +        <td>
 +            <b>
 +            Gomez, Luis<br />
 +            </b>
 +            Collective Information Processing
 +        </td>
 +        <td>Information spread enhanced by criticality in high-responsive groups of fish</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-04-13</td>
 +        <td>
 +            <b>
 +            Weerdmeester, Liz<br />
 +            </b>
 +            Computational Neurophysiology
 +        </td>
 +        <td>Energy vs robustness: a trade-off?</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
 +    <tr>
 +        <td>2021-04-06</td>
 +        <td>
 +            <b>
 +            Schmal, Christoph (PI)<br />
 +            </b>
 +            Computational Chronobiology
 +        </td>
 +        <td>An Integrative Omics Approach Reveals Post-transcriptional Mechanisms Underlying Circadian Temperature Compensation</td>
 +        <td></td>
 +        <td></td>
 +    </tr>
     <tr>     <tr>
         <td>2021-03-30</td>         <td>2021-03-30</td>
Line 404: Line 1284:
             Relógio, Angela (PI)<br />             Relógio, Angela (PI)<br />
             </b>             </b>
-            Systems Biology of Cancer 
         </td>         </td>
         <td>Circadian cancer metabolism.</td>         <td>Circadian cancer metabolism.</td>
Line 428: Line 1307:
             Zhao, Yinong<br />             Zhao, Yinong<br />
             </b>             </b>
-            Collective Information Processing 
         </td>         </td>
         <td>Self-organization of self-propelled particles with alignment -- Contagion process influenced by the spatial structure</td>         <td>Self-organization of self-propelled particles with alignment -- Contagion process influenced by the spatial structure</td>
Line 452: Line 1330:
             Peidli, Stefan<br />             Peidli, Stefan<br />
             </b>             </b>
-            Systems Biology of Molecular Networks 
         </td>         </td>
         <td>Temporal Single Cell Analysis with RNA velocity</td>         <td>Temporal Single Cell Analysis with RNA velocity</td>
Line 476: Line 1353:
             Malhan, Deeksha<br />             Malhan, Deeksha<br />
             </b>             </b>
-            Systems Biology of Cancer 
         </td>         </td>
         <td>Bone healing: cellular and molecular insight</td>         <td>Bone healing: cellular and molecular insight</td>
Line 500: Line 1376:
             Fischer, Matthias<br />             Fischer, Matthias<br />
             </b>             </b>
-            Systems Biology of Molecular Networks 
         </td>         </td>
         <td>Maintaining and losing homoeostasis in hierarchical tissues</td>         <td>Maintaining and losing homoeostasis in hierarchical tissues</td>
Line 512: Line 1387:
             Grzegorzewski, Jan<br />             Grzegorzewski, Jan<br />
             </b>             </b>
-            Systems Biology of Liver 
         </td>         </td>
         <td>PK-DB: A Pharmacokinetics Database for Individualized and Stratified Computational Modelling</td>         <td>PK-DB: A Pharmacokinetics Database for Individualized and Stratified Computational Modelling</td>
Line 524: Line 1398:
             Aboumanify, Ouda<br />             Aboumanify, Ouda<br />
             </b>             </b>
-            Systems Biology of Cancer 
         </td>         </td>
         <td>Circadian genes and sports performance</td>         <td>Circadian genes and sports performance</td>
Line 558: Line 1431:
         <td>         <td>
             <b>             <b>
-            <a href="https://itb.biologie.hu-berlin.de/wiki/members/grosstor">Dorel, Mathurin</a><br />+            <a href="wiki/members/grosstor">Dorel, Mathurin</a><br />
             </b>             </b>
             Systems Biology of Molecular Networks             Systems Biology of Molecular Networks
Line 570: Line 1443:
         <td>         <td>
             <b>             <b>
-            Behbood, Mahraz<br />+            Mahraz, Behbood<br />
             </b>             </b>
             Computational Neurophysiology             Computational Neurophysiology
Line 584: Line 1457:
             Herzel, Hanspeter (PI)<br />             Herzel, Hanspeter (PI)<br />
             </b>             </b>
 +            Molecular and Cellular Evolution
         </td>         </td>
         <td>GC content of the genome</td>         <td>GC content of the genome</td>
Line 593: Line 1467:
         <td>         <td>
             <b>             <b>
-            <a href="https://itb.biologie.hu-berlin.de/wiki/members/grosstor">Gross, Torsten</a><br />+            <a href="wiki/members/grosstor">Gross, Torsten</a><br />
             </b>             </b>
             Systems Biology of Molecular Networks             Systems Biology of Molecular Networks
Line 607: Line 1481:
             Sell, Thomas<br />             Sell, Thomas<br />
             </b>             </b>
-            Systems Biology of Molecular Networks 
         </td>         </td>
         <td>CyTOF</td>         <td>CyTOF</td>
Line 629: Line 1502:
         <td>         <td>
             <b>             <b>
-            Wilkins, Adam<br />+            Wilkins, Adams<br />
             </b>             </b>
 +            ITB
         </td>         </td>
         <td>In domesticating animals, what is the first step: getting reduced reactive aggression or reduced fear?</td>         <td>In domesticating animals, what is the first step: getting reduced reactive aggression or reduced fear?</td>
Line 640: Line 1514:
         <td>         <td>
             <b>             <b>
-            <a href="http://itb.biologie.hu-berlin.de/~bharath/">Ananthasubramaniam, Bharath</a><br />+            <a href="http://itb.biologie.hu-berlin.de/~bharath/">Ananthasubramaniam, Bharath (PI)</a><br />
             </b>             </b>
-            Molecular and Cellular Evolution+            Rhythmic Living Systems
         </td>         </td>
         <td>Amplitude Effects Allow Short Jet Lags and Large Seasonal Phase Shifts in Minimal Clock Models</td>         <td>Amplitude Effects Allow Short Jet Lags and Large Seasonal Phase Shifts in Minimal Clock Models</td>
Line 786: Line 1660:
             Schieferstein, Natalie<br />             Schieferstein, Natalie<br />
             </b>             </b>
-            Theoretical Neuroscience 
         </td>         </td>
         <td>Mechanisms of ripple oscillations and their role in memory consolidation</td>         <td>Mechanisms of ripple oscillations and their role in memory consolidation</td>
Line 879: Line 1752:
         <td>         <td>
             <b>             <b>
-            Schmal, Christoph<br />+            Schmal, Christoph (PI)<br />
             </b>             </b>
 +            Computational Chronobiology
         </td>         </td>
         <td>Circadian entrainment across seasons: lessons from a red bread mold</td>         <td>Circadian entrainment across seasons: lessons from a red bread mold</td>
Line 928: Line 1802:
             Relógio, Angela (PI)<br />             Relógio, Angela (PI)<br />
             </b>             </b>
-            Systems Biology of Cancer 
         </td>         </td>
         <td>A role for the circadian clock in metastasis: insights from a zebrafish model.</td>         <td>A role for the circadian clock in metastasis: insights from a zebrafish model.</td>
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             Grzegorzewski, Jan<br />             Grzegorzewski, Jan<br />
             </b>             </b>
-            Systems Biology of Liver 
         </td>         </td>
         <td>A Pharmacokinetics Database for Individualized and Stratified Computational Modelling</td>         <td>A Pharmacokinetics Database for Individualized and Stratified Computational Modelling</td>
Line 998: Line 1870:
         <td>         <td>
             <b>             <b>
-            Behbood, Mahraz<br />+            Mahraz, Behbood<br />
             </b>             </b>
             Computational Neurophysiology             Computational Neurophysiology
Line 1012: Line 1884:
             Herzel, Hanspeter (PI)<br />             Herzel, Hanspeter (PI)<br />
             </b>             </b>
 +            Molecular and Cellular Evolution
         </td>         </td>
         <td>Nonlinear dynamics of the voice</td>         <td>Nonlinear dynamics of the voice</td>
Line 1021: Line 1894:
         <td>         <td>
             <b>             <b>
-            <a href="https://itb.biologie.hu-berlin.de/wiki/members/grosstor">Gross, Torsten</a><br />+            <a href="wiki/members/grosstor">Gross, Torsten</a><br />
             </b>             </b>
             Systems Biology of Molecular Networks             Systems Biology of Molecular Networks
Line 1059: Line 1932:
             Sell, Thomas<br />             Sell, Thomas<br />
             </b>             </b>
-            Systems Biology of Molecular Networks 
         </td>         </td>
         <td>Signalling cell by cell with mass cytometry</td>         <td>Signalling cell by cell with mass cytometry</td>
Line 1093: Line 1965:
         <td>         <td>
             <b>             <b>
-            Sojo, Víctor<br />+            Sojo, Victor<br />
             </b>             </b>
         </td>         </td>
Line 1138: Line 2010:
         <td>         <td>
             <b>             <b>
-            <a href="http://itb.biologie.hu-berlin.de/~bharath/">Ananthasubramaniam, Bharath</a><br />+            <a href="http://itb.biologie.hu-berlin.de/~bharath/">Ananthasubramaniam, Bharath (PI)</a><br />
             </b>             </b>
-            Molecular and Cellular Evolution+            Rhythmic Living Systems
         </td>         </td>
         <td>Ultradian rhythms in the transcriptome of Neurospora crassa</td>         <td>Ultradian rhythms in the transcriptome of Neurospora crassa</td>
Line 1248: Line 2120:
             Schieferstein, Natalie<br />             Schieferstein, Natalie<br />
             </b>             </b>
-            Theoretical Neuroscience 
         </td>         </td>
         <td>Mechanisms of phase precession in the hippocampal formation</td>         <td>Mechanisms of phase precession in the hippocampal formation</td>
Line 1389: Line 2260:
         <td>         <td>
             <b>             <b>
-            Schmal, Christoph<br />+            Schmal, Christoph (PI)<br />
             </b>             </b>
 +            Computational Chronobiology
         </td>         </td>
         <td>Dissociation of Intracellular Feedback Loops in the Mammalian Circadian Clock</td>         <td>Dissociation of Intracellular Feedback Loops in the Mammalian Circadian Clock</td>
Line 1426: Line 2298:
             Winkelhöfer, Karin<br />             Winkelhöfer, Karin<br />
             </b>             </b>
-            ITB 
         </td>         </td>
         <td>Berlin waste water management</td>         <td>Berlin waste water management</td>
Line 1532: Line 2403:
         <td>         <td>
             <b>             <b>
-            Grzegorzewski, Janek<br />+            Grzegorzewski, Jan<br />
             </b>             </b>
         </td>         </td>
Line 1569: Line 2440:
             Relógio, Angela (PI)<br />             Relógio, Angela (PI)<br />
             </b>             </b>
-            Systems Biology of Cancer 
         </td>         </td>
         <td>A brief history of time</td>         <td>A brief history of time</td>
Line 1581: Line 2451:
             Herzel, Hanspeter (PI)<br />             Herzel, Hanspeter (PI)<br />
             </b>             </b>
 +            Molecular and Cellular Evolution
         </td>         </td>
         <td>The Choroid Plexus is an Important Circadian Clock Component</td>         <td>The Choroid Plexus is an Important Circadian Clock Component</td>
Line 1602: Line 2473:
         <td>         <td>
             <b>             <b>
-            <a href="https://itb.biologie.hu-berlin.de/wiki/members/grosstor">Gross, Torsten</a><br />+            <a href="wiki/members/grosstor">Gross, Torsten</a><br />
             </b>             </b>
             Systems Biology of Molecular Networks             Systems Biology of Molecular Networks
Line 1640: Line 2511:
             Sell, Thomas<br />             Sell, Thomas<br />
             </b>             </b>
-            Systems Biology of Molecular Networks 
         </td>         </td>
         <td>What is mass cytometry?</td>         <td>What is mass cytometry?</td>
Line 1734: Line 2604:
         <td>         <td>
             <b>             <b>
-            <a href="http://itb.biologie.hu-berlin.de/~bharath/">Ananthasubramaniam, Bharath</a><br />+            <a href="http://itb.biologie.hu-berlin.de/~bharath/">Ananthasubramaniam, Bharath (PI)</a><br />
             </b>             </b>
-            Molecular and Cellular Evolution+            Rhythmic Living Systems
         </td>         </td>
         <td>BodyTime: A new diagnostic tool to assess the internal clock</td>         <td>BodyTime: A new diagnostic tool to assess the internal clock</td>
Line 1784: Line 2654:
             Schieferstein, Natalie<br />             Schieferstein, Natalie<br />
             </b>             </b>
-            Theoretical Neuroscience 
         </td>         </td>
         <td>Mechanisms of phase precession in the hippocampal formation.</td>         <td>Mechanisms of phase precession in the hippocampal formation.</td>
Line 1842: Line 2711:
         <td>         <td>
             <b>             <b>
-            Paul Pfeiffer<br />+            Pfeiffer, Paul<br />
             </b>             </b>
 +            Computational Neurophysiology
         </td>         </td>
         <td>Test-driven development</td>         <td>Test-driven development</td>
Line 1912: Line 2782:
         <td>         <td>
             <b>             <b>
-            Schmal, Christoph<br />+            Schmal, Christoph (PI)<br />
             </b>             </b>
 +            Computational Chronobiology
         </td>         </td>
         <td>Mammalian circadian clock - Network of coupled oscillators</td>         <td>Mammalian circadian clock - Network of coupled oscillators</td>
Line 2105: Line 2976:
             Herzel, Hanspeter (PI)<br />             Herzel, Hanspeter (PI)<br />
             </b>             </b>
 +            Molecular and Cellular Evolution
         </td>         </td>
         <td>Modeling rhythms in cells, tissues, and organisms</td>         <td>Modeling rhythms in cells, tissues, and organisms</td>
Line 2126: Line 2998:
         <td>         <td>
             <b>             <b>
-            <a href="https://itb.biologie.hu-berlin.de/wiki/members/grosstor">Gross, Torsten</a><br />+            <a href="wiki/members/grosstor">Gross, Torsten</a><br />
             </b>             </b>
             Systems Biology of Molecular Networks             Systems Biology of Molecular Networks
Line 2241: Line 3113:
 </p> </p>
 <p> <p>
-    Titles for the talks should be sent until sunday to: <a href="mailto:konigmatt@googlemail.com">Matthias König</a>+    Titles for the talks should be sent until Monday 12PM to: <a href="mailto:bharath.ananthasubramaniam@hu-berlin.de">Bharath Ananthasubramaniam</a>
 </p> </p>
  
Line 2257: Line 3129:
     </thead>     </thead>
     <tbody>     <tbody>
 +    <tr>
 +        <td><b>
 +        Basti, Alireza
 +        </b></td>
 +        <td>Systems Biology of Cancer</td>
 +    </tr>
 +    <tr>
 +        <td><b>
 +        Hesse, Janina
 +        </b></td>
 +        <td>Systems Biology of Cancer</td>
 +    </tr>
 +    <tr>
 +        <td><b>
 +        Poel, Winnie
 +        </b></td>
 +        <td>Collective Information Processing</td>
 +    </tr>
 +    <tr>
 +        <td><b>
 +        Kwon, Gino
 +        </b></td>
 +        <td>Systems Biology of Inflammation</td>
 +    </tr>
 +    <tr>
 +        <td><b>
 +        Burt, Phillipp
 +        </b></td>
 +        <td>Systems Biology of Inflammation</td>
 +    </tr>
 +    <tr>
 +        <td><b>
 +        Brunner, Patrick
 +        </b></td>
 +        <td>Systems Biology of Inflammation</td>
 +    </tr>
 +    <tr>
 +        <td><b>
 +        Thurley, Kevin (PI)
 +        </b></td>
 +        <td>Systems Biology of Inflammation</td>
 +    </tr>
 +    <tr>
 +        <td><b>
 +        Contreras, Susana
 +        </b></td>
 +        <td>Computational Neurophysiology</td>
 +    </tr>
     <tr>     <tr>
         <td><b>         <td><b>
Line 2482: Line 3402:
         <td><b>         <td><b>
         Meisig, Johannes         Meisig, Johannes
 +        </b></td>
 +        <td>Systems Biology of Molecular Networks</td>
 +    </tr>
 +    <tr>
 +        <td><b>
 +        Klamser, Pascal
 +        </b></td>
 +        <td>Collective Information Processing</td>
 +    </tr>
 +    <tr>
 +        <td><b>
 +        Borek, Zuzanna
 +        </b></td>
 +        <td>Systems Biology of Inflammation</td>
 +    </tr>
 +    <tr>
 +        <td><b>
 +        Gustav, Geissler
 +        </b></td>
 +        <td>Systems Biology of Inflammation</td>
 +    </tr>
 +    <tr>
 +        <td><b>
 +        Upadhyay, Abhishek
 +        </b></td>
 +        <td>Molecular and Cellular Evolution</td>
 +    </tr>
 +    <tr>
 +        <td><b>
 +        <a href="wiki/members/grosstor">Dorel, Mathurin</a>
 +        </b></td>
 +        <td>Systems Biology of Molecular Networks</td>
 +    </tr>
 +    <tr>
 +        <td><b>
 +        <a href="wiki/members/grosstor">Gross, Torsten</a>
         </b></td>         </b></td>
         <td>Systems Biology of Molecular Networks</td>         <td>Systems Biology of Molecular Networks</td>