Lista referatów

• 2014-02-26, godz. 10:15, 5820

  Jacek Patryn (Uniwersytet Warszawski (MISDoMP))

  The systemic regulation of eukaryotic genes based on spatial chromatin organization.

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• 2014-02-19, godz. 10:15, 5820

  Norbert Dojer (Uniwersytet Warszawski)

  Nucleotide-resolution DNA double-strand breaks mapping by next-generation sequencing

  ...

• 2014-01-22, godz. 10:15, 3320

  Jarosław Paszek (Uniwersytet Warszawski)

  A few comments on Sibelia : a tool for finding synteny blocks in multiple closely related microbial genomes using iterative de Bruijn graphs

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• 2014-01-15, godz. 10:15, 3320

  Krisztian Buza (Uniwersytet Warszawski)

  About NIPS conference

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• 2014-01-08, godz. 10:15, 3320

  Michał Startek (Uniwersytet Warszawski)

  Analysis of Non-allelic homologous recombination mediated by LINEs.

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• 2013-12-18, godz. 10:15, 3320

  Weronika Wronowska (Uniwersytet Warszawski)

  Enigmatic nature of sphingolipids

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• 2013-12-11, godz. 10:15, 3320

  Piotr Dittwald (Uniwersytet Warszawski)

  A few comments on isotopic distribution: aggregated and fine structure approaches; application in lipid/peptide classification

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• 2013-12-04, godz. 10:15, 3320

  Mateusz Łącki (Uniwersytet Warszawski)

  Mass spectrometry analysis of proteins using Electron Transfer Dissociation: statistical model.

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• 2013-11-27, godz. 10:15, 3320

  Dirk Valkenborg /Frederik Lermyte (DV: Hasselt University & VITO/ FL: Antwerp University)

  (presentation 1) MIND: a soft-sensor to improve mass accuracy in high-resolution top-down proteomics/ (presentation 2) Mass spectrometry analysis of proteins using Electron Transfer Dissociation

  The presentations will be preceded by the short introduction to the topic of mass spectrometry.abstract 1: MIND:  a soft-sensor to improve mass accuracy in high-resolution top-down proteomics.A typical approach to determine the mass and charge-state of intact proteins visualized by low-resolution...

• 2013-11-20, godz. 10:15, 5820

  Marek Kochańczyk (IPPT PAN)

  Spatial, stochastic, rule-based modeling of cellular signaling pathways.

  ...

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