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Prof. Kenneth Daniel Karlin (Department of Chemistry, The Johns Hopkins University)

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Bioinorganic Processing of Dioxygen, Emphasizing Heme and Copper Biochemistry and Synthetic Modeling Approaches

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November 19(Wed.), 2008 15:00-18:00

November 21(Fri.), 2008 10:30-12:00

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Venture Business Laboratory 2F, Meeting room

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(a) Background of some sort, bioinorganic focusing on biological O2-processing in a broad sense

(b) A long research lecture on my heme/Cu and heme/non-heme Fe chemistry over the last 10 years

(c) My research on Cu bioinorganic chemistry

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Dr.Yung-shyeng Tsao �iProtein Expression Technology�@Schering-Plough Research Institute, Union, New Jersey, USA�j

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The challenges in monoclonal antibody manufacturing - from the viewpoint of cell culture

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November 28(Fri.), 2008 14:30-15:30

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ƒ�ƒ‚ƒŠƒAƒ‹ƒz�[ƒ‹( Memorial Hall )

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Prof. Jochen Buechs (RWTH Aachen University, Germany)

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Bioreactor Design

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February 9(Mon.), 2009 10:30-12:00, 1:00-2:30

February 10(Tue.), 12(Thu.), 13( Fri.), 2009 8:50-10:20, 10:30-12:00, 1:00-2:30

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C3-432

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(1)  I -1

(2)  I -2

(3)  II, III -1

(4)  III -2

(5)  III- 3, IV -1

(6)  IV -2, V -1

(7)  V -2

(8)  V- 3, VI -1

(9)  VI -2


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Prof. Dirk Guldi (Department of Chemistry and Pharmacy, University Erlangen-Nurnberg)

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Combining redoxactive metals / coordination compounds with carbon nanostructures

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February 19(Thu.), 2009 13:00-16:10

February 20(Fri.), 2009 13:00-16:10

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C1-312

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(1)  I - General

(2)  II - Design

(3)  III - Characterization - Time resolved spectroscopies

(4)  IV - Electron and Energy Transfer


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Dr. Robert J. Crouch (National Institute of Health, USA)

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DNA Replication and Repair

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July 13(Mon.), 15(Wed.), 17(Fri.), 22(Wed.) and 24(Fri.), 2009 10:00-12:00

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U1E-505 (GSE Common East, 5th floor)

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(1)  I -1 The Basis of DNA as the Source of Genetic Information and DNA Duplication Part1

(2)  I -2 The Basis of DNA as the Source of Genetic Information and DNA Duplication Part2

(3)  II -1 Multiple DNA Polymerases Part1

(4)  II -2 Multiple DNA Polymerases Part2

(5)  III A. Mitochondrial DNA Replication B. Proteins competing for DNA-chromatin, transcription

(6)  IV -1 DNA Damage and Cancer Part1

(7)  IV -2 DNA Damage and Cancer Part2

(8)  V -1 Antibody Formation in B-cells Part1

(9)  V -2 Antibody Formation in B-cells Part2


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Prof.Simon Silver (Department of Microbiology and Immunology, University of Illinois College of Medicine at Chicago)

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Frontier Biotechnology Course

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November 17(Tue.), 20( Fri.), 30(Mon.), 2009 13:00-14:30
November 30(Mon.), 2009 10:30-12:00

December 7(Mon.), 14(Mon.), 21(Mon.), 2009 10:30-12:00
December 1(Tue.), 7(Mon.), 8(Tue.), 21(Mon.), 22(Tue.), 2009 13:00-14:30

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C3-432

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(1)  Biotechnology Adv.‡T(1)  Chapter4  Cell Structure and Function in Bacteria and Archaea

(2)  Biotechnology Adv.‡T(2)  Chapter6  Microbial growth

(3)  Biotechnology Adv.‡T(3)  Chapter8  Archaeal and Eukaryotic molecular biology

(4)  Biotechnology Adv.‡T(4)  Chapter9  Regulation of Gene Expression

(5)  Biotechnology Adv.‡T(5)  Chapter11  Principles of Bacterial Genetics

(6)  Biotechnology Adv.‡T(6)  Chapter12  Genetic Engineering

(7)  Biotechnology Adv.‡T(7)  Chapter13  Microbial Genomics

(8)  Biotechnology Adv.‡T(8)  Chapter15  Bacteria: The Proteobacteria

(9)  Biotechnology Adv.‡T(9)  Chapter16  Bacteria: Gram-positive and other bacteria

(10)  Biotechnology Adv.‡T(10)  Chapter17  Archaea

(11)  Biotechnology Adv.‡T(11)  Chapter20  Metabolic diversity: phototrophy, autotrophy, chemolithotrophy, and nitrogen fixation

(12)  Biotechnology Adv.‡T(12)  Chapter23  Microbial Ecosystems


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Prof. Simon Silver (Department of Microbiology and Immunology, University of Illinois College of Medicine at Chicago)

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Graduate Microbiology Course

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November 10 (Wed.), 12 (Fri.), 15 (Mon.), 17 (Wed.), 19 (Fri.),
22 (Mon.), 24 Wed.), 26 (Fri.), 29 (Mon.), 2010 10:30 - 12:00
December 1 (Wed.), 3 (Fri.), 6 (Mon.), 8 (Wed.), 2010 10:30 - 12:00
December 6 (Mon.), 2010 14:00 - 15:00

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C1-112

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Biomass Chapter I

Biomass and the global environment

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