Exercises

Classical Simulation of (Bio)Molecular Systems (CSBMS)

Prof. Philippe H. Hünenberger + Prof. S. Riniker + Dr Jozica Dolenc / HS23

 

Fall semester 2023 (HS23)

18 September – 22 December 2023

Goal

Development of skills to carry out computer simulations of molecular systems

Exercises

The practical part of the course consists of six hands-on exercises, each involving the set-up, execution and analysis of molecular simulations using the GROMOS program and force field. The optimal way of carrying out these exercises is to participate a two-hours weekly session supervised by two assistants in our computer room HCP G24

Organisation

  • There are six exercises to be carried out. The exercises are formally independent from each other, but skills acquired at one exercise are assumed to be available for the next. The exercises start on the second semester week. In the first semester week, there will be a short introduction to GROMOS at the lecture.
  • Each exercise lasts two weeks (see table "Exercise Schedule" below). Typically, week 1 is planned for the set-up and week 2 for the analysis and discussion. The actual computation (simulation) is carried out in-between, using our group PC cluster "beaver"
  • Each exercise is documented in a detailed script (distributed in principle at the preceding Tuesday lecture; pdf also deposited in the documents page at this point). The document labelled exercise "zero" (and the associated quickref sheet) describes the computational setup, and is associated with the first real exercise
  • The optimal way of carrying out these exercises is to participate on both week 1 and week 2 in a two-hours session supervised by two assistants in our computer room HCP G24 . We offer two options for this two-hours block on different days of the week (see paragraph "Exercise Sessions" below) and you can chose the session that fits best your schedule. It is in principle allowed to do the exercises on your own instead or to only come for part of the two-hours blocks, but not recommended (you will spend more time and learn less). In any case, the assistant responsible for a given exercise will be available for you over the two weeks, even outside the two-hours blocks if needed (email, personal meeting)
  • For each exercise, you are expected to hand in a short report (if possible, maximum 2-3 pages of text, i.e. excluding the space taken by possible graphs/tables) summarizing briefly your findings and answering some "thinking questions" asked in the script. The deadline for handing in the report is usually one week after closing of the specific exercise (exception: it is shorter for the last exercise, as we want it corrected before Xmas; see table "Exercise Schedule" below)
  • The exercises can be made individually or in groups of two students (recommendation: work individually at the computer and, if you want to make a pair, discuss your findings during the course of the session and make the report together)
  • The enrolment for the exercises is at the first lecture

Assistant Schedule

first name last name room tel cde 1st 2nd 3rd
Candide Champion HCI G223 32338 CC 1 4 6
Shu-Yu Chen HCI G235 38885 SC 5 2 3
Franz Waibl HCI G227 25504 FW 3 5 2
Riccardo Solazzo HCI G238 32166 RS 4 6 1
Domen Pregeljc HCI G227 34593 DP 6 1 5
Enrico Ruijsenaars HCI G241 32173 ER 2 3 4

Assistant first name, last name, office, phone number and assigned exercises; the 1st assistant is the main assistant (knows the exercise extremely well, is present at all exercise sessions and is responsible for correcting the student reports); the 2nd assistant is the helper (know the exercise extremely well and is present at all exercise sessions); the 3rd assistant is extra (knows the exercise well and may be called if another assistant is sick)

Exercise schedule

exe week start end 1st 2nd 3rd theme deadline
- 38 18.09 24.09 - - - No exercises on the first week -
1 39 25.09 01.10 CC DP RS Topology building & first simulation -
id. 40 02.10 08.10 id. id. id. id. 15.10
2 41 09.10 15.10 ER SC FW Peptide simulation & properties -
id. 42 16.10 22.10 id. id. id. id. 29.10
3 43 23.10 29.10 FW ER SC Protein simulation & properties -
id. 44 30.10 05.11 id. id. id. id. 12.11
4 45 06.11 12.11 RS CC ER Liquid simulation & properties -
id. 46 13.11 21.11 id. id. id. id. 26.11
5 47 21.11 26.11 SC FW DP Free energy calculations -
id. 48 27.11 03.12 id. id. id. id. 10.12
6 49 04.12 10.12 DP RS CC Structure refinement -
id. 50 11.12 17.12 id. id. id. id. 18.12
- 51 18.12 24.12 - - - No exercises on the last week -

Exercise number, calendar week, starting day, ending day, 1st assistant, 2nd assistant, 3rd assistant, theme, deadline for handing in your short report

Exercise sessions

  • We offer two options for the two-hour exercise sessions in room HCP G24 ,normally
    • Option A: Tuesday morning, 07:30 - 09:30
    • Option B: Thursday morning, 07:30 - 09:30
  • If needed, it is possible (to some extent) to change these dates/times; this will be discussed at the first lecture
  • You can choose either of the two options (it is twice the same content with the same assistants).
  • Final preferences of the students for one group or the other will be listed in the "Students" table below (try as much as possible to stay in A or B over the entire semester, so that we always have about half of the students in each of the two sessions)

Exercise material

See pdfs in the documents page

  • Detailed scripts for the computational-setup and for each of the six exercises.
  • Molecular simulation in practice (D404 or D530)
  • Validation of molecular dynamics simulation (D40X or MD98.3)
  • Computer program package GROMOS (www.gromos.net)
  • Tutorial: Introduction to GROMOS (D505)

Students

last first stg sem grp login
Akhuli Dipayan CBB MSc 01 A
Azevedo Saramago Maria IN BSc 05 B
Baumann Felix CBB MSc 01 ?
Becker Marie CBB MSc 01 A
Bertschi Hannah IN MSc 02 -
Birrer Janis Chem MSc 05 A
Brünisholz Anna Chem BSc 07 A
Chen Xinyi CBB MSc 03 B
Chrin Stefan IN MSc 03 A
Christmann Paul CBB MSc 01 A
Cibien Michael CBB MSc 01 A
Conconi Luca RW BSc 05 A
De Gottardi Raphael CBB MSc 01 A
Della Balda Vincente Fachstud UZH 08 A
Dennert Anton Chem MSc 01 B
Dumnoenchanvanit Poonpat ChemBioEng MSc 01 ?
Eenholt Annika Mob Chem - B
Fischer Carla IN BSc 09 ?
Görlich Franz ChemBioEng MSc 03 B
Han Yufei Biol PhD - A
Hannuna Gavriel CBB MSc 01 B
Høholdt Alberte Mob Chem - B
Hügli Ramon Chem MSc 01 B
Im Kiseop ChemBioEng MSc 03 A
Inauen Moreno Chem MSc 01 B
Jin Xiaoyu ChemBioEng MSc 03 B
Karapenchev Bayan ChemBioEng MSc 01 A
Khan Muhammad CBB MSc 01 A
Jaeger Johann Phys MSc 01 A
Lagerberg Jesper Mob Chem - B
Landis Joël IN MSc 03 A
Lehmann Martina CBB MSc 01 A
Lepsius Clara CBB MSc 01 A
Li Zhihui CBB MSc 01 A
Liu Pengfei Biol MNF UZH - B
Lochmann Sebastian RW BSc 06 ?
Morris Freya CBB MSc 01 A
Ochsner Tobia CBB MSc 03 B
Palm Sabine IN BSc 05 A
Pascetta Valerie BioCheBio MSc 01 ?
Putignano Guido CBB MSc 01 A
Reber Eric CBB MSc 01 ?
Salz Moritz CBB MSc 02 A
Sapountzi Athanasia CBB MSc 01 A
Stricker Samuel Chem MSc 02 ?
Tarnow Michel CBB MSc 01 A
Tarricone Lorenzo CBB MSc 01 ?
Toidze Anna CBB MSc 01 A
Ulliana Anna Chem MSc 01 A
Wenchel Luca Chem PhD - ?
Wiedenmann Celina Chem MSc 03 -
Winter Hannah CBB MSc 01 A
Zhang Yang Fachstud UZH - B
Zolliker Nicola CBB MSc 01 A

Student last and first name, study course, semester, exercise group, login name

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