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BEGIN:VEVENT
DTSTAMP:20260819T151906Z
UID:dd95e454-042f-44d9-ab15-bf7da7f717ce
DTSTART:20261105T130000Z
DTEND:20261105T170000Z
DESCRIPTION:Educators:\nSteffen Klamt\, Axel von Kamp\, Pavlos Bekiaris (de
 .NBI-SysBio)\n \nDate:\n5-Nov-2026 2:00 pm - 6:00 pm (CEST / UTC +1)\n \nL
 ocation:\nOnline\n \nContents:\nThis course introduces principles and key 
 methods of constraint-based modeling of metabolic networks coupled with li
 ve demonstrations and hands-on exercises with the MATLAB package CellNetAn
 alyzer (CNA) and its Python-variant CNApy.\n \n• Fundamentals of constra
 int-based modeling of metabolic networks\n• Introduction to CellNetAnaly
 zer and CNApy\n• Metabolic flux (balance) analysis\n• Flux Variability
  analysis\n• Metabolic pathway analysis\n• Live demos and hands-on exe
 rcises with CNA and CNApy: the participants will practice the use of CNA a
 nd/or CNApy using small example and realistic metabolic models\n• Q&amp\
 ;A session \n \nParticipants interested in advanced methods of constraint-
 based modeling and related functionalities in CNA/CNApy may also attend Mo
 dule 2 of this course (which will take place two weeks later).\n \nLearnin
 g Goals:\n• Basic understanding of (1) stoichiometric and constraint-bas
 ed modeling of metabolic networks and of (2) related key functionalities o
 f CellNetAnalyzer and CNApy.\n• Hands-on exercises with CellNetAnalyzer 
 and CNApy will enable the participants to routinely use these software too
 ls in their daily work.\n \nPrerequisites:\nNone\n \nKeywords:\nMetabolic 
 networks\, Flux Balance Analysis\, Constraint-based modeling\, Metabolic d
 esign\, Microbial metabolism\, Systems Biology\n \nTools:\nCellNetAnalyzer
  (CNA)\, CNApy
SUMMARY:Constraint-based modeling of metabolic networks with CellNetAnalyze
 r and CNApy: Module 1 - Basics
URL;VALUE=URI:https://www.denbi.de/training-courses-2026/2116-constraint-ba
 sed-modeling-of-metabolic-networks-with-cellnetanalyzer-and-cnapy-module-1
 -basics
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