PDF-Angew. Chem. Int. Ed.Shafir, A.; Lichtor, P. A.; Buchwald, S. L. J. Am

Chem 115 OH H3CHN CH3 Ph CuI 5 molAprotic solvent favors CO coupling I Br H2N HO CuI 5 mol L1 20 molNH OH Br O NH2 Br L1 O O CH3 CH3 N N CH3 CH3 H3C H3C L2501Heterocycle formation via tan. + RCH (3 min) 98%(3 h)64%(4 h)94%(4 h) 98%(2 h) 98%(1 h) , 2008, 47, 1753.VL2RuORuL2OOOHH4VIVL2RuORuL2OOHOH4IVIIIL2RuORuL2H2OOH24IIIH2OO2NNL =N NNIIINNCoNNIINNCoNNIIICO2RHNN (ttp) (5 mol%)KOH (10 e Int:y+1)inletg=h:Ref(Int!Int):!h41ing(f)=)letf=ref(y:y+1)inletg=h:Ref(Int!Int):!h41ing(f)Wrigstadetal.[2010]addresstheeciencyproblembyintroducingadistinc-tionbetweenliketypesandconcretetypes.Concr et al.Angew. Chem. Int. Ed. 2012, 51, 5723. , 7101. Ac-Ala-Lys-Tyr-Gly-Gly-Met-Ala-Ala-Arg-Ala-OH! hydrolysis condition[Pd(H2O)4]2+ (1 eq.)aqueous media (1 mM)pH 2.3, 60 synthetic approaches to complex target organic molecules. Structure of course . (7 lectures) (. underlined/. red text. indicates the molecule on which the course will focus, and the examinable/workshop material), there is one handout and one set of notes on the course with links to references:. *Correspondingauthor.(1)Song,H.;Tice,J.D.;Ismagilov,R.F.Angew.Chem.,Int.Ed.,768(2)Bird,R.B.;Stewart,W.E.;Lightfoot,E.N.TransportPhenomenaWiley:NewYork,2002.(3)Medintz,I.L.;Paegel,B.M.;Blazej,R.G.;Emri June 7, 2017. Washington, DC. USDOL-OSHA. , Directorate of Enforcement . Programs. Office of Chemical Process Safety and Enforcement Initiatives. So We Don’t Experience This….. 2. We Updated This…….. UCLA Fielding School of Public Health. Death from Fungus in the Soil. Emerging Infectious Diseases. National Center for Emerging and . Zoonotic. Infectious Diseases. Emerging Infectious Diseases . November 2012. 34IIntroductionOrganometallic compounds are amongst the most often used reagents in organic The earliest organometallic compound was already discovered in the early 19th cen-tury Zeises salt a zinc-ol FrompolymerchemistrytostructuralbiologyThedevelopmentofSMAandrelatedamphipathicpolymersformembraneproteinextractionandJuanFranciscoBadaJuarezAndrewJHarperABCATPbindingcassettealt-SMAalternatinghydroly s. Wangqing Kong . Zhu’s group meeting. 2. 3. th. , Feb, 2017. Outline. 1. I. ntroduction. 2. . Methods for C. ontrol of . Asymmetr. y . in Radical Chemistry. . (1) . Chiral Lewis Acid Chelation. :. A . powerful. . tool. in . organic. . synthesis. Thomas B. UYCK. PhD. . Student. in Prof. Zhu Group, LSPN, EPFL. Frontiers. in . Chemical. . Synthesis. June. 6. th. , 2011. Questions. 2. Why. Br. ø. nsted. Acids: Development and Catalytic Mechanism. Reporter: . Song . Feifei. Supervisor: Prof. Yong Huang. 2015.10.. 12. 1. 2. Outline. Introduction. Catalytic mechanism. Development. Overview of Catalysts. and Cross . Metathesis. . – . Erwann Grenet. Phillips . Triolefin. . Process. (1964) . with. Mo(CO)6 AlO2, WO3 SiO2. Nobel . Prize. in 2005. For Mo-. Schrock. : . Schrock. , R. R.; . Murdzek. Routes to effective glycopolymer inhibitors of bacterial toxins. s. -j.richards@warwick.ac.uk. . Sarah-Jane Richards. and Matthew I. Gibson. Department of Chemistry, University of Warwick, UK. @. LabGibson.