First Symposium Supramolecular Chemistry for Materials and Life Sciences
|
|
|
- Brett Charles
- 6 years ago
- Views:
Transcription
1 Russian Academy of Sciences (RAS) Institute of Chemical Biology and Fundamental Medicine, Siberian Branch of the RAS Centre National de la Recherche Scientifique International Research Network SupraChem ARCUS Alsace-Russia/Ukraine First Symposium Supramolecular Chemistry for Materials and Life Sciences June 29 July 3, 2010 Akademgorodok (Novosibirsk), Russia Exhibition Center of the Siberian Branch of the RAS PROGRAM
2 International Organizing Committee Valentin Vlassov (Russia) Chairman Galina Karpova (Russia) Vice-chairwoman Alain Krol (France) Vice-chairman Vladimir Fedin (Russia) Richard Giegé (France) Wais Hosseini (France) Ivan Huc (France) Vitaly Kalchenko (Ukraine) Olga Lavrik (Russia) Alexandre Varnek (France) Marina Zenkova (Russia) Local organizing committee Galina Karpova - Chairwoman 2
3 Dmitri Graifer Scientific Secretary Anton Ivanov Olga Klimchuk Ekaterina Kovalenko Elena Kuligina Alexey Malygin Svetlana Mysina Ekaterina Pinaeva Vladimir Richter All scientific events of the Conference will take place at the Exhibition Center of the Siberian Branch of the Russian Academy of Sciences located in the central part of Akademgorodok (Novosibirsk Scientific Center) behind the House of Scientists. June 29 15h00-17h00 Registration (at the Exhibition Center) 17h00 Opening ceremony Opening lectures Chair: Valentin Vlassov, Alexandre Varnek 17h15-17h55 Wais Hosseini (Strasbourg) 3
4 Controlling molecular movements: molecular gates and turnstiles 17h55-18h35 Valentin Vlassov (Novosibirsk) Supramolecular complexes of nucleic acids: new materials, devices and biotherapeutics 19h30 Welcome party (in the House of Scientists SB RAS) June 30 Morning session Chair: Galina Karpova, Vladimir Fedin Plenary lectures 9h00 9h40 Olga Dontsova (Moscow) Telomerase activity regulation 9h40 10h20 Vladimir Fedin (Novosibirsk) Homochiral metal-organic coordination polymers and related studies Chemistry session 10h20-10h45 Emmanuel Cadot (Versailles) 4
5 From the first structural link between Nanosized molybdenum oxide-based ions and derived Keggin structure to the Giant Sulfurated-Keplerate Anion 10h45-11h00 Vladimir Korenev (Versailles) Oxothiomolybdenum derivative of the crown heteropolyanion {P 8 W 48 }: Structures, studies in solution and electrochemical properties Coffee break 11h00 11h20 Biology session 11h20-11h45 Marina Zenkova (Novosibirsk) Non-enzymatic Recombination of RNA 11h45-12h10 Grigory Dianov (Oxford) Mechanisms involved in formation and stability of DNA repair complexes 12h10-12h35 Olga Fedorova (Novosibirsk) Coordinated conformational changes of enzymes and DNA accompany lesion recognition and catalysis in base excision repair pathway 12h35 12h55 I.A. Popkov (RUSCHEMBIO) 5
6 Increase of effectiveness of fundamental research and innovations in high technology segment Lunch 13h00 15h00 Afternoon session Chair: Vitaly Kalchenko Chemistry session 15h00 15h25 Sergey Gromov (Moscow) Molecular Design of Light-Sensitive Supramolecular Systems Based on Unsaturated and Macrocyclic Compounds 15h25 15h50 Gediminas Jonusauskas (Bordeaux) Photoinduced processes in fluorescent Ca 2+ receptors 15h50-16h15 Gennadyi Kostin (Novosibirsk) Complexation and extraction of non-ferrous metals by calixarenes, upper and lower rim functionalized with POgroups Coffee break 16h15 16h45 Poster session 17h00 19h00 6
7 July 1 Morning session Chair: Mir Wais Hosseini, Ivan Huc Plenary lectures 9h00 9h40 Vitaly Kalchenko (Kyiv) Calixarene receptors for molecules and ions 9h40 10h20 Richard Giegé (Strasbourg) Supramolecular chemistry and biology of trna and aminoacyl-trna synthetases Mixed session 10h20 10h45 Alexandre Varnek (Strasbourg) ISIDA approaches to virtual screening based on fragment and pharmacophoric descriptors 10h45 11h10 Alain Krol (Strasbourg) Dramatic conformation differences in a brain-specific RNA between chimpanzee and humans. A link to human brain evolution? 11h10-11h35 Galina Karpova (Novosibirsk) RNAs carrying cross-linkers at specific locations as tools for studying cellular protein synthesizing bionanomachinery 7
8 Coffee break 11h35 11h55 Chemistry session 11h55-12h20 Isabelle Billard (Strasbourg) New calixarenes based on IL platform 12h20-12h45 Elena Bagryanskaya (Novosibirsk) EPR study of supramolecular complexes of functional nitroxides and nanocapsules 12h45-13h00 Ekaterina Kovalenko (Novosibirsk) New inclusion compounds of molecular container cucurbit[8]uril Lunch 13h00 15h00 Afternoon 15h15-16h00 Excursion to the Geology Museum of the Academy of Sciences (SB RAS) Visit of the Institute of Inorganic Chemistry 8
9 July 2 Morning session Chair: Richard Giegé, Olga Lavrik Plenary lecture 9h00 9h40 Ivan Huc (Bordeaux) Foldamers: expanding the chemical space Chemistry session 9h40-10h05 Nikolai Petrov (Moscow) Effect of Cucurbit[7]uril on the Primary Photoprocesses of Thiacarbocyanine Dye 10h05-10h30 Kira Vostrikova (Novosibirsk) Supramolecular chemistry of nitronyl and imino nitroxyl radicals and cucurbit[n]urils 10h30-10h55 Valery Gorbachuk (Kazan) Biomimetic Molecular Recognition with Cross-Linked Hydrophilic Polymer and Macrocyclic Receptors Coffee break 10h55 11h15 Biology session 9
10 11h15-11h40 Svetlana Khodyreva (Novosibirsk) Poly(ADP-ribose) polymerase 1 is a key regulator of damage processing in base excision repair 11h40-12h05 Alexandre Butorine (Paris) Sequence-specific recognition of double-stranded DNA and optimization of the twisted intercalating nucleic acids (TINA) forming triple helix with the polypurine tract of the proviral HIV DNA 12h05-12h30 Benoît Masquida (Strasbourg) Control of ribozyme folding avoids cell death 12h30-12h45 Ekaterina Ilina (Novosibirsk) Interaction of Ku antigen with abasic sites 12h45 13h05 Elena Morozova (Carl Zeiss, Novosibirsk) New technologies of Carl Zeiss for cell imaging Lunch 13h05 15h00 Afternoon 15h00-17h00 Excursion to the Botanic Garden of the Academy of Sciences (SB RAS) Visit of the Institute for Chemical Biology and Fundamental Medicine 10
11 Conference dinner 19h30 July 3 Morning session Chair: Alain Krol, Olga Dontsova Plenary lecture 9h00 9h40 Olga Lavrik (Novosibirsk) Study of supramolecular machines of nucleotide excision repair by using chemical approaches Biology session 9h40 10h05 Alexey Malygin (Novosibirsk) Key role of human ribosomal protein p40 in the recognition of the hepatitis C virus Internal Ribosome Entry Site 10h05 10h30 Elena Chernolovskaya (Novosibirsk) Design and properties of shrna expressing cassettes 10h30 10h45 Olga Kossinova (Novosibirsk) The structure of the SBP2 binding site on the large subunit of the human ribosome Coffee break 10h45 11h05 11
12 11h05 11h30 Nina Entelis (Strasbourg) Mitochondrial diseases: modeling anti-genomic therapy by imported oligonucleotides 11h30 11h55 Dmitri Graifer (Novosibirsk) Eukaryote-specific feature of the ribosome site where mrna codon is decoded 11h55 12h10 Yulia Khairulina (Novosibirsk) Conserved motif GTx in positions of translation termination factor erf1 neighbors stop codon of mrna in the human ribosome 12h10 12h25 Lyubov Kanazhevskaya (Novosibirsk) Stopped-flow conformational study of abasic site repair by specific AP endonucleases from human and yeast S. cerevisiae 12h25 12h40 Natalia Kruglova (Novosibirsk) Lipophilic sirna conjugates: cellular uptake and anti-mdr activity Lunch 13h00-15h00 Afternoon session Chair: Isabelle Billard, Gennadyi Kostin 12
13 Chemistry session 15h00-15h25 Andrej Manakov (Novosibirsk) Gas hydrates and ionic clathrate hydrates: recent results 15h25-15h50 Sylvie Ferlay (Strasbourg) Coordination and Networks based on ThiaCAlix[4]arene 15h50 16h15 Chantal Daniel (Strasbourg) Spectroscopy and Photophysics of ruthenium (II) polypyridyl complexes used as DNA intercalators: a theoretical study 16h15 Closing ceremony 13
4 th International Summer School. September, University Regensburg/Germany
4 th International Summer School September, 12-15 2011 University Regensburg/Germany 4 th International Summer School We are grateful for the financial support from the following institutions: Forschungsrat
BME 5742 Biosystems Modeling and Control
BME 5742 Biosystems Modeling and Control Lecture 24 Unregulated Gene Expression Model Dr. Zvi Roth (FAU) 1 The genetic material inside a cell, encoded in its DNA, governs the response of a cell to various
Reading Assignments. A. Genes and the Synthesis of Polypeptides. Lecture Series 7 From DNA to Protein: Genotype to Phenotype
Lecture Series 7 From DNA to Protein: Genotype to Phenotype Reading Assignments Read Chapter 7 From DNA to Protein A. Genes and the Synthesis of Polypeptides Genes are made up of DNA and are expressed
Translation and Operons
Translation and Operons You Should Be Able To 1. Describe the three stages translation. including the movement of trna molecules through the ribosome. 2. Compare and contrast the roles of three different
RNA & PROTEIN SYNTHESIS. Making Proteins Using Directions From DNA
RNA & PROTEIN SYNTHESIS Making Proteins Using Directions From DNA RNA & Protein Synthesis v Nitrogenous bases in DNA contain information that directs protein synthesis v DNA remains in nucleus v in order
(Lys), resulting in translation of a polypeptide without the Lys amino acid. resulting in translation of a polypeptide without the Lys amino acid.
1. A change that makes a polypeptide defective has been discovered in its amino acid sequence. The normal and defective amino acid sequences are shown below. Researchers are attempting to reproduce the
Multiple Choice Review- Eukaryotic Gene Expression
Multiple Choice Review- Eukaryotic Gene Expression 1. Which of the following is the Central Dogma of cell biology? a. DNA Nucleic Acid Protein Amino Acid b. Prokaryote Bacteria - Eukaryote c. Atom Molecule
UNIT 5. Protein Synthesis 11/22/16
UNIT 5 Protein Synthesis IV. Transcription (8.4) A. RNA carries DNA s instruction 1. Francis Crick defined the central dogma of molecular biology a. Replication copies DNA b. Transcription converts DNA
GCD3033:Cell Biology. Transcription
Transcription Transcription: DNA to RNA A) production of complementary strand of DNA B) RNA types C) transcription start/stop signals D) Initiation of eukaryotic gene expression E) transcription factors
Translation Part 2 of Protein Synthesis
Translation Part 2 of Protein Synthesis IN: How is transcription like making a jello mold? (be specific) What process does this diagram represent? A. Mutation B. Replication C.Transcription D.Translation
Chapter 17. From Gene to Protein. Biology Kevin Dees
Chapter 17 From Gene to Protein DNA The information molecule Sequences of bases is a code DNA organized in to chromosomes Chromosomes are organized into genes What do the genes actually say??? Reflecting
Translation. Genetic code
Translation Genetic code If genes are segments of DNA and if DNA is just a string of nucleotide pairs, then how does the sequence of nucleotide pairs dictate the sequence of amino acids in proteins? Simple
Chapter 12. Genes: Expression and Regulation
Chapter 12 Genes: Expression and Regulation 1 DNA Transcription or RNA Synthesis produces three types of RNA trna carries amino acids during protein synthesis rrna component of ribosomes mrna directs protein
1. In most cases, genes code for and it is that
Name Chapter 10 Reading Guide From DNA to Protein: Gene Expression Concept 10.1 Genetics Shows That Genes Code for Proteins 1. In most cases, genes code for and it is that determine. 2. Describe what Garrod
Chapter
Chapter 17 17.4-17.6 Molecular Components of Translation A cell interprets a genetic message and builds a polypeptide The message is a series of codons on mrna The interpreter is called transfer (trna)
Flow of Genetic Information
presents Flow of Genetic Information A Montagud E Navarro P Fernández de Córdoba JF Urchueguía Elements Nucleic acid DNA RNA building block structure & organization genome building block types Amino acid
Prokaryotic Regulation
Prokaryotic Regulation Control of transcription initiation can be: Positive control increases transcription when activators bind DNA Negative control reduces transcription when repressors bind to DNA regulatory
From DNA to protein, i.e. the central dogma
From DNA to protein, i.e. the central dogma DNA RNA Protein Biochemistry, chapters1 5 and Chapters 29 31. Chapters 2 5 and 29 31 will be covered more in detail in other lectures. ph, chapter 1, will be
MCB 110. "Molecular Biology: Macromolecular Synthesis and Cellular Function" Spring, 2018
MCB 110 "Molecular Biology: Macromolecular Synthesis and Cellular Function" Spring, 2018 Faculty Instructors: Prof. Jeremy Thorner Prof. Qiang Zhou Prof. Eva Nogales GSIs:!!!! Ms. Samantha Fernandez Mr.
Types of RNA. 1. Messenger RNA(mRNA): 1. Represents only 5% of the total RNA in the cell.
RNAs L.Os. Know the different types of RNA & their relative concentration Know the structure of each RNA Understand their functions Know their locations in the cell Understand the differences between prokaryotic
RIBOSOME: THE ENGINE OF THE LIVING VON NEUMANN S CONSTRUCTOR
RIBOSOME: THE ENGINE OF THE LIVING VON NEUMANN S CONSTRUCTOR IAS 2012 Von Neumann s universal constructor Self-reproducing machine: constructor + tape (1948/9). Program on tape: (i) retrieve parts from
Foundations in Microbiology Seventh Edition
Lecture PowerPoint to accompany Foundations in Microbiology Seventh Edition Talaro Chapter 2 The Chemistry of Biology Copyright The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
Newly made RNA is called primary transcript and is modified in three ways before leaving the nucleus:
m Eukaryotic mrna processing Newly made RNA is called primary transcript and is modified in three ways before leaving the nucleus: Cap structure a modified guanine base is added to the 5 end. Poly-A tail
2015 FALL FINAL REVIEW
2015 FALL FINAL REVIEW Biomolecules & Enzymes Illustrate table and fill in parts missing 9A I can compare and contrast the structure and function of biomolecules. 9C I know the role of enzymes and how
Cellular Neuroanatomy I The Prototypical Neuron: Soma. Reading: BCP Chapter 2
Cellular Neuroanatomy I The Prototypical Neuron: Soma Reading: BCP Chapter 2 Functional Unit of the Nervous System The functional unit of the nervous system is the neuron. Neurons are cells specialized
Laith AL-Mustafa. Protein synthesis. Nabil Bashir 10\28\ First
Laith AL-Mustafa Protein synthesis Nabil Bashir 10\28\2015 http://1drv.ms/1gigdnv 01 First 0 Protein synthesis In previous lectures we started talking about DNA Replication (DNA synthesis) and we covered
15.2 Prokaryotic Transcription *
OpenStax-CNX module: m52697 1 15.2 Prokaryotic Transcription * Shannon McDermott Based on Prokaryotic Transcription by OpenStax This work is produced by OpenStax-CNX and licensed under the Creative Commons
What Organelle Makes Proteins According To The Instructions Given By Dna
What Organelle Makes Proteins According To The Instructions Given By Dna This is because it contains the information needed to make proteins. assemble enzymes and other proteins according to the directions
Global Chemistry Congress. June 10-12, 2019 Rome, Italy
June 10-12, 2019 Rome, Italy Global Chemistry Congress Phronesis, LLC, 919 North Market Street, Suite 950 Wilmington, Delaware 19801 USA Email: gcc@phronesisonline.net, gcc@phronesisonline.us Tel: +1 (302)
Biophysics Lectures Three and Four
Biophysics Lectures Three and Four Kevin Cahill cahill@unm.edu http://dna.phys.unm.edu/ 1 The Atoms and Molecules of Life Cells are mostly made from the most abundant chemical elements, H, C, O, N, Ca,
Computational Cell Biology Lecture 4
Computational Cell Biology Lecture 4 Case Study: Basic Modeling in Gene Expression Yang Cao Department of Computer Science DNA Structure and Base Pair Gene Expression Gene is just a small part of DNA.
Introduction to molecular biology. Mitesh Shrestha
Introduction to molecular biology Mitesh Shrestha Molecular biology: definition Molecular biology is the study of molecular underpinnings of the process of replication, transcription and translation of
Midterm Review Guide. Unit 1 : Biochemistry: 1. Give the ph values for an acid and a base. 2. What do buffers do? 3. Define monomer and polymer.
Midterm Review Guide Name: Unit 1 : Biochemistry: 1. Give the ph values for an acid and a base. 2. What do buffers do? 3. Define monomer and polymer. 4. Fill in the Organic Compounds chart : Elements Monomer
What is the central dogma of biology?
Bellringer What is the central dogma of biology? A. RNA DNA Protein B. DNA Protein Gene C. DNA Gene RNA D. DNA RNA Protein Review of DNA processes Replication (7.1) Transcription(7.2) Translation(7.3)
October 25-26, Technical University of Munich Institute for Advanced Study Lichtenbergstraße 2 a Garching Germany
Collaborative Workshop of the Institute for Advanced Study of the Technical University of Munich (Germany) and the Institute of Advanced Studies of the University of Birmingham (UK) October 25-26, 2017
Old FINAL EXAM BIO409/509 NAME. Please number your answers and write them on the attached, lined paper.
Old FINAL EXAM BIO409/509 NAME Please number your answers and write them on the attached, lined paper. Gene expression can be regulated at several steps. Describe one example for each of the following:
Computational Biology: Basics & Interesting Problems
Computational Biology: Basics & Interesting Problems Summary Sources of information Biological concepts: structure & terminology Sequencing Gene finding Protein structure prediction Sources of information
Advanced Cell Biology. Lecture 6
Advanced Cell Biology. Lecture 6 Alexey Shipunov Minot State University January 23, 2013 Shipunov (MSU) Advanced Cell Biology. Lecture 6 January 23, 2013 1 / 48 Outline Questions and answers Nucleic acids
From gene to protein. Premedical biology
From gene to protein Premedical biology Central dogma of Biology, Molecular Biology, Genetics transcription replication reverse transcription translation DNA RNA Protein RNA chemically similar to DNA,
Tuesday, September 18
Workshop Program 7 Tuesday, September 18 8.30-9.15 Registration of Participants 9.15-9.40 Opening Ceremony Session 1. Chairmans: Mikalai Kruk, Wim Dehaen 9.40-10.00 Eduard Zenkevich 10.00-10.20 Alexander
5. From the genetic code to enzyme action
Introductory biophysics A. Y. 2017-18 5. From the genetic code to enzyme action Edoardo Milotti Dipartimento di Fisica, Università di Trieste The structure of DNA Images from https://pdb101.rcsb.org/motm/23
Molecular Biology - Translation of RNA to make Protein *
OpenStax-CNX module: m49485 1 Molecular Biology - Translation of RNA to make Protein * Jerey Mahr Based on Translation by OpenStax This work is produced by OpenStax-CNX and licensed under the Creative
Gene Control Mechanisms at Transcription and Translation Levels
Gene Control Mechanisms at Transcription and Translation Levels Dr. M. Vijayalakshmi School of Chemical and Biotechnology SASTRA University Joint Initiative of IITs and IISc Funded by MHRD Page 1 of 9
Molecular Biology of the Cell
Alberts Johnson Lewis Morgan Raff Roberts Walter Molecular Biology of the Cell Sixth Edition Chapter 6 (pp. 333-368) How Cells Read the Genome: From DNA to Protein Copyright Garland Science 2015 Genetic
GO ID GO term Number of members GO: translation 225 GO: nucleosome 50 GO: calcium ion binding 76 GO: structural
GO ID GO term Number of members GO:0006412 translation 225 GO:0000786 nucleosome 50 GO:0005509 calcium ion binding 76 GO:0003735 structural constituent of ribosome 170 GO:0019861 flagellum 23 GO:0005840
Complete all warm up questions Focus on operon functioning we will be creating operon models on Monday
Complete all warm up questions Focus on operon functioning we will be creating operon models on Monday 1. What is the Central Dogma? 2. How does prokaryotic DNA compare to eukaryotic DNA? 3. How is DNA
Chapter 2 The Chemistry of Biology. Dr. Ramos BIO 370
Chapter 2 The Chemistry of Biology Dr. Ramos BIO 370 2 Atoms, Bonds, and Molecules Matter - all materials that occupy space and have mass Matter is composed of atoms. Atom simplest form of matter not divisible
The Eukaryotic Genome and Its Expression. The Eukaryotic Genome and Its Expression. A. The Eukaryotic Genome. Lecture Series 11
The Eukaryotic Genome and Its Expression Lecture Series 11 The Eukaryotic Genome and Its Expression A. The Eukaryotic Genome B. Repetitive Sequences (rem: teleomeres) C. The Structures of Protein-Coding
CHAPTER 3. Cell Structure and Genetic Control. Chapter 3 Outline
CHAPTER 3 Cell Structure and Genetic Control Chapter 3 Outline Plasma Membrane Cytoplasm and Its Organelles Cell Nucleus and Gene Expression Protein Synthesis and Secretion DNA Synthesis and Cell Division
Biology I Fall Semester Exam Review 2014
Biology I Fall Semester Exam Review 2014 Biomolecules and Enzymes (Chapter 2) 8 questions Macromolecules, Biomolecules, Organic Compunds Elements *From the Periodic Table of Elements Subunits Monomers,
9/11/18. Molecular and Cellular Biology. 3. The Cell From Genes to Proteins. key processes
Molecular and Cellular Biology Animal Cell ((eukaryotic cell) -----> compare with prokaryotic cell) ENDOPLASMIC RETICULUM (ER) Rough ER Smooth ER Flagellum Nuclear envelope Nucleolus NUCLEUS Chromatin
In Genomes, Two Types of Genes
In Genomes, Two Types of Genes Protein-coding: [Start codon] [codon 1] [codon 2] [ ] [Stop codon] + DNA codons translated to amino acids to form a protein Non-coding RNAs (NcRNAs) No consistent patterns
Chapter 9 DNA recognition by eukaryotic transcription factors
Chapter 9 DNA recognition by eukaryotic transcription factors TRANSCRIPTION 101 Eukaryotic RNA polymerases RNA polymerase RNA polymerase I RNA polymerase II RNA polymerase III RNA polymerase IV Function
Number of questions TEK (Learning Target) Biomolecules & Enzymes
Unit Biomolecules & Enzymes Number of questions TEK (Learning Target) on Exam 8 questions 9A I can compare and contrast the structure and function of biomolecules. 9C I know the role of enzymes and how
GENE ACTIVITY Gene structure Transcription Transcript processing mrna transport mrna stability Translation Posttranslational modifications
1 GENE ACTIVITY Gene structure Transcription Transcript processing mrna transport mrna stability Translation Posttranslational modifications 2 DNA Promoter Gene A Gene B Termination Signal Transcription
9/2/17. Molecular and Cellular Biology. 3. The Cell From Genes to Proteins. key processes
Molecular and Cellular Biology Animal Cell ((eukaryotic cell) -----> compare with prokaryotic cell) ENDOPLASMIC RETICULUM (ER) Rough ER Smooth ER Flagellum Nuclear envelope Nucleolus NUCLEUS Chromatin
Molecular Biology (9)
Molecular Biology (9) Translation Mamoun Ahram, PhD Second semester, 2017-2018 1 Resources This lecture Cooper, Ch. 8 (297-319) 2 General information Protein synthesis involves interactions between three
Bacterial Genetics & Operons
Bacterial Genetics & Operons The Bacterial Genome Because bacteria have simple genomes, they are used most often in molecular genetics studies Most of what we know about bacterial genetics comes from the
Mitochondria Mitochondria were first seen by kollicker in 1850 in muscles and called them sarcosomes. Flemming (1882) described these organelles as
Mitochondria Mitochondria were first seen by kollicker in 1850 in muscles and called them sarcosomes. Flemming (1882) described these organelles as filia Altmann (1890) observed these structures and named
Quiz answers. Allele. BIO 5099: Molecular Biology for Computer Scientists (et al) Lecture 17: The Quiz (and back to Eukaryotic DNA)
BIO 5099: Molecular Biology for Computer Scientists (et al) Lecture 17: The Quiz (and back to Eukaryotic DNA) http://compbio.uchsc.edu/hunter/bio5099 Larry.Hunter@uchsc.edu Quiz answers Kinase: An enzyme
Chapters 12&13 Notes: DNA, RNA & Protein Synthesis
Chapters 12&13 Notes: DNA, RNA & Protein Synthesis Name Period Words to Know: nucleotides, DNA, complementary base pairing, replication, genes, proteins, mrna, rrna, trna, transcription, translation, codon,
Lecture 18 June 2 nd, Gene Expression Regulation Mutations
Lecture 18 June 2 nd, 2016 Gene Expression Regulation Mutations From Gene to Protein Central Dogma Replication DNA RNA PROTEIN Transcription Translation RNA Viruses: genome is RNA Reverse Transcriptase
9 The Process of Translation
9 The Process of Translation 9.1 Stages of Translation Process We are familiar with the genetic code, we can begin to study the mechanism by which amino acids are assembled into proteins. Because more
L I F E S C I E N C E S
1a L I F E S C I E N C E S 5 -UUA AUA UUC GAA AGC UGC AUC GAA AAC UGU GAA UCA-3 5 -TTA ATA TTC GAA AGC TGC ATC GAA AAC TGT GAA TCA-3 3 -AAT TAT AAG CTT TCG ACG TAG CTT TTG ACA CTT AGT-5 NOVEMBER 7, 2006
Advanced Topics in RNA and DNA. DNA Microarrays Aptamers
Quiz 1 Advanced Topics in RNA and DNA DNA Microarrays Aptamers 2 Quantifying mrna levels to asses protein expression 3 The DNA Microarray Experiment 4 Application of DNA Microarrays 5 Some applications
Translation and the Genetic Code
Chapter 11. Translation and the Genetic Code 1. Protein Structure 2. Components required for Protein Synthesis 3. Properties of the Genetic Code: An Overview 4. A Degenerate and Ordered Code 1 Sickle-Cell
The wonderful world of NUCLEIC ACID NMR!
Lecture 12 M230 Feigon Sequential resonance assignments in DNA (and RNA): homonuclear method 2 structure determination Reading resources Evans Chap 9 The wonderful world of NUCLEIC ACID NMR! Catalytically
1. (5) Draw a diagram of an isomeric molecule to demonstrate a structural, geometric, and an enantiomer organization.
Organic Chemistry Assignment Score. Name Sec.. Date. Working by yourself or in a group, answer the following questions about the Organic Chemistry material. This assignment is worth 35 points with the
Gene regulation II Biochemistry 302. February 27, 2006
Gene regulation II Biochemistry 302 February 27, 2006 Molecular basis of inhibition of RNAP by Lac repressor 35 promoter site 10 promoter site CRP/DNA complex 60 Lewis, M. et al. (1996) Science 271:1247
From Gene to Protein
From Gene to Protein Gene Expression Process by which DNA directs the synthesis of a protein 2 stages transcription translation All organisms One gene one protein 1. Transcription of DNA Gene Composed
Protein Synthesis. Unit 6 Goal: Students will be able to describe the processes of transcription and translation.
Protein Synthesis Unit 6 Goal: Students will be able to describe the processes of transcription and translation. Types of RNA Messenger RNA (mrna) makes a copy of DNA, carries instructions for making proteins,
Regulation of Gene Expression
Chapter 18 Regulation of Gene Expression Edited by Shawn Lester PowerPoint Lecture Presentations for Biology Eighth Edition Neil Campbell and Jane Reece Lectures by Chris Romero, updated by Erin Barley
Chapter 16 Lecture. Concepts Of Genetics. Tenth Edition. Regulation of Gene Expression in Prokaryotes
Chapter 16 Lecture Concepts Of Genetics Tenth Edition Regulation of Gene Expression in Prokaryotes Chapter Contents 16.1 Prokaryotes Regulate Gene Expression in Response to Environmental Conditions 16.2
Organization of Genes Differs in Prokaryotic and Eukaryotic DNA Chapter 10 p
Organization of Genes Differs in Prokaryotic and Eukaryotic DNA Chapter 10 p.110-114 Arrangement of information in DNA----- requirements for RNA Common arrangement of protein-coding genes in prokaryotes=
No discussion Andrzej Sniadecki life and work in Vilnius University. Dr. Birute Railienė
Proect 25.09.2018 Frontiers in Life Sciences. Signalling and Metabolism Belarusian Lithuanian Polish Andrzej Sniadecki Memorial Symposium Grodno, 8-9 November 2018 7 th November 2018 Arrival of participants
Introduction to the Ribosome Overview of protein synthesis on the ribosome Prof. Anders Liljas
Introduction to the Ribosome Molecular Biophysics Lund University 1 A B C D E F G H I J Genome Protein aa1 aa2 aa3 aa4 aa5 aa6 aa7 aa10 aa9 aa8 aa11 aa12 aa13 a a 14 How is a polypeptide synthesized? 2
THE CELL 3/15/15 HUMAN ANATOMY AND PHYSIOLOGY I THE CELLULAR BASIS OF LIFE
HUMAN ANATOMY AND PHYSIOLOGY I Lecture: M 6-9:30 Randall Visitor Center Lab: W 6-9:30 Swatek Anatomy Center, Centennial Complex Required Text: Marieb 9 th edition Dr. Trevor Lohman DPT (949) 246-5357 tlohman@llu.edu
Chapter 02 Testbank. 1. Anything that occupies space and has mass is called. A. an electron. B. living. C. matter. D. energy. E. space.
Chapter 02 Testbank Student: 1. Anything that occupies space and has mass is called A. an electron. B. living. C. matter. D. energy. E. space. 2. The electrons of an atom are A. always equal to the number
DNA Technology, Bacteria, Virus and Meiosis Test REVIEW
Be prepared to turn in a completed test review before your test. In addition to the questions below you should be able to make and analyze a plasmid map. Prokaryotic Gene Regulation 1. What is meant by
Scale in the biological world
Scale in the biological world 2 A cell seen by TEM 3 4 From living cells to atoms 5 Compartmentalisation in the cell: internal membranes and the cytosol 6 The Origin of mitochondria: The endosymbion hypothesis
TRANSLATION: How to make proteins?
TRANSLATION: How to make proteins? EUKARYOTIC mrna CBP80 NUCLEUS SPLICEOSOME 5 UTR INTRON 3 UTR m 7 GpppG AUG UAA 5 ss 3 ss CBP20 PABP2 AAAAAAAAAAAAA 50-200 nts CYTOPLASM eif3 EJC PABP1 5 UTR 3 UTR m 7
Chapter 02 Testbank. 1. Anything that occupies space and has mass is called. A. an electron. B. living. C. matter. D. energy. E. space.
Chapter 02 Testbank Student: 1. Anything that occupies space and has mass is called A. an electron. B. living. C. matter. D. energy. E. space. 2. The electrons of an atom are A. always equal to the number
Videos. Bozeman, transcription and translation: https://youtu.be/h3b9arupxzg Crashcourse: Transcription and Translation - https://youtu.
Translation Translation Videos Bozeman, transcription and translation: https://youtu.be/h3b9arupxzg Crashcourse: Transcription and Translation - https://youtu.be/itsb2sqr-r0 Translation Translation The
UNIT 6 PART 3 *REGULATION USING OPERONS* Hillis Textbook, CH 11
UNIT 6 PART 3 *REGULATION USING OPERONS* Hillis Textbook, CH 11 REVIEW: Signals that Start and Stop Transcription and Translation BUT, HOW DO CELLS CONTROL WHICH GENES ARE EXPRESSED AND WHEN? First of
Project I. Heterocyclic and medicinal chemistry
Thesis projecten 2018-2019 onderzoeksgroep LOSA professor Wim Dehaen Project I. Heterocyclic and medicinal chemistry - Novel products with interesting biological properties In this line of research, novel
MOLECULAR BIOLOGY BIOL 021 SEMESTER 2 (2015) COURSE OUTLINE
COURSE OUTLINE 1 COURSE GENERAL INFORMATION 1 Course Title & Course Code Molecular Biology: 2 Credit (Contact hour) 3 (2+1+0) 3 Title(s) of program(s) within which the subject is taught. Preparatory Program
Organic Chemistry Option II: Chemical Biology
Organic Chemistry Option II: Chemical Biology Recommended books: Dr Stuart Conway Department of Chemistry, Chemistry Research Laboratory, University of Oxford email: stuart.conway@chem.ox.ac.uk Teaching
Translational Initiation
Translational Initiation Lecture Outline 1. Process of Initiation. Alternative mechanisms of Initiation 3. Key Experiments on Initiation 4. Regulation of Initiation Translation is a process with three
PROTEIN SYNTHESIS: TRANSLATION AND THE GENETIC CODE
PROTEIN SYNTHESIS: TRANSLATION AND THE GENETIC CODE HLeeYu Jsuico Junsay Department of Chemistry School of Science and Engineering Ateneo de Manila University 1 Nucleic Acids are important for their roles
Introduction. Gene expression is the combined process of :
1 To know and explain: Regulation of Bacterial Gene Expression Constitutive ( house keeping) vs. Controllable genes OPERON structure and its role in gene regulation Regulation of Eukaryotic Gene Expression
GENETICS - CLUTCH CH.11 TRANSLATION.
!! www.clutchprep.com CONCEPT: GENETIC CODE Nucleotides and amino acids are translated in a 1 to 1 method The triplet code states that three nucleotides codes for one amino acid - A codon is a term for
The MOLECULES of LIFE
The MLEULE of LIFE Physical and hemical Principles olutions Manual Prepared by James Fraser and amuel Leachman hapter 1 From enes to RA and Proteins Problems and olutions and Multiple hoice 1. When two
Name: SBI 4U. Gene Expression Quiz. Overall Expectation:
Gene Expression Quiz Overall Expectation: - Demonstrate an understanding of concepts related to molecular genetics, and how genetic modification is applied in industry and agriculture Specific Expectation(s):
Bioinformatics Chapter 1. Introduction
Bioinformatics Chapter 1. Introduction Outline! Biological Data in Digital Symbol Sequences! Genomes Diversity, Size, and Structure! Proteins and Proteomes! On the Information Content of Biological Sequences!
Cells and the Stuff They re Made of. Indiana University P575 1
Cells and the Stuff They re Made of Indiana University P575 1 Goal: Establish hierarchy of spatial and temporal scales, and governing processes at each scale of cellular function: o Where does emergent
Welcome to BIOL 572: Recombinant DNA techniques
Lecture 1: 1 Welcome to BIOL 572: Recombinant DNA techniques Agenda 1: Introduce yourselves Agenda 2: Course introduction Agenda 3: Some logistics for BIOL 572 Agenda 4: Q&A section Agenda 1: Introduce
Related Courses He who asks is a fool for five minutes, but he who does not ask remains a fool forever.
CSE 527 Computational Biology http://www.cs.washington.edu/527 Lecture 1: Overview & Bio Review Autumn 2004 Larry Ruzzo Related Courses He who asks is a fool for five minutes, but he who does not ask remains
PROTEIN SYNTHESIS INTRO
MR. POMERANTZ Page 1 of 6 Protein synthesis Intro. Use the text book to help properly answer the following questions 1. RNA differs from DNA in that RNA a. is single-stranded. c. contains the nitrogen
Section 7. Junaid Malek, M.D.
Section 7 Junaid Malek, M.D. RNA Processing and Nomenclature For the purposes of this class, please do not refer to anything as mrna that has not been completely processed (spliced, capped, tailed) RNAs
Control of Gene Expression in Prokaryotes
Why? Control of Expression in Prokaryotes How do prokaryotes use operons to control gene expression? Houses usually have a light source in every room, but it would be a waste of energy to leave every light