H. Vahrenkamp

发表

Cyanide-bridged trinuclear complexes based on central bis(hexafluoroacetylacetonate)metal units

Z. N. Chen, R. Appelt, H. Vahrenkamp, 2000 .

Hydrolysis of Esters and Amides by the Metallo Nucleophile TpCum,MeZn–OH

M. Ruf, H. Vahrenkamp, 1996 .

Photochemical reaction of Re2(CO)10 with tetramethylthiourea; structural characterization of two novel pentarhenium carbonyl complexes containing sulfido and tetramethyldiaminocarbene ligands, [Re5(CO)17(μ-R)(μ4-S)2{C(NMe2)2}2] (R=SH or OH)

M. Hursthouse, S. Kabir, K. Malik, 1998 .

Synthesis, structure and reactivity of triosmium clusters derived from the reactions of [Os3(CO)10(µ-dppm)] (dppm = Ph2PCH2PPh2) and [Os3(µ-H)(CO)8{Ph2PCH2P(Ph)C6H4}] with PHPh2

M. Islam, M. Hursthouse, S. Kabir, 1998 .

New Tris(thioimidazolyl)borate Ligands and Some Zinc Complexes Thereof

M. Ibrahim, M. Shu, H. Vahrenkamp, 2005 .

Biomimetic Thiolate Alkylation with Zinc Pyrazolylbis(thioimidazolyl)borate Complexes

J. Seebacher, M. Ibrahim, H. Vahrenkamp, 2005 .

Zinc complexes of a macrocyclic N3O2 ligand for the functional modelling of alcoholdehydrogenase

H. Vahrenkamp, Y. H. Zhang, 2003 .

(Pyrazolylborato)zinc−Aldehyde Complexes

M. Ruf, H. Vahrenkamp, R. Walz, 2001 .

The best structural model of ADH so far: a pyrazolylbis(thioimidazolyl)borate zinc ethanol complex

J. Seebacher, M. Shu, H. Vahrenkamp, 2001 .

Functional modeling of alcoholdehydrogenase with pyrazolylborate–zinc complexes

H. Vahrenkamp, R. Walz, 2001 .

Zinc Pyrazolylborate Complexes with Phenoxide and Alkoxide Ligands

M. Ruf, H. Vahrenkamp, R. Walz, 1997 .

Chemical Interconversions in the System TP*Zn/CO2/Alcohol [Tp* = Substituted Tris(pyrazolyl)borate]

M. Ruf, H. Vahrenkamp, R. Walz, 1997 .

Zinc Pyrazolylborate Complexes Relevant to the Biological Function of Carbonic Anhydrase

G. Parkin, R. Alsfasser, M. Ruf, 1992 .

Cyanide-bridged oligonuclear complexes: features and attractions†

H. Vahrenkamp, A. Gei, G. N. Richardson, 1997 .

Zine Complexes of Cysteine, Histidine, and Derivatives Thereof: Potentiometric determination of their compositions and stabilities

P. Gockel, A. Zuberbühler, H. Vahrenkamp, 1993 .

Zinc complexes of dipyridyl-triazoles

H. Vahrenkamp, U. Hartman, 1995 .

Basic Metal Cluster Reactions

H. Vahrenkamp, 1983 .

Zinc complexes of cyclohexane triamine ligands

H. Vahrenkamp, U. Brand, 1992 .

Small Molecule Chemistry of the Pyrazolylborate-Zinc Unit Tp(Cum,Me)Zn.

M. Ruf, H. Vahrenkamp, 1996, Inorganic chemistry.

Zinc enzyme modelling with zinc complexes of polar pyrazolylborate ligands

H. Vahrenkamp, C. P. Olmo, Karin Böhmerle, 2007 .

Zn-OH2 and Zn-OH complexes with hydroborate-derived tripod ligands: a comprehensive study.

J. Seebacher, M. Ibrahim, G. Steinfeld, 2006, Inorganic chemistry.

Transitions, Transition States, Transition State Analogues: Zinc Pyrazolylborate Chemistry Related to Zinc Enzymes

H. Vahrenkamp, 1999 .

A mononuclear zinc hydroxide complex stabilized by a highly substituted tris(pyrazolyl)hydroborato ligand: analogies with the enzyme carbonic anhydrase

G. Parkin, R. Alsfasser, H. Vahrenkamp, 1991 .

Cyanide bridged trinuclear complexes with FeCNMCl2NCFe backbones (M=Ni, Cu, Zn)

H. Vahrenkamp, G. N. Richardson, 2000 .

CYANIDE-ISOCYANIDE ISOMERISM IN CN-BRIDGED ORGANOMETALLIC COMPLEXES

N. Zhu, H. Vahrenkamp, 1994 .

Zinc Complexes of a Helical 22‐mer Peptide with Two Histidine Donors

M. Gelinsky, H. Vahrenkamp, 2002 .

Zinc Complexes of Amino Acids and Peptides, 7. Solution Behavior and Zinc Complexation of Dipeptides Made up Solely from Histidine and Cysteine

P. Gockel, H. Vahrenkamp, R. Vogler, 1996 .

Synthesis, optical nonlinearity and crystal structure of a novel mixed-chalcogen, thiolato-bridged complex [(η5-C5H5)2Mo2(μ-S)(μ-Te)(μ-SPh)2]

M. Gelinsky, Rajiv Trivedi, P. Mathur, 2000 .

Pyrazolylborate-zinc-hydrosulfide complexes and their reactions.

H. Vahrenkamp, M. Rombach, 2001, Inorganic chemistry.

ON THE NATURE OF ZINC CHLORIDE-ALDEHYDE INTERACTIONS

B. Müller, M. Ruf, H. Vahrenkamp, 1994 .

Coupling of two alkynes with a carbon and an oxygen atom on an Ru3 cluster

H. Vahrenkamp, Daniel Heineke, 1993 .

Cyanide‐Bridged Arrays of 2, 3 and 4 Metal Atoms Based on Salene–Iron Complexes – Syntheses, Structures and Metal–Metal Interactions

A. Geiss, H. Vahrenkamp, 1999 .

Cluster-Konstruktion: Synthese von Vierkernclustern durch Aggregation

H. Vahrenkamp, Manfred Müller, F. Richter, 1983 .

Zinc Complexes of Amino Acids and Peptides, 8[]. Difunctional Dipeptides Containing Cysteine or Histidine: Solution Behavior and Zinc Complextion

P. Gockel, H. Vahrenkamp, 1996 .

Metallaustauschreaktionen an alkylidin-tricobaltclustern mit reaktiven μ3-CX-Gruppen

H. Vahrenkamp, H. Schacht, 1990 .

Mono- and dinuclear zinc(II) complexes of biological relevance. Crystal structures of [L2Zn](PF6)2, [L'Zn(O2CPh)2(H2O)], [L'2Zn2(.mu.-OH)2](ClO4)2, and [L'2Zn2(.mu.-OH)(.mu.-CH3CO2)2](ClO4).cntdot.H2O (L = 1,4,7-triazacyclononane, L' = 1,4,7-trimethyl-1,4,7-triazacyclononane)

K. Wieghardt, P. Chaudhuri, B. Nuber, 1992 .

Synthesis and structural characterisation of a new μ2-Te bridged complex of molybdenum with oxo and imido ligands

P. Mathur, S. Ghose, H. Vahrenkamp, 1997 .

Assembly of Zinc Ions by the New ON2S2 Ligand BMIBIP

H. Vahrenkamp, C. Sudbrake, 2001 .

Synthesewege zu (μ1-HO)Zn21-Komplexen

R. Alsfasser, H. Vahrenkamp, 1993 .

Why does nature use zinc--a personal view.

H. Vahrenkamp, 2007, Dalton transactions.

A new bonding mode of tripodal sulfur ligands: synthesis and structure of tetranuclear [Ttt-BuZn]ClO4

J. Seebacher, H. Vahrenkamp, 2003 .

On the role of structural zinc in bis(cysteinyl) protein sequences.

W. Haehnel, A. Meissner, H. Vahrenkamp, 1997, Chemistry.

Oligonuclear zinc complexes of 2-pyridylmethanol

B. Müller, H. Vahrenkamp, M. Tesmer, 1997 .

A zinc–aldimine complex

B. Müller, H. Vahrenkamp, 2000 .

Sulfur Atoms as Ligands in Metal Complexes

H. Vahrenkamp, 1975 .

Pyrazolylborate-Zinc Complexes of RNA Precursors and Analogues Thereof.

M. Ruf, H. Vahrenkamp, Karl Weis, 1997, Inorganic chemistry.

Zinc Complexes of Chelating Aldehydes

B. Müller, H. Vahrenkamp, 1999 .

Insertion of a Cp Unit into a Metal–Metal Bond: [Ru3(CO)10(C5H4)] and its PPh3 Derivative†‡

H. Vahrenkamp, Daniel Heineke, 1993 .

Coordination modes of aminoacids to zinc

M. Gelinsky, H. Vahrenkamp, M. Rombach, 2002 .

What Do We Know about the Metal‐Metal Bond?

H. Vahrenkamp, 1978 .

Metal Exchange in Organometallic Cluster Compounds

H. Vahrenkamp, 1985 .

Heteronuclear cluster compounds

H. Vahrenkamp, 1982, Philosophical Transactions of the Royal Society of London. Series A, Mathematical and Physical Sciences.

Organometallic chalcogen complexes. XXIV. Synthesis, structure, and bonding of [Mo3(h5-C5H5)3S4]+[Sn(CH3)3Cl2]- containing a triangular molybdenum (IV) cluster cation with doubly and triply bridging sulfur atoms

L. F. Dahl, H. Vahrenkamp, P. Vergamini, 1971 .

Reactivity of the electron deficient compound [(μ-H)Os3(CO)9μ3-η2-C9H5(CH3)N] with thiols

M. Hursthouse, S. Kabir, K. Malik, 1997 .

Ruthenium carbonyl complexes with polyfunctional phosphine ligands

Ulf Bodensieck, H. Stoeckli-Evans, H. Vahrenkamp, 1995 .

Mixed iron-ruthenium clusters and ligand-linked double and triple clusters derived from the unsaturated cluster Fe4(CO)11(.mu.4-PPh)2

H. Vahrenkamp, J. T. Jaeger, 1988 .

Reactivity of unsaturated clusters: expansion of Fe4 (CO)11 (PPh)2 with CpRh(CO)2

A. Powell, H. Vahrenkamp, J. T. Jaeger, 1988 .

An examination of the unsaturation in the clusters Fe4(CO)11(.mu.4-PR)2

S. Aime, H. Vahrenkamp, Tilman. Jaeger, 1986 .

Recent results in the chemistry of transition metal clusters with organic ligands

H. Vahrenkamp, 1977 .

New Tripodal N3S Ligands and Some Zinc Complexes Thereof

H. Vahrenkamp, A. Stange, R. Burth, 1998 .

A zinc complex of the carbonic anhydrase inhibitor acetazolamide (aaaH): crystal structure of (aaa)2Zn(NH3)2

H. Vahrenkamp, Uwe Hartmann, 1991 .

Oxidative Addition von Phosphor‐Yliden an Ru3(CO)12

D. S. Bohle, A. Tiripicchio, H. Vahrenkamp, 1990 .

Molecular Mercury Zinc Sulfides

H. Vahrenkamp, M. Rombach, 2002 .

Zinc complexes of the N,N,S ligand (mercaptophenyl)(picolyl)amine

H. Vahrenkamp, U. Brand, 1996 .

Design of Trigonal-Bipyramidal ZnN(3)S(2) Complexes.

H. Vahrenkamp, U. Brand, R. Burth, 1996, Inorganic chemistry.

A New Tridentate N,N,S Ligand and Its Zinc Complexes

H. Vahrenkamp, U. Brand, 1995 .

ZINC COMPLEXES OF TRIPODAL N3O LIGANDS

H. Vahrenkamp, A. Trösch, 1998 .

Hydrolytic Cleavage of Diphosphates, Sulfonatophosphates, and Disulfonates by (Pyrazolylborate)zinc Hydroxide Complexes

H. Vahrenkamp, Karl Weis, 1998 .

Pyrazolylborate)zinc Organophosphate Complexes Resulting from Hydrolytic Cleavage of Phosphate Esters

M. Ruf, H. Vahrenkamp, Karl Weis, 1998 .

Tripodal pseudopeptides with three histidine or cysteine donors: synthesis and zinc complexation.

M. Gelinsky, H. Vahrenkamp, R. Vogler, 2002, Inorganic chemistry.

Zinc Complexes of Amino Acids and Peptides, 9[]. Coordination of Cysteine and Histidine Derivatives to the Pyrazolylborate-Zinc Unit†

M. Ruf, H. Vahrenkamp, Karl Weis, 1996 .

Highly Substituted Tris(pyrazolyl)methane Ligands and Some Zinc Complexes Thereof

J. Hermann, H. Vahrenkamp, C. Titze, 1995 .

Dreizentren‐oxidative Addition von Phosphor‐Yliden an Ru3(CO)12

D. S. Bohle, H. Vahrenkamp, Daniel Heineke, 1993 .

Functional Tetrahedral Zinc Complexes

A. Powell, R. Alsfasser, H. Vahrenkamp, 1990 .

Chelate-stabilized zinc complexes of alcohols and carbonyl compounds: pyridylphenylketone and pyridylphenylmethanol

H. Vahrenkamp, C. Sudbrake, 2001 .

Functional modeling of cobalamine-independent methionine synthase with pyrazolylborate-zinc-thiolate complexes.

J. Seebacher, H. Vahrenkamp, U. Brand, 2001, Inorganic chemistry.

Sulfur-rich zinc chemistry: new tris(thioimidazolyl)hydroborate ligands and their zinc complex chemistry related to the structure and function of alcohol dehydrogenase.

M. Shu, H. Vahrenkamp, M. Tesmer, 2001, Inorganic chemistry.

Alcohol and Aldehyde Adducts of Zinc Thiolates: Structural Modeling of Alcoholdehydrogenase.

B. Müller, H. Vahrenkamp, M. Tesmer, 1999, Inorganic chemistry.

Controlled Formation of Tri- and Octanuclear Benzylthiolate Complexes of Zinc.

M. Gelinsky, H. Vahrenkamp, R. Burth, 1998, Inorganic chemistry.

ATTACHMENT OF SUGAR PHOSPHATES AND NUCLEOTIDE DERIVATIVES TO PYRAZOLYLBORATE-ZINC UNITS

H. Vahrenkamp, Karl Weis, M. Rombach, 1998 .

Zinc thiolate complexes with chelating nitrogen ligands

H. Vahrenkamp, R. Burth, 1998 .

MODELLING TRANSITION STATE ANALOGUES AND ENZYME-INHIBITOR COMPLEXES OF ZINC-CONTAINING CLASS II ALDOLASES AND METALLOPROTEASES

M. Ruf, H. Vahrenkamp, Karl Weis, 1996 .

Binary zinc-oligophosphate complexes

H. Vahrenkamp, A. Müller-Hartmann, 2000 .

Zinc‐Aldehyde Complexes with Weakly Coordinating Anions

B. Müller, H. Vahrenkamp, 1999 .

The Insertion of Heterocumulenes into Zn−H and Zn−OH Bonds of Pyrazolylborate−Zinc Complexes

H. Vahrenkamp, H. Brombacher, M. Rombach, 2002 .

Diphosphate−Zinc Complexes with Chelating Coligands

H. Vahrenkamp, A. Müller-Hartmann, 2000 .

Zinc Complexes of S,N Ligands Derived from Thiazolines

H. Vahrenkamp, U. Brand, 1995 .

Sterically Fixed Dithiolate Ligands and Their Zinc Complexes: Derivatives of 1,8‐Dimercaptonaphthalene

H. Vahrenkamp, M. Tesmer, 2001 .

Zinc Complexes of Amino Acids and Peptides, 6. Zinc Complexes of Oligopeptides Containing Histidine at Both Termini

H. Nolting, H. Vahrenkamp, M. Förster, 1996 .

Diphosphate−Zinc Complexes with Tridentate Coligands

H. Vahrenkamp, A. Müller-Hartmann, Florian Gross, 2000 .

“Inhibition” of the Enzyme Model TpPh,MeZn–OH by Diketo Compounds

H. Vahrenkamp, T. Tekeste, 2006 .

Zinc Complexes of Drugs Containing Nitrogen Heterocycles

H. Vahrenkamp, A. Koppenhöfer, Uwe Hartmann, 1995 .

Zinc Complexes of Histidine‐Containing Di‐ and Tripeptides

H. Vahrenkamp, M. Förster, 1995 .

A Tripod Ligand with Three Different "Legs" and Some Chiral Zinc Complexes Thereof

H. Vahrenkamp, A. Abufarag, 1995 .

Thiolate alkylation in tripod zinc complexes: a comparative kinetic study.

J. Seebacher, M. Ibrahim, Guofang Zhang, 2006, Inorganic chemistry.

Zinc complexes of the new N,N,S ligand N-(2-mercaptoisobutyl)(picolyl)amine

H. Vahrenkamp, U. Brand, 2000 .

Zinc complexes of the N,N,S ligand bis(pyrazolyl)(thienyl)methane

R. Alsfasser, H. Vahrenkamp, 1993 .

Reversible Interconversion of C ? C and C ? N Multiple Bond Systems on Clusters

H. Vahrenkamp, W. Bernhardt, C. V. Schnering, 1986 .

Zinc complexation of cyclic dipeptides containing cysteine and/or histidine

M. Gelinsky, P. Gockel, A. Meissner, 2001 .

Aldehyde Complexes of Zinc Halides

B. Müller, H. Vahrenkamp, 1999 .

Zinc Complexes of the Ligand Dipicolylglycine

H. Vahrenkamp, A. Abufarag, 1995 .

A sterically hindered N,N,O tripod ligand and its zinc complex chemistry.

H. Vahrenkamp, A. Trösch, 2001, Inorganic chemistry.

Synthesis, structure and characterization of Fe3(CO)10S, a new iron carbonyl sulphide

L. Markó, H. Vahrenkamp, T. Madach, 1980 .

Organometallic sulfur complexes. XIII. Synthesis, structure, and bonding of a new metal-sulfur cluster system, tris(cyclopentadienylnickel) disulfide. The influence of valence electrons on molecular geometry

L. F. Dahl, H. Vahrenkamp, V. A. Uchtman, 1968 .

FeCoMoWS(AsMe2)Cp2(CO)7: The First Cluster to Contain Four Different Metal Atoms

H. Vahrenkamp, F. Richter, 1979 .

Organometallic Sulfur Compounds

H. Vahrenkamp, 1985 .

Cyanide bridged hexanuclear iron complexes

T. Sheng, H. Vahrenkamp, 2004 .

Hexakis(alcohol)zinc Complexes

B. Müller, H. Vahrenkamp, C. Sudbrake, 1999 .

ZINC COMPLEXES OF ALDEHYDES AND KETONES, 2: ZINC-ALDEHYDE COMPLEXES WITH WEAKLY COORDINATING ANIONS

H. Vahrenkamp, B. Muller, 1999 .

ZINC COMPLEXES OF ALDEHYDES AND KETONES, 4: ZINC COMPLEXES OF CHELATING ALDEHYDES

H. Vahrenkamp, B. Muller, 1999 .

"Two-step" electron transfer and mechanisms of electrochemically induced reactions of the MeCCo3(CO)9 cluster and its phosphine derivatives

J. Heinze, K. Hinkelmann, J. Field, 1989 .

Synthesis and structure of Rh(I) tris(pyrazolyl)borate complexes of the type TpPh,MeRhL1L2

S. Wołowiec, H. Vahrenkamp, M. Moszner, 2000 .

Cyclopentadienylsodium and some mono‐, tri‐, and tetranuclear metal carbonyl derivatives and cluster complexes

J. Jud, G. Geoffroy, P. Braunstein, 2007 .

Cyanide‐Bridged Oligonuclear Complexes Containing Ni‐CN‐Cu and Pt‐CN‐Cu Linkages

H. Vahrenkamp, Marie-Louise Flay, 2003 .

Long Range Metal‐Metal Interactions Along Fe−NC−Ru−CN−Fe Chains

T. Sheng, H. Vahrenkamp, 2004 .

Cyanide bridged oligonuclear complexes containing CuCl and CuCl2

H. Vahrenkamp, V. Comte, 2001 .

M(mu-CN)Fe(mu-CN)M' chains with phthalocyanine iron centers: redox, spin-state, and mixed-valence properties.

C. Janiak, A. Geiss, H. Vahrenkamp, 2000, Inorganic chemistry.

Dipeptides Made up Solely from Histidine: Solution Behaviour and Zinc Complexation

H. Vahrenkamp, R. Vogler, 2002 .

Combination of the Fe4S4 and MCNFe Redox Functions

N. Zhu, J. Pebler, H. Vahrenkamp, 1996 .

Photoinitiated Hydrosilations in Presence of Tetrahedral Heterometallic Clusters: Catalysis by Intact Clusters†

C. Pittman, M. Richmond, H. Vahrenkamp, 1982 .

Zinc thiolate complexes of (N, N, S)-tridentate ligands for the modeling of thiolate alkylating enzymes

Mian Ji, H. Vahrenkamp, 2005 .

Enzyme inhibitor modeling with TpZn complexes of functional hydroxamates and oximates

H. Vahrenkamp, T. Tekeste, 2007 .

μ3-silylidin- und μ3-germylidin-heterometall-cluster

H. Vahrenkamp, P. Gusbeth, Doris Steiert, 1981 .

Chiral Trinuclear NiCoMo and MoRuCo Clusters

H. Kaesz, F. Stone, H. Vahrenkamp, 2007 .

Framework isomerism of mixed tetranuclear clusters

K. Fischer, H. Vahrenkamp, P. Guetlich, 1986 .

Syntheses, reactivities and crystal structures of triosmium clusters with imidazo(1,2-a)pyridine ligand

M. Hursthouse, E. Rosenberg, S. Kabir, 1999 .

Cyanide bridged di- and tri-nuclear complexes with central Cr(III)-, Mn(III)- and Co(III)-salen units

R. Appelt, H. Vahrenkamp, 2003 .

A novel pentaruthenium cluster containing three thiazole derived ligands; X-ray structure of [(Ru3(CO)9(μ-H)(μ5-η5-HCNCCHS)Ru2-(CO)4(μ-H) (η1-HC=NCH=CHS) (μ-2,3-η3-C=NCH=CHS)]

M. Hursthouse, S. Kabir, K. Malik, 1998 .

STEREOCHEMISTRY OF THE METAL-METAL BOND. THE STRUCTURES OF THREE COMPLEXES OF THE TYPE (L2M-PR2)2

H. Vahrenkamp, E. Keller, 1979 .

Co5(CO)11(PR2)3, A Novel Type of Pentanuclear Cluster

H. Vahrenkamp, E. Keller, 1977 .

Phosphorus‐Bridged Trinuclear Complexes Having Contiguous Metal‐Metal Bonds

H. Vahrenkamp, E. Keller, 1977 .

Organometallic complexes with metal-metal bonds : XII. A trimetallic carbene complex with MoPtMo bonds. Preparation and structure of trans-Pt(C6H11NC)(C6H11NHCOC2H5[Mo(CO)3-η5-C5H5]2

P. Braunstein, H. Vahrenkamp, E. Keller, 1979 .

Synthesis of new carboxylate- and phosphinate-bridged ruthenium(I) dimers

D. S. Bohle, H. Vahrenkamp, 1990 .

STEREOCHEMISTRY OF THE METAL‐METAL BOND. STRUCTURAL COMPARISON OF THE COMPLEXES BIS(μ‐DIMETHYLARSENIDO)BIS(TETRACARBONYLCHROMIUM), BIS(μ‐DIMETHYLARSENIDO)TETRACARBONYLCHROMIUMTRICARBONYLIRON, AND BIS(μ‐DIMETHYLARSENIDO)BIS(TRICARBONYLIRON)

H. Vahrenkamp, E. Keller, 1979 .

Stepwise Formation of Bridged Dinuclear Carbonylmetal Complexes

H. Vahrenkamp, Winfried Ehrl, 1971 .

M(μ-CN)Fe(μ-CN)M' Chains with Phthalocyanine Iron Centers: Preparation, Structures, and Isomerization

A. Geiss, H. Vahrenkamp, 2000 .

Linear and Bent M(μ-CN)Pt(μ-CN)M Chains: Probes for Remote Metal−Metal Interactions

H. Vahrenkamp, A. Brand, G. N. Richardson, 1999 .

Zinc complexes of a new N3O ligand and their biomimetic reactions

H. Vahrenkamp, J. Calvo, 2005 .

Expansion of the Nitrile Capped Cluster Fe3(CO)9(N.tplbond.CPh)

H. Vahrenkamp, P. Suter, H. Bantel, 1995 .

Basic cluster reactions. 2. Reversible carbon monoxide additions to iron (Fe4) clusters

H. Vahrenkamp, D. Wolters, 1982 .

Dalton communications. Molecular zinc oxide and sulfide complexes stabilized by pyrazolylborate ligands

M. Ruf, H. Vahrenkamp, 1995 .

Organometallic chalcogen complexes. XXIII. Preparation and structural characterization of a mixed transition metal cluster complex, [Re2Mo(h5-C5H5)(CO)8](S)[SMo(h5-C5H5)(CO)3], containing triply and quadruply bridging sulfur atoms. New synthetic route to highly clustered metal-sulfur systems

L. F. Dahl, H. Vahrenkamp, P. Vergamini, 1971 .

Ni5(C5H5)4S4, a Pentanuclear Metal Complex Containing a Square-Planar Nickel(0) Atom†

L. F. Dahl, H. Vahrenkamp, 1969 .

Zinc complexation of glutathione and glutathione-derived peptides ☆

M. Gelinsky, H. Vahrenkamp, R. Vogler, 2003 .

Cluster reactions related to catalysis: isomerization of RuCo2(CO)9(HCCR)

H. Vahrenkamp, E. Roland, 1983 .

(CO)5Cr·SFeCo2(CO)9: An Organometallic Donor-Acceptor Complex†

H. Vahrenkamp, F. Richter, 1978 .

Cluster‐Construction: Synthesis and Structure of Fe2Co2(CO)11(PC6H5)2 and Fe2Co2(CO)11S2

E. Wucherer, H. Vahrenkamp, 1981 .

A Systematic Entry to Butterfly‐Type [M4(CO)12(μ4‐XY)] Clusters

A. Powell, H. Vahrenkamp, B. Hansert, 1989 .

Framework chirality and optical activity of organometallic cluster compounds

H. Vahrenkamp, 1989 .

CHIRAL SFECOM CLUSTERS: ENANTIOMER SEPARATION AND DETERMINATION OF THE ABSOLUTE CONFIGURATION

H. Vahrenkamp, F. Richter, 1982 .

The First Optically Active Cluster: Resolution of Enantiomers and Absolute Configuration of SFeCoMoCp(CO)8

H. Vahrenkamp, F. Richter, 1980 .

Synthesis and characterization of cyclopentadienyldicarbonyl-iron S-bonded monothiocarboxylates, FeCp(CO)2SCOR. Crystal structure of FeCp(CO)2SCO(2-NO2C6H4)

A. Powell, A. Al-Ajlouni, H. Vahrenkamp, 1989 .

An Entry to Chiral Clusters

H. Vahrenkamp, F. Richter, 1978 .

An Arsinidene as a Cubane‐Type Structural Unit: Synthesis and Structure of [(CO)3Fe—AsCH3]4

H. Vahrenkamp, E. Röttinger, 1978 .

RuCo2(CO)11 and Ru2Co2(CO)13, Two New “Pure” Carbonylmetal Clusters

H. Vahrenkamp, E. Roland, 1981 .

Inorganic Reactions of the Clusters FeCo2S(CO)9, HFe2CoS(CO)9and H2Fe3S(CO)9.

K. Fischer, H. Vahrenkamp, M. Schwarz, 1986 .

Stepwise Assembly of a Cluster with Four Different Metal Atoms

K. Fischer, H. Vahrenkamp, M. Müller, 1984 .

Capping of Metal Atom Triangles in Clusters by R3PAu Moieties

K. Fischer, H. Vahrenkamp, E. Roland, 1983 .

First Fixation of the Unstable Species Sulfur Monoxide in a Cluster: Synthesis and Structure of Fe3(CO)9(S)SO

L. Markó, H. Vahrenkamp, T. Madach, 1980 .

Preparation and crystal structure of [Mn4S4(CO)15]; oxidation at sulphur of [{(CO)4Mn-S-SnMe3}2]

H. Vahrenkamp, E. Röttinger, Volker Küllmer, 1977 .

Reversible insertion of SO2 into the NN bond of [Fe2(CO)6(μ-Ph2N2)]☆

S. Kabir, M. Ruf, H. Vahrenkamp, 1996 .

Carbon-hydrogen cleavage versus nitrogen-nitrogen cleavage in .mu.3-.eta.2 azoalkane ligands on the M3(CO)9 clusters of iron, ruthenium, and osmium

A. Tiripicchio, H. Vahrenkamp, M. Camellini, 1991 .

Intramolecular conversion of an azoalkane ligand to two nitrene ligands on a triiron cluster

A. Powell, M. Garland, E. Wucherer, 1989 .

Ligand sphere reactivity of organometallic clusters

H. Vahrenkamp, 1991 .

New interconversions in the ligand sphere of clusters

H. Vahrenkamp, 1989 .

Reversible and diastereospecific olefin insertion into a cluster Ru-H unit. Formation of metallacycles with tertiary carbon-ruthenium .sigma. bonds

A. Powell, H. Vahrenkamp, H. Schacht, 1987 .

Synthesis and reactivity of tetramethylthioureatriosmium clusters: crystal structures of [(μ-H)Os3(CO)8(μ3-S)(μ-OMeCO){η1-SC(NMe2)2}] and [Os3(CO)9(μ-OH)(μ-OMeCO)(PPh3)]

M. Hursthouse, S. Kabir, K. Malik, 1998 .

Cyanide bridged trinuclear complexes with bent M–NC–Fe–CN–M and M–CN–Fe–NC–M arrangements—synthesis and physical properties

N. Zhu, H. Vahrenkamp, 1999 .

Neue μ3-Alkylidin-Heterometallcluster mit Ru(CO)3- und Os(CO)3- Baugruppen

H. Vahrenkamp, H. Schacht, 1989 .

DIRECT METAL EXCHANGE IN GERMYLIDYNE TRICOBALT CLUSTERS

H. Vahrenkamp, P. Gusbeth, 1985 .

CLUSTER CONSTRUCTION: SYNTHESIS AND STRUCTURE OF FE2CO2(CO)11(PC6H5)2 AND FE2CO2(CO)11S2

E. Wucherer, H. Vahrenkamp, 1981 .

Some Old and New Redox Reactions of Polynuclear Organometallic Complexes

H. Vahrenkamp, 1995 .

AN UNEXPECTED UNSYMMETRICAL TRINUCLEAR CLUSTER- SYNTHESIS AND STRUCTURE OF ((CO)2CO-μ-PME2)3

H. Vahrenkamp, E. Keller, 1978 .

Catalytic activity by opening of metal-metal bonds.

H. Vahrenkamp, E. Keller, H. Langenbach, 1977, Angewandte Chemie.

Basic cluster reactions. 3. Hetero site reactivities in dicobalt diruthenium tridecacarbonyl

H. Vahrenkamp, E. Roland, 1983 .

ORGANOMETALLIC LEWIS BASES, XXIV. NEW FORMATIONS AND CLEAVAGES OF HETERO METAL-METAL BONDS

H. Vahrenkamp, H. Langenbach, 1977 .

CATALYTIC ACTIVITY BY OPENING OF METAL-METAL BONDS

H. Vahrenkamp, E. Keller, H. Langenbach, 1977 .

Mixed Trinuclear Dicobaltiron and Dicobaltruthenium Cluster Complexes

H. Kaesz, Daqian Xu, E. Rosenberg, 2007 .

Heteronuclear Cobalt Clusters by Metal Exchange

H. Vahrenkamp, H. Beurich, 1978 .

Stepwise Hydrogenation of Benzonitrile on a Ru3‐Cluster

H. Vahrenkamp, W. Bernhardt, 1984 .

Aurated clusters derived from (μ3-ketenylidene)-Fe3 and -Fe2Co clusters

H. Vahrenkamp, C. Thöne, 1995 .

Pyrazolylborate-zinc alkoxide complexes. 2. Solvolytic chemistry.

H. Vahrenkamp, H. Brombacher, 2004, Inorganic chemistry.

New Polar Pyrazolylborate Ligands and Their Basic Zinc Complex Chemistry

G. Steinfeld, H. Vahrenkamp, C. P. Olmo, 2006 .

A new tris(2-furyl) substituted pyrazolylborate ligand and its zinc complex chemistry

H. Vahrenkamp, J. Calvo, 2006 .

Metal carbonyl clusters linked to cyanoiron units

J. Heinze, N. Zhu, H. Vahrenkamp, 1995 .

Reversible metal-metal bond cleavage in FeCo2 and FeCoW clusters

R. Planalp, H. Vahrenkamp, 1987 .

IR frequencies and intensities of the vibrational modes of Cx Hy fragments bonded to metal complexes. Relationship with structure, bonding and reactivity

R. Rossetti, O. Gambino, E. Diana, 1993 .

SIMPLE ZINC COMPLEXES OF PYRIDYL-SUBSTITUTED TRIS(PYRAZOLYL)BORATE LIGANDS

H. Vahrenkamp, Karl Weis, 1997 .

On the Ligating Properties of Sulfonate and Perchlorate Anions Towards Zinc

M. Ruf, H. Vahrenkamp, Karl Weis, 1997 .

OCTACARBONYL‐DI‐μ‐HYDRO‐BIS(μ‐DIMETHYLPHOSPHIDO)‐TRIANGULO‐TRIIRON, AN IRON CLUSTER WITH TWO HYDROGEN BRIDGES

H. Vahrenkamp, E. Keller, 1981 .

Eisen‐und Cobalt‐Cluster nach der Propen‐Eliminierungs‐Methode. Die Cluster CO4(CO)10[P(CH3)2(CH2CHCH2)]2 und Fe2Co(CO)8[μ‐SCH3]2[μ‐P(CH3)2]

H. Vahrenkamp, E. Keller, 1981 .

REACTIVITY OF METAL‐METAL BONDS. REPEATED FORMATION AND CLEAVAGE OF AN IRON‐COBALT BOND BY ELIMINATION AND ADDITION

H. Vahrenkamp, H. Langenbach, 1980 .

Das Radikal Cp(CO)3Cr in Lösung/The Radical Cp(CO)3Cr in Solution

H. Vahrenkamp, T. Madach, 1978 .

REACTIVITY OF METAL-METAL BONDS. TRINUCLEAR COMPLEXES BY CLEAVAGE OF IRON-COBALT, MANGANESE-COBALT, IRON-IRON, AND IRON-MANGANESE BONDS

H. Vahrenkamp, H. Langenbach, 1980 .

ORGANOMETALLIC LEWIS BASES, XXXIV. NUCLEOPHILIC CLEAVAGE OF METAL-METAL BONDS BY PHOSPHINES- STRUCTURES OF TWO ISOMERIC REACTION PRODUCTS WITH IRON-ARSENIC-MANGANESE-PHOSPHORUS BACKBONE

H. Vahrenkamp, E. Keller, 1978 .

An Organometallic Five‐Membered Ring with Hetero‐Metal‐Metal Bonding

H. Vahrenkamp, Rainer Müller, E. Röttinger, 1977 .

SPECIFIC SYNTHESIS OF CHAINLIKE TETRA- AND PENTANUCLEAR COMPLEXES

H. Vahrenkamp, H. Langenbach, 1980 .

REACTIVITY OF METAL-METAL BONDS: CATALYTICALLY ACTIVE COMPLEXES WITH IRON-IRON, IRON-COBALT AND MANGANESE-COBALT BONDS

H. Vahrenkamp, E. Keller, H. Langenbach, 1979 .

ORGANOMETALLIC LEWIS BASES, XXIII. INFLUENCE OF LIGANDS ON METAL‐METAL BOND LENGTHS‐ THE CRYSTAL STRUCTURE OF TRICARBONYL‐μ‐(DIMETHYLARSENIDO)‐(TETRACARBONYLFERRIO)COBALT

H. Vahrenkamp, E. Keller, 1976 .

Notizen: Dehnung einer Metall-Metall-Bindung durch sterische Hinderung Die Kristallstruktur von FeMn(CO)8P(C6H5)2 / Lengthening of a Metal-Metal-Bond by Steric Hindrance The Crystal Structure of FeMn(CO)8P(C6H5)21

H. Vahrenkamp, 1975 .

A Diphosphene as Tetrahedrane Building Block: Synthesis of [Fe2(CO)6(P2tBu2)]†

H. Vahrenkamp, D. Wolters, 1983 .

Carbonyl ligands from alkynes: oxidative decarbonation of acetylide bridged complexes

H. Vahrenkamp, W. Bernhardt, 1990 .

Direct Metal Exchange in Carbonylcobalt Clusters

H. Vahrenkamp, H. Beurich, 1981 .

Basic cluster reactions. 5. Capping reactions of RuCo2(CO)11

H. Vahrenkamp, E. Roland, 1983 .

Synthesis and characterization of thio-bis(t-butylphosphido) diiron hexacarbonyls, Fe2(CO)6(butP)2Sx (x = 2, 3). Molecular structure of Fe2(CO)6(ButPS2PBut)

E. Wucherer, H. Vahrenkamp, R. L. De, 1987 .

Methylarsin-und methylarsiniden-metallcarbonyle

H. Vahrenkamp, E. Röttinger, 1981 .

Preparation, structure, and some reactions of the evasive azobenzene complex [Fe2(CO)6(μ-Ph2N2)]

H. Vahrenkamp, B. Hansert, 1993 .

CARBONYL COMPLEXES OF MOLYBDENUM AND TUNGSTEN OF COORDINATION NUMBER SEVEN. III. ISONITRILE AND ACETYLENE COMPLEXES OF TUNGSTEN

H. Vahrenkamp, P. Umland, 1983 .

Oligonuclear cyanide complexes from silver containing building blocks

H. Vahrenkamp, Zhong-Ning Chen, V. Comte, 2000 .

Azoalkane‐Nitrene Cleavage on an Fe3‐Cluster

E. Wucherer, H. Vahrenkamp, 1987 .

Reactivity of Fe3(CO)9(μ3-C2Et2). Synthesis and structures of Fe2(CO)6{C2Et2C[CH2N(Me)CH2Ph]CH} and Fe3(CO)8{C2Et2C(H)C[CH2N(Me)CH2Ph]}

H. Vahrenkamp, Roman Calderón, 1998 .

Substituted Variants of the Cluster Type Fe3(CO)9(μ3‐η2‐RCN)

H. Vahrenkamp, P. Suter, 1995 .

Cluster Expansion with CpRh and CpIr Building Blocks.

H. Vahrenkamp, D. Mani, 1987 .

Cluster Expansion with Cp(CO)Rh Fragments

H. Vahrenkamp, D. Mani, 1985 .

Framework Chirality and Optical Activity of Organometallic Compounds

H. Vahrenkamp, 1990 .

Insertion of CO and SO2 into the N–N bond of [Fe2(CO)6(μ-Ph2N2)]

S. Kabir, M. Ruf, H. Vahrenkamp, 1998 .

Site Specific Substitutions at Mixed Metal Clusters.

A. Powell, H. Vahrenkamp, W. Bernhardt, 1988 .

Isoelectronic Relationships in Cluster Chemistry: Nucleophilic Addition to a Vinylidene Ligand

H. Vahrenkamp, T. Albiez, 1987 .

THE FIRST OPTICALLY ACTIVE CLUSTER: ENANTIOMER SEPARATION AND ABSOLUTE CONFIGURATION OF SFECOMOCP(CO)8

H. Vahrenkamp, F. Richter, 1980 .

Diastereoselective Transformations on Heterometal Clusters.

H. Vahrenkamp, W. Bernhardt, T. Albiez, 1986 .

Redox and mixed-valence chemistry of the clusters M4(CO)11(.mu.4-PR)2 with M = iron and/or ruthenium and of their derivatives

J. Field, B. Peake, D. Collison, 1988 .

Paramagnetic organometallic molecules. 17. Redox chemistry of homo- and heteronuclear carbon-, germanium- or phosphorus-capped trimetal clusters

A. Bond, B. Robinson, J. Simpson, 1984 .

Experiments on the HOMO‐LUMO Nature of Metal‐Metal Bonds

H. Vahrenkamp, H. Beurich, T. Madach, 1979 .

Carbon-carbon coupling between olefinic C atoms on a cluster as a Lewis acid-base reaction

H. Vahrenkamp, Daniel Heineke, 1990 .

Darstellung und Reaktionen des Tetrahedran-Moleküls Fe2(CO)6(P-tert-C4H9)2 / Preparation and Reactions of the Tetrahedrane Molecule Fe2(CO)6(P-tert-C4H9)2

H. Vahrenkamp, D. Wolters, R. De, 1986 .

Synthesen neuer Fe–P-Käfigverbindungen / Syntheses of New Fe–P Cage Compounds

H. Vahrenkamp, R. De, 1986 .

[(CO)3FePCH3]4, an Organometallic Analogue of Octabisvalene

H. Vahrenkamp, R. L. De, 1984 .

Diastereoselective Transformations on Heterometal Clusters

H. Vahrenkamp, W. Bernhardt, T. Albiez, 1986 .

[H2Ru6(CO)16(μ‐C6H4O)]: Binding of Five Metal Atoms to Phenol Molecule

D. S. Bohle, H. Vahrenkamp, 1990 .

CLUSTER CONSTRUCTION: STEPWISE FORMATION OF μ3-RP TRIMETAL CLUSTERS VIA PHOSPHORUS-HYDROGEN COMPOUNDS

H. Vahrenkamp, M. Mueller, 1983 .

Two Ferrole Isomers in Equilibrium: Experimental Confirmation of an Old Hypothesis

A. Powell, H. Vahrenkamp, M. Tasi, 1989 .

A “Cluster‐Centered” Acetylene‐Vinylidene Rearrangement

H. Vahrenkamp, W. Bernhardt, 1984 .

UNDECACARBONYLRUTHENIUMDICOBALT AND TRIDECACARBONYLDIRUTHENIUMDICOBALT, TWO NEW CARBONYL-METAL CLUSTERS

H. Vahrenkamp, E. Roland, 1981 .

BASIC CLUSTER REACTIONS. 1. REVERSIBLE UNFOLDING OF FECO2MO AND FECO2W CLUSTERS

H. Vahrenkamp, F. Richter, 1982 .

Oxidative Addition of Phosphorus Ylides to Ru3(CO)12

D. S. Bohle, A. Tiripicchio, H. Vahrenkamp, 1990 .

Insertion of SO2 into the P–P bond of Fe2(CO)6(μ-P2 tBu2)

S. Kabir, M. Ruf, H. Vahrenkamp, 1999 .

syn1-Periplanar Bisazo Skeletons — Syntheses and Reactions with Carbonylmetal Complexes

D. Hunkler, H. Prinzbach, M. Keller, 1993 .

Anionic Fe3P Clusters: Preparation and Reactions Involving Framework Changes.

H. Vahrenkamp, M. Schwarz, W. Deck, 1987 .

STEP‐BY‐STEP SYNTHESIS OF A CLUSTER WITH FOUR DIFFERENT METAL ATOMS

K. Fischer, H. Vahrenkamp, M. Mueller, 1984 .

ELEMENTARY CLUSTER REACTIONS. PART 4. COVERING OF METAL ATOM TRIANGLES IN CLUSTERS BY R3P-AU UNITS

K. Fischer, H. Vahrenkamp, E. Roland, 1983 .

FIRST‐TIME FIXATION OF THE UNSTABLE SULFUR MONOXIDE IN A CLUSTER: SYNTHESIS AND STRUCTURE OF FE3(CO)9(S)SO

L. Markó, H. Vahrenkamp, T. Madach, 1980 .

REACTIVITY OF METAL-METAL BONDS. POLYNUCLEAR COMPLEXES BY CLEAVAGE OF METAL-METAL BONDS WITH FUNCTIONAL LIGANDS

H. Vahrenkamp, H. Langenbach, E. Roettinger, 1980 .

PREPARATION AND CRYSTAL STRUCTURE OF (MN4S4(CO)15), OXIDATION AT SULFUR OF (((CO)4MN-A-SNME3)2)

H. Vahrenkamp, E. Roettinger, V. Kuellmer, 1978 .

PREPARATION AND THERMOLYSIS OF TETRAMETHYLDIPHOSHINE‐BRIDGED POLYNUCLEAR CARBONYL COMPLEXES

H. Vahrenkamp, A. Trenkle, 1981 .

New Bis(mercaptoimidazolyl)(pyrazolyl)borate Ligands and Their Zinc Complex Chemistry

J. Seebacher, Biao Wu, M. Shu, 2003 .

Intramolecular Conversion of an Azoalkane Ligand to Two Nitrene Ligands on a Triiron Cluster.

A. Powell, M. Garland, E. Wucherer, 1989 .

REACTIVITY OF METAL‐METAL BONDS. FORMATION AND FRAGMENTATION OF SIMPLE DINUCLEAR METAL‐CARBONYL COMPLEXES AS AN EQUILIBRIUM REACTION

H. Vahrenkamp, T. Madach, 1980 .

Untersuchungen zur Existenz der Radikale Cp(CO)3M (M = Cr, Mo, W) / Investigations on the Existence of the Radicals Cp(CO)3M (M = Cr, Mo, W)

H. Vahrenkamp, T. Madach, 1979 .

Mehrkernkomplexe aus PH3- und RPH2-Komplexen mit Co2(CO)8 / Polynuclear Complexes from PH3 and RPH2 Complexes with Co2(CO)8

H. Vahrenkamp, Rajib Lal De, 1985 .

Cyanide bridged trinuclear complexes with central metals bearing pyridine ring ligands

T. Sheng, H. Vahrenkamp, 2004 .

Cyanide-bridged tetranuclear complexes with T-shaped Pt(CNM)3 arrangements

H. Vahrenkamp, G. N. Richardson, 2000 .

Synthesis, Redox Chemistry, and Mixed‐Valence Phenomena of Cyanide‐Bridged Dinuclear Organometallic Complexes

H. Vahrenkamp, N. Zhu, 1997 .

A highly redox-active tetranuclear complex with a nearly linear Fe-CN-Mn-O-Mn-NC-Fe backbone

M. Keller, H. Vahrenkamp, Andreas Geiβ, 1997 .

TWO NEW METAL CARBONYLS: PREPARATION AND STRUCTURE OF RUTHENIUM COBALT CARBONYLS (RUCO2(CO)11 AND RU2CO2(CO)13)

H. Vahrenkamp, E. Roland, 1985 .

CONVERSIONS OF GERMYLIDYNE TRICOBALT CLUSTERS BY DONOR LIGANDS

H. Vahrenkamp, P. Gusbeth, 1985 .

New μ3-Alkylidyne Heterometal Clusters with Ru(CO)3 and Os(CO)3 Building Blocks.

H. Vahrenkamp, H. Schacht, 1990 .

Chiral μ3‐Alkylidyne Trimetal Clusters: Preparation and Investigation of the Optical Activity.

H. Vahrenkamp, R. Blumhofer, 1986 .

“Two-Electron Reduction” of Phosphane-substituted Tricobalt Clusters—Evidence for a 17-Electron Intermediate in the Dissociative ETC Ligand Substitution†

J. Heinze, K. Hinkelmann, J. Field, 1987 .

“Two-Electron Reduction” of Phosphane-Substituted Tricobalt Clusters - Evidence for a 17-Electron Intermediate in the Dissociative ETC Ligand Substitution.

J. Heinze, K. Hinkelmann, J. Field, 1987 .

Acetaldehyde hydration by zinc-hydroxo complexes: Coordination number expansion during catalysis. Methylation of zinc bound thiolates: A model for cobalamine independent methionine synthase

K. G. Caulton, J. Canary, H. Vahrenkamp, 1999 .

TWO NEW PYRIDYL-SUBSTITUTED TRIS(PYRAZOLYL)BORATE LIGANDS AND THEIR POTASSIUM SALTS

H. Vahrenkamp, Karl Weis, 1997 .

(Neocuproin)zinc Thiolates: Attempts at Modeling Cobalamin-Independent Methionine Synthase

J. Seebacher, Mian Ji, H. Vahrenkamp, 2004 .

Molecular structure of gaseous dimethylboric anhydride, (CH3)2BOB(CH3)2

H. Vahrenkamp, G. Gunderson, 1976 .

Synthesis and test of organometallic materials as sensitive layers on quartz microbalance devices

H. Vahrenkamp, A. Battenberg, V. F. Breidt, 1996 .

Evidence for a Trajectory of Hydrolytic Reactions brought about by [L3Zn−OH] Species

H. Vahrenkamp, E. Keller, Karl Weis, 1999 .

The TpZn–OH/CS2 reaction: theoretical and preparative visualization of an essential bioinorganic reaction path

M. Bräuer, E. Anders, W. Koch, 2000 .

Reactions of pyrazolylborate-zinc-hydroxide complexes related to beta-lactamase activity.

H. Vahrenkamp, Florian Gross, 2005, Inorganic chemistry.

Pyrazolylboratozinc Complexes of Nucleosides and Nucleoside Analogues

H. Vahrenkamp, Dirk Badura, 2003 .

Pyrazolylborate-zinc alkoxide complexes. 1. Basic properties, methylations, and heterocumulene insertions.

H. Vahrenkamp, H. Brombacher, 2004, Inorganic chemistry.

Zn−O2H3−Zn: a Coordination Mode of the Hydrolytic Zinc−Aqua Function and a Possible Structural Motif for Oligozinc Enzymes

M. Ruf, H. Vahrenkamp, A. Weis, 1996 .

Solution behaviour and zinc complexation of tripeptides with cysteine and/or histidine at both termini

M. Gelinsky, P. Gockel, H. Vahrenkamp, 1998 .

The Solid‐State Structure of Me2B ? O ? BMe2

H. Borrmann, A. Simon, H. Vahrenkamp, 1989 .

Pyrazolylborate-zinc-nucleobase-complexes, 2:(1) preparations and structures of Tp(Cum,Me)Zn and Tp(Ph,Me)Zn complexes.

H. Vahrenkamp, Dirk Badura, 2002, Inorganic Chemistry.

Solution behaviour and zinc complexation of di- and tripeptides with two cysteine units

M. Gelinsky, H. Vahrenkamp, R. Vogler, 2002 .

Zinc complex chemistry of N,N,O ligands providing a hydrophobic cavity.

H. Vahrenkamp, Florian Gross, 2005, Inorganic chemistry.