200935 Projektmodul "Biocomputing - Transcriptomics meets Ribonomics" (Pj) (SoSe 2024)

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Zellen verfügen über viele Wege, um die Realisierung der genetischen Information auf Ebene der RNA zu beeinflussen. Eine zentrale Rolle spielen dabei RNA-Bindeproteine, die mit RNAs assoziieren und das Schicksal der RNA maßgeblich bestimmen. Mit Hilfe moderner next generation sequencing (NGS) Methoden, wie. z.B. dem RNA-seq, kann das Transkriptom eines Organismus genomweit analysiert werden. Um post-transkriptionelle Regulationsprozesse zu verstehen, ist es jedoch auch notwendig genomweit die Transkripte zu identifizieren, die durch ein bestimmtes RNA-Bindeprotein gebunden werden. Dies wird durch aktuelle Hochdurchsatzmethoden wie z.B. RIP-seq und iCLIP ermöglicht. Im Zentrum dieses Forschungsmoduls stehen die bioinformatische Auswertung von Sequenzierdaten und weiterführende Analysen (z.B. Motivbestimmungen, Analyse von RNA-Sekundärstrukturen, Clustering etc.).

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Dates ( Calendar view )

Frequency Weekday Time Format / Place Period  
by appointment W6-205, V6-155 08.04.-19.07.2024

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Module Course Requirements  
20-PM Projektmodul Projektmodul Ungraded examination
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20-PM_au außeruniversitäres Projektmodul außeruniversitäres Projekt Ungraded examination
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20-PM_mol Projektmodul Molekularbiologie Projekt Molekularbiologie Graded examination
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20-PM_mzp Projektmodul Molekulare Zellphysiologie Projektmodul Ungraded examination
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20-PM_mzp_erw Erweitertes Projektmodul Molekulare Zellphysiologie Projektmodul (erweitert) Ungraded examination
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Last update basic details/teaching staff:
Wednesday, November 29, 2023 
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Wednesday, November 29, 2023 
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Wednesday, November 29, 2023 
Type(s) / SWS (hours per week per semester)
Pj / 8
Department
Faculty of Biology
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450140860