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bioinforussia |
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. . , Linux . ! bioinforussia - 20.10.2014 21:50
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Felix Stenio study |
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(Guest @ 05.11.2014 13:12) ))) |
Eka.Chaykina |
(Felix Stenio @ 06.11.2014 19:34) 1) . 2) , -- . - Linux , . Eka.Chaykina - 07.11.2014 14:07 |
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(bioinforussia @ 20.10.2014 21:49) -, 10 . .
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( @ 12.11.2014 17:17) |
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( @ 12.11.2014 17:17) |
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( @ 12.11.2014 17:17) Term 2 Fall semester 2014 Study period: October 27, 2014 December 19, 2014 Course Classification: Science, Technology, and Engineering Course Description The course will cover modern bioinformatics tools, methods and approaches. It will cover: Basic bioinformatics tools Comparative-genomics methods of functional annotation, metabolic and regulatory reconstruction Methods of analysis of NGS-based data (genome sequencing and resequencing, transcriptomics, protein-DNA interactions; epigenetics; 3D chromatin structure) Methods and tools of structural bioinformatics. Intended Learning Outcomes Upon completion of this course, the student will be able to: identify and solve bioinformatics problems in experimental context; plan and perform data analysis in large-scale experiments; meaningfully combine various types of data; predict protein structure, dynamics, and interactions. Number of ECTS credits: 3 Course instructors: Mikhail Gelfand |
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( @ 12.11.2014 17:17) BIOMEDICAL SCIENCE & TECHNOLOGY COURSES STRUCTURE AND FUNCTION OF NUCLEIC ACIDS Term 1 Fall semester 2014 Study period: September 01, 2014 October 24, 2014 Course Classification: Science, Technology, and Engineering Course Description The course emphasizes quantitative aspects of the DNA and RNA science. It covers all aspects of the field: mathematical, chemical, physical, biological and engineering. Biophysical models used in the field are covered. Special at attention is given to biotechnology application of the DNA and RNA science. The goal of the course is to give the students with physical, mathematical and engineering background the in-depth knowledge and understanding of structure of DNA and RNA, DNA and RNA biophysics and biological functions of DNA and RNA and their biotechnology applications. Intended Learning Outcomes Upon completion of this course, the student will be able to: Name main chemical and physical features of nucleic acids and their structures including: duplexes, triplexes and quadruplexes Describe fundamental role of DNA and RNA in the cell, including main cellular processes: replication, transcription and translation. Apply their knowledge to main biotechnology tools of DNA and RNA, such as Polymerase Chain Reaction (PCR), Real Time PCR, DNA chips, anti-gene and anti-sense gene silencing, RNAi technology, in vivo gene edit-ing, etc. Calculate DNA and RNA biophysical characteristics, such as equilibrium melting temperature of the double helix, the kinetics of strand separation for specific DNA sequences, DNA bending and torsional flexibility, the formation of unusual structures (Z-form, cruciform, H-form) in super-coiled DNA, etc. Design PCR primers and probes, design probes capable of forming triplexes with target sequences, etc. Evaluate the most appropriate physical method(s), out of many (X-ray crystallography, Nuclear Magnetic Reso-nance (NMR), electron microscopy, cryo-electron micros-copy, gel electrophoresis, optical methods, fluorescence, etc.), to solve the problem of interest. Number of ECTS credits: 3 Course instructors: Maxim Frank-Kamenetskii )) |
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Term 1 Fall semester 2014 Study period: September 01, 2014 October 24, 2014 Course Classification: Science, Technology, and Engineering Course Description The course provides hand-on experience with the general techniques used in the molecular biology/biotechnology lab. The goal of the course is to teach students good laboratory practice and rational planning of the experimental work. Intended Learning Outcomes Upon completion of this course, the student will be able to: Apply their knowledge to plan and perform simple experiments in the molecular biology lab; Understand applicability and limits of use of molecular biology techniques; Use basic bacteriology methods; perform PCR, cloning, mutagenesis, expression and purification of recombinant proteins, knock-outs of E. coli genes; read and analyze routine DNA sequences and peptide fingerprints for protein identification with mass-spectroscopy. Number of ECTS credits: 3 Course instructors: Konstantin Severinov |
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(Guest @ 14.11.2014 14:33) BIOMEDICAL SCIENCE & TECHNOLOGY COURSES STRUCTURE AND FUNCTION OF NUCLEIC ACIDS Term 1 Fall semester 2014 Study period: September 01, 2014 October 24, 2014 Course Classification: Science, Technology, and Engineering Course Description The course emphasizes quantitative aspects of the DNA and RNA science. It covers all aspects of the field: mathematical, chemical, physical, biological and engineering. Biophysical models used in the field are covered. Special at attention is given to biotechnology application of the DNA and RNA science. The goal of the course is to give the students with physical, mathematical and engineering background the in-depth knowledge and understanding of structure of DNA and RNA, DNA and RNA biophysics and biological functions of DNA and RNA and their biotechnology applications. Intended Learning Outcomes Upon completion of this course, the student will be able to: Name main chemical and physical features of nucleic acids and their structures including: duplexes, triplexes and quadruplexes Describe fundamental role of DNA and RNA in the cell, including main cellular processes: replication, transcription and translation. Apply their knowledge to main biotechnology tools of DNA and RNA, such as Polymerase Chain Reaction (PCR), Real Time PCR, DNA chips, anti-gene and anti-sense gene silencing, RNAi technology, in vivo gene edit-ing, etc. Calculate DNA and RNA biophysical characteristics, such as equilibrium melting temperature of the double helix, the kinetics of strand separation for specific DNA sequences, DNA bending and torsional flexibility, the formation of unusual structures (Z-form, cruciform, H-form) in super-coiled DNA, etc. Design PCR primers and probes, design probes capable of forming triplexes with target sequences, etc. Evaluate the most appropriate physical method(s), out of many (X-ray crystallography, Nuclear Magnetic Reso-nance (NMR), electron microscopy, cryo-electron micros-copy, gel electrophoresis, optical methods, fluorescence, etc.), to solve the problem of interest. Number of ECTS credits: 3 Course instructors: Maxim Frank-Kamenetskii )) |
JerichoGB |
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Felix Stenio study |
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Felix Stenio study |
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Eka.Chaykina |
Eka.Chaykina - 10.12.2014 13:25 |
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dimavarlamov |
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CowDoc Middle East |
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kocengmalek |
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kocengmalek |
kocengmalek - 02.09.2016 04:50 |
Elena-biomed2016 |
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Sergey30 |
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