SoSe 18: Biochemistry
Master's programme in Biochemistry
0390a_MA120
Welcome Event for Master's Students
Time: Tue, 10. & Wed, 11. April 2018, 10:00 a.m. until approx. 2:30 p.m. ;
Location: Biochemistry lecture hall (Lise-Meitner-Hörsaal), 2nd floor, Thielallee 63;
For the beginning master students an additional orientation welcome event is organised before the start of the lecture period.
Detailed information can be found on the website of the students' initiative (FSI) biochemistry: http://www.bcp.fu-berlin.de/en/chemie/biochemie/student-representatives/Infos-fuer-Studienanfaenger/Master-Biochemistry
In the Campus Management students of the Biochemistry master program can enroll for the lectures "Advanced Biochemistry-Part 1 and Part 2". For all other modules, the students office (Studienbüro) will enroll the students after the "Tombola".
How the placing for the method practicals ("Tombola") and the registration will take place, will be explained during the orientation welcome event.
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Time: Tue, 10. & Wed, 11. April 2018, 10:00 a.m. until approx. 2:30 p.m. ;
Location: Biochemistry lecture hall (Lise-Meitner-Hörsaal), 2nd floor, Thielallee 63;
For the beginning master students an additional orientation welcome event is organised before the start of the lecture period.
Detailed information can be found on the website of the students' initiative (FSI) biochemistry: http://www.bcp.fu-berlin.de/en/chemie/biochemie/student-representatives/Infos-fuer-Studienanfaenger/Master-Biochemistry
In the Campus Management students of the Biochemistry master program can enroll for the lectures "Advanced Biochemistry-Part 1 and Part 2". For all other modules, the students office (Studienbüro) will enroll the students after the "Tombola".
How the placing for the method practicals ("Tombola") and the registration will take place, will be explained during the orientation welcome event.
close
Tombola for Method Practicals
Monday, 16. April 2018, 9:00 a.m.;
Biochemistry lecture hall (Lise-Meitner-Hörsaal), 2nd floor, Thielallee 63;
Monday, 16. April 2018, 9:00 a.m.;
Biochemistry lecture hall (Lise-Meitner-Hörsaal), 2nd floor, Thielallee 63;
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Basic Module: Introduction to Advanced Biochemistry (10 LP) 0390aA1.1
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Methodenmodul: Grundlagen der Strukturbiochemie (10 LP) 0390aB1.1
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Methodenmodul: Strukturaufklärung durch NMR-Spektroskopie (5 LP) 0390aB1.2
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Methodenmodul: Spezielle Methoden der Strukturbiochemie (5 LP) 0390aB1.3
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Methodenmodul: Proteinbiochemie (5 LP) 0390aB2.1
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Methodenmodul: Nukleinsäurebiochemie (5 LP) 0390aB2.2
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Methodenmodul: Spezielle Methoden der Molekularbiologie (5 LP) 0390aB2.3
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Methodenmodul: Membranbiochemie (5 LP) 0390aB3.1
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Methodenmodul: Signaltransduktion (5 LP) 0390aB3.2
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Methodenmodul: Neurodegenerative Erkrankungen (5 LP) 0390aB3.3
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Methodenmodul: Spezielle Methoden der molekularen Biomedizin (5 LP) 0390aB3.4
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Methodenmodul eines affinen Studienfaches (5 LP) 0390aB4.1
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Forschungsmodul: Forschungsprojekt - Strukturbiochemie (15 LP) 0390aC1.1
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Forschungsmodul: Forschungsprojekt - Molekularbiologie (15 LP) 0390aC2.1
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Forschungsmodul: Forschungsprojekt - Molekulare Biomedizin (15 LP) 0390aC3.1
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Forschungsmodul: Forschungsprojekt eines affinen Studienfachs (15 LP) 0390aC4.1
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Spezielle Aspekte der Strukturbiochemie (5 LP) 0390aD1.1
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Special Aspects of Molecular Biology 0390aD1.2
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Spezielle Aspekte der molekularen Biomedizin (5 LP) 0390aD1.3
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Forschungsprojekt – Strukturbiochemie (5 LP) 0390aD2.1
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Forschungsprojekt – Molekularbiologie (5 LP) 0390aD2.2
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Forschungsprojekt – Molekulare Biomedizin (5 LP) 0390aD2.3
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Forschungsprojekt – Strukturbiochemie (10 LP) 0390aD3.1
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Forschungsprojekt – Molekularbiologie (10 LP) 0390aD3.2
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Forschungsprojekt – Molekulare Biomedizin (10 LP) 0390aD3.3
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Free Elective Module (5CP) 0390aH1.1
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Free Elective Module (10CP) 0390aH1.10
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Further Courses in Biochemistry E56mA1.1
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Studienbereich Forschung (45 LP)
- Forschungs-Themengebiet: Strukturbiochemie (15 LP) 1 Module
- Forschungs-Themengebiet Molekularbiologie (15 LP) 1 Module
- Forschungs-Themengebiet Molekulare Biomedizin (15 LP) 1 Module
- Forschungs-Themengebiet eines affinen Studienfäches (Biologie, Chemie, Pharmazie, Physik, Bioinformatik, Medizin) (15 LP) 1 Module