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(in Polish) Przedmioty obieralne na studiach drugiego stopnia na kierunku bioinformatyka (course group defined by Faculty of Mathematics, Informatics, and Mechanics)

Faculty: Faculty of Mathematics, Informatics, and Mechanics Courses displayed below are part of group defined by this faculty, but this faculty is not necessarily the one that organizes these courses. Read Help for more information on this subject.
Course group: (in Polish) Przedmioty obieralne na studiach drugiego stopnia na kierunku bioinformatyka
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2024Z - Winter semester 2024/25
2024L - Summer semester 2024/25
2025Z - Winter semester 2025/26
2025L - Summer semester 2025/26
(there could be semester, trimester or one-year classes)
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2024Z 2024L 2025Z 2025L
1000-2M22ALG
n/a n/a
n/a
Classes
Winter semester 2025/26
  • Classes - 30 hours
  • Lecture - 30 hours
Groups

Brief description

(in Polish) Wykład opisuje związki pomiędzy logiką a automatami skończonymi. Punktem wyjścia jest klasyczne twierdzenie, że automaty skończone opisują dokładnie te języki, które można zdefiniować w logice monadycznej drugiego rzędu. Wykład omawia daleko idące rozszerzenia tego twierdzenia, dotyczące przede wszystkim obiektów nieskończonych, takich jak nieskończone słowa czy drzewa. Ważną rolę w teorii odgrywają pewne gry matematyczne, przede wszystkim tzw. gry parzystości, w których rozgrywka jest nieskończona.

Course page
1400-125ENZT
n/a n/a n/a
Classes
Winter semester 2024/25
  • Lecture - 30 hours
Groups

Brief description

The scope of the lecture is the basic knowledge concerning variety of enzymes as well as their structure, specificity and mechanism of action. Based on examples the catalytic and kinetics theories will be described. The diversity in catalytic strategy in enzyme class will be shown. The application of enzymes in the biotechnological processes will be also shown.

Course page
1400-222FMiSP-OG
n/a n/a n/a
Classes
Summer semester 2024/25
  • Lecture - 30 hours
Groups

Brief description

(in Polish) Na wykładach zostaną przedstawione zagadnienia związane z procesem fotosyntezy, widzianym jako ciąg procesów umożliwiających, w oparciu o złożony, hierarchicznie zorganizowany układ strukturalny, wykorzystanie reakcji fotochemicznych. Zostaną omówione fizyczne podstawy procesów fotochemicznych, budowa strukturalna kompleksów białkowo-barwnikowych roślin i ich przestrzenna organizacja w błonach chloroplastów. Omówiona zostanie biogeneza i budowa chloroplastów oraz procesy związane z regulacją fotosyntezy. Szeroko zostaną przedstawione współczesne kierunki badań nad fotosyntezą, w tym modyfikacje tego procesu i zagadnienia sztucznej fotosyntezy.

Course page
1400-121KABC
n/a
Classes
Winter semester 2024/25
  • Workshop seminar - 18 hours
Summer semester 2024/25
  • Workshop seminar - 16 hours
Winter semester 2025/26
  • Workshop seminar - 18 hours
Groups

Brief description

(in Polish) Zajęcia pozwalają na zdobycie interdyscyplinarnej wiedzy z zakresu zmian klimatu, niezbędnej w obliczu pogłębiającego się kryzysu ekologicznego.

Kurs będzie podzielony na dwie części:

Zajęcia e-learningowe, umożliwiające zdobycie podstawowej wiedzy na temat zmian klimatu, jego mechanizmów oraz konsekwencji dla przyrody i człowieka. Ta część kursu będzie wymagała zaznajomienia się z materiałami na platformie kampus come i rozwiązania dotyczących ich zadań. Kurs zbudowany jest z bloku fizycznego, przyrodniczego, ekonomiczno-społecznego i psychologicznego.

Sześć warsztatów stacjonarnych, na których pogłębimy wybrane aspekty kryzysu klimatycznego: wpływ na bilans wodny ekosystemów, na lasy, rolnictwo, interakcje międzygatunkowe; emocjonalne konsekwencje kryzysu klimatycznego i jak sobie z nimi radzić; mity klimatyczne i jak o nich rozmawiać).

Course page
1400-235MMEE
n/a n/a n/a
Classes
Summer semester 2024/25
  • Lab - 60 hours
  • Lecture - 30 hours
Groups

Brief description

Contemporary evolutionary biology and ecology can hardly exist without molecular tools. These tools however differ from classic molecular applications. Studies in molecular ecology and evolution are focused on specific research topics, such as sources and mechanisms of the genetic differences between individuals or signatures of selection.

From technical point of view, studies of non-model species usually have to deal with difficult sources of DNA material, low material quantity or poor quality, problems with sample preservation and storage etc.

Course page
1100-MMCSB2
n/a n/a n/a
Classes
Summer semester 2024/25
  • Classes - 45 hours
  • Lecture - 15 hours
Groups

Brief description

The subject is devoted to the presentation of the research strategy of biomolecular systems using the methods of theoretical physics and various computer simulation techniques. In particular, issues related to computer-aided drug design will be discussed. Basic and advanced methods such as molecular docking, molecular dynamics, quantum-classical molecular dynamics, free energy computation methods and non-equilibrium molecular-dynamics-based methods will be discussed. During the laboratory, students will carry out three projects, covering the most common problems raised in research in the field of computational biophysics.

Course page
1400-215MSB-W
n/a n/a
Classes
Winter semester 2024/25
  • Lecture - 30 hours
Winter semester 2025/26
  • Lecture - 30 hours
Groups

Brief description

(in Polish) Treść zajęć: Cele i zasady monitoringu, monitorowanie kompleksowe. Systemy i techniki pomiarowe w monitoringu środowiska. Podstawowe wskaźniki i dopuszczalne normy stanu środowiska - powietrza, wody i gleby. Reprezentatywność laboratoriów, kalibracja i interkalibracja metodyk, certyfikacja materiałów odniesienia, archiwizacja prób, banki gatunków i materiałów środowiskowych. Monitoring powietrza, wód podziemnych i powierzchniowych oraz osadów, gleby i gruntów. Monitoring skażeń promieniotwórczych. Ocena stanu środowiska na podstawie występowania specyficznych gatunków oraz zmian ilościowych składników biocenozy. Gromadzenie i opracowywanie danych z monitoringu. Sieć monitoringu polskiego - powiązania z monitoringiem europejskim i światowym. Celem zajęć będzie poznanie metod dostarczających informacji o stanie środowiska na przykładzie oceny skażeń środowiskowych za pomocą monitoringu aparaturowego i biomonitoringu.

Course page
1400-112NTD
n/a n/a n/a
Classes
Summer semester 2024/25
  • Lecture - 30 hours
Groups

Brief description

The number of tourists traveling steadily increases, especially in Europe, more and more people are going on holiday to tropical, subtropical and other countries. This subject is to introduce and deepen the knowledge about human and zoonotic parasites belonging to the "Neglected Tropical Diseases" group, less known exotic diseases that we can meet while going on vacation to various parts of the world. The presented knowledge about the routes of infection and diagnosis of these diseases will allow selection of the appropriate prevention methods and enable safe travels to the tropics.

Course page
1400-227PCHPF
n/a n/a
Classes
Winter semester 2024/25
  • Lab - 60 hours
Winter semester 2025/26
  • Lab - 60 hours
  • Lecture - 30 hours
Groups

Brief description

(in Polish) Celem zajęć jest wielokierunkowe podejście do zagadnień diagnozowania schorzeń pasożytniczych i odzwierzęcych, które pozwoli na wykształcenie w studentach umiejętności analitycznego i ukierunkowanego na wszechstronny rozwój myślenia przygotowującego do wykorzystania innowacyjnych rozwiązań w zakresie swoich specjalności zawodowych.

Podczas zajęć praktycznych, student będzie rozwiązywał problemy diagnostyczne, w oparciu o wiele narzędzi badawczych, z uwzględnieniem nowych technologii. Będzie dokonywał weryfikacji ich przydatności w zależności od czynników populacyjnych, środowiskowych i ekonomicznych niezbędnych do rozumienia zagadnień i problemów otaczającego świata. .

Nabyte umiejętności student będzie mógł wykorzystać w wielu dziedzinach swojej działalności, niezależnie od podejmowanego/kontynuowanego kierunku studiów.

Course page
1400-4EU-CRISPR
n/a n/a n/a
Classes
Summer semester 2024/25
  • Lab - 20 hours
  • Lecture - 70 hours
Groups

Brief description

International Summer School is a 5-day course, providing students with the knowledge and practical skills about plant genome editing by CRISPR/Cas9.

Learning activities: lectures, laboratory exercises, in silico exercises, virtual labs, and the final conference with a discussion of the legislative, economic, and ethical aspects of genome editing by CRISPR/Cas9.

Research tasks:

1. Identification of target genes for the protection of plants of agricultural interest

2. Planning of experiments using genome editing, including molecular biology and bioinformatics

3. Application of genome editing tools to plant-pathogen interactions

4. Analysis of sequences derived from genomic editing events

5. Plant in vitro cultures

6. Phenotyping of plant disease

Students are required to prepare a final report around 2 months after completing the course. The report should be prepared by international groups (around 4 persons). The results of the work will be presented during a remote meeting

Course page
1000-1M18ZRR n/a
n/a
Classes
Winter semester 2024/25
  • Classes - 30 hours
  • Lecture - 30 hours
Winter semester 2025/26
  • Classes - 30 hours
  • Lecture - 30 hours
Groups

Brief description

This course presents a survey of more advanced methods of PDE theory: smoothness of solutions of elliptic equations, method of difference quotients, Fredholm theory, elements of Schauder theory and semigroup theory, variational methods.

Course page
1000-2N09ZBD n/a n/a
Classes
Summer semester 2024/25
  • Lab - 30 hours
  • Lecture - 30 hours
Summer semester 2025/26
  • Lab - 30 hours
  • Lecture - 30 hours
Groups

Brief description

The course will cover various issues which have not fit into the basic database course. Furthermore, the database research domain is so huge that it would not fit into any basic course. The subjects of lectures will be relational database tuning, object-relational mapping, columnar data store, NOSQL stores (key-value, wide-column, document, graph), advanced server programming and distributed databases.

Course page
1000-2M11ZPF n/a n/a
Classes
Summer semester 2024/25
  • Lab - 30 hours
  • Lecture - 30 hours
Summer semester 2025/26
  • Lab - 30 hours
  • Lecture - 30 hours
Groups

Brief description

The lecture aims to present central issues in modern functional programming in languages such as Haskell, Coq, Idris, especially focusing on usung types for program specification and verification.

Course page
1000-713ZTP n/a n/a
n/a
Classes
Winter semester 2025/26
  • Lab - 30 hours
  • Lecture - 30 hours
Groups

Brief description

This course provides an introduction to selected Python libraries and project development tools, with a focus on their practical application in the context of a progressively developed bioinformatics project.

Course page
1400-226ZTBTM-en n/a n/a
Classes
Winter semester 2024/25
  • Lab - 70 hours
  • Lecture - 20 hours
Winter semester 2025/26
  • Lab - 70 hours
  • Lecture - 20 hours
Groups

Brief description

The course focuses on new methods in molecular biology with potential applications in biotechnology. The lecture will introduce the students to the experimental part. The classes are divided into thematic blocks:

1. CRISPR

2. Protein as products

3. Intellectual Property in Biotechnology

The course covers the following list of tasks and topics:

- preparation of constructs for heterologous expression, alternative cloning methods (SLIC, GATEWAY), computer analysis of genes and genomes,

expression and purification of proteins with biotechnological applications,

- The CRISPR genome editing method, the construction of mutants using this method, and discussion of its applicative variants

- Elements of patent law with particular emphasis on biotechnology patents (so-called 'case study').

During the course, special attention will be paid to the student's work (or work in pairs), both in terms of practical and in silico experiments and terms of theoretical knowledge

Course page
1000-2N09ZSO n/a n/a
Classes
Summer semester 2024/25
  • Lab - 30 hours
  • Lecture - 30 hours
Summer semester 2025/26
  • Lab - 30 hours
  • Lecture - 30 hours
Groups

Brief description

The course it is highly recommended for students who plan to attend Master Seminar on Distributed Systems, which is partly devoted to operating systems and in particular distributed operating systems. The course will have a form of lectures and labs.

We plan to view in detail the structure of a specific operating system. The chosen case study is Linux which is modern operating system, popular in the Faculty of Mathematics, Computer Science and Mechanics, University of Warsaw, often used as server platform, but also on desktops, mobiles, as embedded system. Source code of Linux is freely available which gives a unique opportunity to analyze in detail used algorithms, data structures, and also to run experiments and do research in the area of operating systems.

Course page
1000-135GEA n/a n/a
Classes
Summer semester 2024/25
  • Classes - 30 hours
  • Lecture - 30 hours
Summer semester 2025/26
  • Classes - 30 hours
  • Lecture - 30 hours
Groups

Brief description

This is an introductory course in algebraic geometry. The aim is to introduce students to algebraic varieties and their basic geometric properties. At the end of the course examples of applications of algebraic geometry will be shown.

Course page
1000-1M22GAD n/a n/a n/a
Classes
Winter semester 2024/25
  • Classes - 30 hours
  • Lecture - 30 hours
Groups

Brief description

(in Polish) Podstawowym celem jest zrozumienie różnych technik stosowanych do badania rozmaitości zdefiniowanych nad ciałami o dodatniej charakterystyce i zastosowanie tych metod do badania rozmaitości w charakterystyce zero.

Pokazane będą też znaczące różnice występujące między rozmaitościami w charakterystyce zero i w charakterystyce dodatniej.

Course page
1000-135MGT n/a
n/a
Classes
Winter semester 2024/25
  • Classes - 30 hours
  • Lecture - 30 hours
Winter semester 2025/26
  • Classes - 30 hours
  • Lecture - 30 hours
Groups

Brief description

Fundamental notions of the category theory, additive and abelian categories. Tensor product in the category of modules. Projective and injective modules, resolvents. Graded groups, chain complexes and their homologies.

Derived functors of Hom and of the tensor product. Presheaves, sheaves and their cohomologies.

Simplicial cohomologies and Cech cohomologies. Coverings and principal bundles; cohomological interpretation.

Course page
1000-135TA n/a n/a
Classes
Summer semester 2024/25
  • Classes - 30 hours
  • Lecture - 30 hours
Summer semester 2025/26
  • Classes - 30 hours
  • Lecture - 30 hours
Groups

Brief description

Homotopy groups. Fibrations and cofibrations. Long exact sequence of homotopy grooups of fibration. Axioms for generalized (co-)homology. Singular (co-)homology. Degree of self-maps of spheres. Cellular (co-)homology. De Rham cohomology. Multiplicative structure in singular (co-)homology. Orientation of topological manifolds and duality theorems. Intersection number and linking number.

Course page
1000-2M02AA n/a n/a n/a
Classes
Summer semester 2024/25
  • Classes - 30 hours
  • Lecture - 30 hours
Groups

Brief description

Game theory was initiated by von Neumann and Morgenstern as a mathematical theory of rational behaviour. A game comprises description of possible moves and payoffs for each of the players. Typically, each player searches for a strategy maximizing her payoff. The rational behaviour of players is well described by the concept of Nash equilibrium.

Course page
1000-2N00ALG n/a n/a
Classes
Summer semester 2024/25
  • Classes - 30 hours
  • Lecture - 30 hours
Summer semester 2025/26
  • Classes - 30 hours
  • Lecture - 30 hours
Groups

Brief description

The course is a continuation of the course "Algorithms and data structures". The aim is to make students acquainted with the methods of constructions of efficient algorithms for various combinatorial problems.

Prerequisities: Algorithms and data structures

Course page
1000-718ADG n/a
n/a
Classes
Winter semester 2024/25
  • Lab - 30 hours
  • Lecture - 30 hours
Winter semester 2025/26
  • Lab - 30 hours
  • Lecture - 30 hours
Groups

Brief description

Algorithmic problems and methods of analysis of high-throughput sequencing data and other large-scale experimental techniques of modern genomics. Topics will include the problems of mapping reads to reference genomes, reconstructing sequenced genomes from reads, classifying and quantifying reads. Methods handling data from different experiments and sequencing technologies, as well as approaches using different types of data together will be presented.

Course page
1400-215HKZ n/a n/a
Classes
Winter semester 2024/25
  • Lab - 90 hours
Winter semester 2025/26
  • Lab - 90 hours
Groups

Brief description

The main goal of laboratory training is the capture of knowledge about techniques of animal cell culture:

1. Organization of laboratory, materials, conditions of cell culture, sterilization

2. Freezing procedure and recovery of cells from liquid nitrogen

3. Determination of survival rate

4. Cultures of adherent cells and not adherent cells

5. Differentiation of cells in culture in vitro

6. Determination of cells growth in culture

7. Obtaining of primary cell culture

8. Basic cytochemical staining

9. Immunocytochemistry and confocal microscopy

Course page
1400-226ZZKMZ n/a n/a
Classes
Winter semester 2024/25
  • Lab - 90 hours
Winter semester 2025/26
  • Lab - 90 hours
Groups

Brief description

The course is directed to students who are interested in animal embryology and the possible application of embryonic cells and in vitro cultured embryonic stem cells in biological studies. The course consists of practical classes, which will familiarize students with experimental models such as mouse oocytes and embryos (control of cell divisions during meiosis, fertilization, regulation of gene expression in the embryo, regulative capacities of the mouse embryo and derivation of primary cultures of embryonic and foetal cells).

Course page
1400-215HZW n/a n/a
Classes
Winter semester 2024/25
  • Lab - 60 hours
  • Lecture - 30 hours
Winter semester 2025/26
  • Lab - 60 hours
  • Lecture - 30 hours
Groups

Brief description

Mammalian histology. Structure, function and development of mammalian tissues: epithelium, connective tissue, blood, muscle, neurons. Organogenesis. Tissues in systems and organs: respiratory, circulatory, digestive, nervous, urinary and reproductive systems. Practical training concentrate on the analysis and identification of histological samples of different tissues and organs. Elements of histopathology.

Course page
1400-215HZW-W n/a n/a
Classes
Winter semester 2024/25
  • Lecture - 30 hours
Winter semester 2025/26
  • Lecture - 30 hours
Groups

Brief description

General mammalian histology. Embryonic development and organogenesis. Origin and function of mammalian tissues and cells.

Course page
1400-227RMZ n/a n/a
Classes
Winter semester 2024/25
  • Lab - 75 hours
  • Lecture - 15 hours
Winter semester 2025/26
  • Lab - 75 hours
  • Lecture - 15 hours
Groups

Brief description

THIS COURSE IS THE EQUIVALENT OF THE FORMER COURSE "METABOLISM REGULATION".

The aim of the subject is to present the mechanisms responsible for mammal metabolism regulation, including:

- control of enzyme content and activity,

- action of hormones and other signalling molecules,

- neuro-hormonal integration of metabolism,

- effect of reactive oxygen species (ROS)

- metabolic specialization on the level of the cell and the organism

- transport through membranes.

Course page
1400-235ZWBN n/a n/a n/a
Classes
Summer semester 2024/25
  • Seminar - 15 hours
  • Lecture - 30 hours
Groups

Brief description

(in Polish) Zajęcia kierowane są do studentów planujących w przyszłości wykonywanie prac na zwierzętach doświadczalnych lub chcących rozszerzyć swoją wiedzę odnośnie dobrostanu zwierząt.

Zajęcia maja na celu zapoznanie studentów z biologią gatunków zwierząt laboratoryjnych, zasadami chowu i hodowli, przygotowaniem do procedury, rozpoznawaniem właściwych dla gatunku oznak bólu, dystresu i cierpienia, zastosowaniem metod znieczulenia i uśmierzania bólu. Obejmują także regulacje prawne hodowli i wykorzystania zwierząt w procedurach.

Program zajęć jest zgodny z Rozporządzeniem Ministra Nauki i Szkolnictwa Wyższego z dnia 5 maja 2015 r. w sprawie szkoleń, praktyk i staży dla osób, które w ośrodku wykonują niektóre czynności oraz pełnią niektóre funkcje związane z opieką nad zwierzętami i ich wykorzystywaniem do celów naukowych lub edukacyjnych.

Course page
1100-4ZPG4 n/a n/a
Classes
Winter semester 2024/25
  • Classes - 45 hours
Winter semester 2025/26
  • Classes - 45 hours
Groups

Brief description

(in Polish) Celem zajęć jest zapoznanie słuchaczy z biblioteką Geant4, najbardziej rozpowszechnionym pakietem wykorzystywanym do modelowania układów detekcyjnych w fizyce jądrowej.

Course page
ul. Banacha 2
02-097 Warszawa
tel: +48 22 55 44 214 https://www.mimuw.edu.pl/
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