|
Surname |
First Name |
Title |
Ses |
# |
Symp |
|---|---|---|---|---|---|
|
Russell |
Graham |
The Development of Bisphosphonates for Therapeutic Use and Their Mechanisms of Action |
LMA |
1 |
CONF |
|
Ebetino |
Frank |
The Discovery of the Bone Active Agent Risedronate, and Bisphosphonate Structure-Activity Considerations |
LM1-1 |
553 |
MEDB |
|
Esswein |
Angelika |
Bisphosphonates and Novel Related Structural Classes for Bone Resorption Disorders |
LM1-2 |
319 |
MEDB |
|
Widler |
Leo |
Amino-Substituted Gem-Bisphosphonates |
LM1-3 |
268 |
MEDB |
|
Golomb |
G. |
Carrier-Mediated Increased Absorption of Bisphosphonate Prodrugs |
LM1-4 |
333 |
MEDB |
|
Weil |
Edward |
A Survey of Recent Progress in Phosphorus-Based Flame Retardants and some Mode of Action Studies |
LM2-1 |
266 |
FLAR |
|
Weferling |
Norbert |
Methyldicholorophosphine, A Versatile Starting Material for Performance Chemicals and Flame Retardants |
LM2-2 |
489 |
FLAR |
|
Woodward |
Gary |
Flame Retardants Based on the Chemistry of 1-Ethyl-4-Phospha-3,5,8-Trioxabicyclo-[2,2,2]-Octane (PTBO) |
LM2-3 |
273 |
FLAR |
|
Koola |
Johnson |
Salicyl Phosphates: Novel Flame Retardants |
LM2-4 |
104 |
FLAR |
|
Telschow |
Jeffrey |
Synthesis of Pentaerythritol Phosphate Derivatives as Flame Retardants for Polyolefins |
LM2-5 |
247 |
FLAR |
|
Bertrand |
Guy |
The First Compound with a Phosphorus-Phosphorus One-Electron Bond |
LM3-1 |
21 |
INOR |
|
Niecke |
Edgar |
Diphosphetane-Diyles: Diradical or Hückel Aromatic? From Orbital and Structural Isomerism to Radical Cations and Anionic Carbenes |
LM3-2 |
425 |
INOR |
|
Nakazawa |
Hiroshi |
Reactivity of a Cationic Phosphenium Complex of Tungsten Containing an Alkyl or a Stannyl Group |
LM3-3 |
159 |
INOR |
|
Colacot |
Thomas |
Precious Metal-Phosphine Complexes for Homogeneous Catalysis |
LM3-4 |
47 |
INOR |
|
Stucky |
Galen |
Materials Nanostructure Design with Phosphates and Arsenates |
LM4-1 |
548 |
POLY |
|
Thompson |
Mark |
Metal Phosphonate Thin Films and their Use in Photoelectro-Chemical Devices |
LM4-2 |
518 |
POLY |
|
Page |
Catherine |
Metal-Bisphosphonate Multilayer Thin Films with Nonlinear Optical Activity |
LM4-3 |
433 |
POLY |
|
Brown |
Paul |
Hydroxyapatite-Polymer Composites |
LM4-4 |
303 |
POLY |
|
Allcock |
Harry |
Recent Developments with an Impact on the Future of Polyphosphazene Science and Technology |
LM4-5 |
294 |
POLY |
|
Diefenbach |
Ursula |
Metal Ion Uptake of Functionalized Phosphazenes |
LM4-6 |
315 |
POLY |
|
Wisian-Neilson |
Patty |
Poly(Alkyl/Arylphosphazenes) and their Derivatives |
LM4-7 |
492 |
POLY |
|
Garcia-Alonso |
F. J. |
Synthesis of Phosphazenes High Polymers Containing Functionalized and Optically Active Spiro-Cyclic Groups |
LM4-8 |
228 |
POLY |
|
Batyeva |
Elvira |
Synthesis of Organophosphorus Compounds in Terms of Elemental Phosphorus, Sulfur and their Derivatives |
LM5-1 |
18 |
ORGC |
|
Litvinov |
I. |
Spatial Structure of Heterocyclic Organoelement Compounds Determined by X-Ray Diffraction. Interpretation Model Based on Hyperconjugative Interactions |
LM5-2 |
395 |
ORGC |
|
Liu |
Lun-Zu |
The Synthesis of Phosphonyl Pyrazoles |
LM5-3 |
122 |
ORGC |
|
Kalchenko |
V. |
Inherently Chiral Phosphorus-Containing Calix[4]Arenes |
LM5-4 |
403 |
ORGC |
|
Zwierzak |
A. |
N-(Diethoxyphosphoryl)Aldimines as Synthetic Equivalents of A1 Type Synthons |
LM5-5 |
291 |
ORGC |
|
Denis |
Jean-Marc |
Application of Phosphaalkenes and Phosphaalykynes in Organophosphorus Chemistry, New Results |
LM5-6 |
313 |
ORGC |
|
Verkade |
John |
New Chemistry of ZP(RNCH2CH2)3N Systems |
LM5-7 |
260 |
ORGC |
|
Pudovik |
Mikhael |
Polyheterophosphacyclanes with Endocyclic P-C Bonds |
LM5-8 |
195 |
ORGC |
|
Michalski |
Jan |
Novel Unique Activating Reagents in Synthesis of Biophosphates Via the Phosphoramidite Route |
LM5-9 |
411 |
ORGC |
|
Coward |
James |
Synthesis and Biochemical Studies of Phosphorus-Based "Tetrahedral Mimics" as Inhibitors of ATP-Dependent Ligases |
LM6-1 |
311 |
ABZM |
|
Janda |
Kim |
A Merging of Chemistry and Biology in Terms of Antibody Catalysis |
LM6-2 |
359 |
ABZM |
|
Fujii |
Ikuo |
Evolving Catalytic Antibodies in a Phage-Displayed Combinatorial Library |
LM6-3 |
321 |
ABZM |
|
Knossow |
Marcel |
Structures of Esterase-Like Catalytic Antibodies |
LM6-4 |
383 |
ABZM |
|
Nancollas |
George |
Kinetics and Surface Energy Approaches to the Crystallization of Synthetic and Biological Calcium Phosphates |
LM7-1 |
420 |
DENT |
|
Tofe |
Andrew |
Xenograft/Bioactive Synthetic Peptide for Osseous Repair |
LM7-2 |
534 |
DENT |
|
Chow |
Laurence |
Formation of Hydroxyapatite in Cement Systems: Effects of Phosphate |
LM7-3 |
547 |
DENT |
|
Zeuner |
F. |
Synthesis and Dental Aspects of Acrylic Phosphoric and Phosphonic Acids |
LM7-4 |
287 |
DENT |
|
Tanaka |
Masato |
Palladium-Catalyzed Phosphorylation and Phosphinylation of Alkynes |
LM8-1 |
244 |
COOR |
|
Protasiewicz |
J. |
Diphosphene and Phosphoranylidenephosphine Formation from a Terminal Phosphinidene Complex |
LM8-2 |
193 |
COOR |
|
Scherer |
O. |
Recent Advances in the Chemistry of Complexes with PnLigands |
LM8-3 |
461 |
COOR |
|
Heinicke |
J. |
P,O-Ligands: 2-Hydroxyarylphosphines, Nickel Complexes and Use in Homogenous Catalysis |
LM8-4 |
74 |
COOR |
|
Livinghouse |
Tom |
New Methods For the Asymmetric Synthesis of P-Chiral Phosphine Ligands |
LT1-1 |
540 |
STER |
|
Kawashima |
Takayuki |
Synthesis of the First Stable Pentacoordinate 1,2-Thiaphosphetene |
LT1-2 |
365 |
STER |
|
Zimmer |
Hans |
Condensed Heterocycles Via a-Heterosubstituted Phosphonate Carbanions |
LT1-3 |
508 |
STER |
|
Hanessian |
Stephen |
Aspects of Design and Reactivity in Organophosphorus Chemistry |
LT1-4 |
549 |
STER |
|
Mikolajczyk |
Marian |
Asymmetric Synthesis of Aminophosphonic Acids |
LT1-5 |
412 |
STER |
|
Schrader |
Thomas |
Chelate Complexes with the P=O-Double Bond- A New Concept for Asymmetric Synthesis |
LT1-6 |
219 |
STER |
|
Tullis |
Joshua |
Synthetic Application of an Asymmetric Horner-Wadsworth-Emmons Condensation: Towards the Synthesis of Doliculide |
LT1-7 |
255 |
STER |
|
Rein |
Tobias |
Asymmetric Horner-Wadsworth-Emmons Reactions with Meso Substrates: Scope, Mechanism, and Synthetic Applications |
LT1-8 |
204 |
STER |
|
Reiser |
Oliver |
New Approaches Towards the Synthesis of Alkenes Using the Horner-Wadsworth-Emmons (HWE) Reaction as the Key Step |
LT1-9 |
205 |
STER |
|
McClure |
Cynthia |
Syntheses of 2- and 3-Phosphonomethyl Derivatives of Arabinose via Pentacovalent Oxaphospholene Methodology |
LT1-10 |
406 |
STER |
|
Spilling |
Christopher |
Stereoselective Reactions of Hydroxy Allylic Phosphonates |
LT1-11 |
233 |
STER |
|
Landis |
William |
The Nature of Calcium Phosphate in Mineralizing Vertebrate Tissues |
LT2-1 |
115 |
CAPH |
|
Boskey |
Adele |
Phosphoproteins and Biomineralization |
LT2-2 |
535 |
CAPH |
|
Amjad |
Zahid |
The Design and Application of Calcium Phosphate Inhibiting Polymers in Industrial Water Systems |
LT2-3 |
451 |
CAPH |
|
Chang |
Ji |
Copolymers Obtained by Grafting Reaction of 2-Methyl-2-Oxazoline onto Poly(4-Methylphenoxyphosphazene) and their Micelle Formation |
LT3-1 |
305 |
POLY |
|
Gleria |
M. |
Poly(Organophosphazenes) Containing Oxazoline Groups |
LT3-2 |
332 |
POLY |
|
Gettleman |
Lawrence |
Polyphosphazene Fluoroelastomer for Denture Liners and Facial Prosthetics |
LT3-3 |
476 |
POLY |
|
Haoudi-Mazzah |
Amal |
Vibrational Study of New Eight-membered Si-O-P Heterocycles |
LT3-4 |
343 |
POLY |
|
Allen |
Christopher |
New Aspects of the Preparation and Polymerization of Cl3PNP(0)Cl2 |
LT3-5 |
10 |
POLY |
|
Manners |
Ian |
Synthesis and Ring-Opening Polymerization of Strained Phosphorus-Containing Rings |
LT3-6 |
400 |
POLY |
|
Neilson |
Robert |
New Phosphorus-Fluorocarbon Hybrid Polymer Systems |
LT3-7 |
422 |
POLY |
|
Peterson |
E. |
Separations Using Polyphosphazene Membranes |
LT3-8 |
450 |
POLY |
|
Meisel |
Manfred |
New Oxovanadium Phosphonate Clusters and Coordination Polymers |
LT3-9 |
409 |
POLY |
|
Watanabe |
Makoto |
Phase Transition of App Form I to II and Synthesis of APP Form II from the System of Ammonium Orthophosphate-Urea |
LT3-10 |
517 |
POLY |
|
Efimova |
A. |
Polycation-Induced Structural Rearrangements in Phospholipid Bilayer Membranes |
LT3-11 |
53 |
POLY |
|
Lerner |
Richard |
Catalytic Antibodies |
LT4-1 |
314 |
ABZM |
|
Schultz |
Peter |
Lessons From the Immune System: From Catalysis to Materials |
LT4-2 |
478 |
ABZM |
|
Gabibov |
A. |
Catalytic Antibodies Toward DNA, Mechanism of Cleavage of Phosphodiester Bond |
LT4-3 |
322 |
ABZM |
|
Landry |
Donald |
Transition-State Analogs for Cocaine Hydrolysis |
LT4-4 |
116 |
ABZM |
|
Reymond |
Jean-Louis |
Atropisomeric Transition State Analogs |
LT4-5 |
455 |
ABZM |
|
Wentworth Jr. |
Paul |
Oxorhenium(V) Complexes: A New Class of Ribonuclease Inhibitors and Haptens for Phosphodiesterase Antibody Generation |
LT4-6 |
554 |
ABZM |
|
Mathey |
Francois |
New Carbon-Phosphorus Macrocycles |
LT5-1 |
143 |
INOR |
|
Lattman |
Michael |
Variable Coordination of Phosphorus within Calixarenes and Complexing Abilities of Phosphorus-Based Calixarenes |
LT5-2 |
117 |
INOR |
|
Regitz |
M. |
The Metal - Catalyzed Cylooligomerization of Phosphaalkynes |
LT5-3 |
541 |
INOR |
|
Krishnamurthy |
S. |
Cyclotriphosphazanes and Bicyclic Tetraphosphapentazanes |
LT5-4 |
106 |
INOR |
|
Rabe |
Gerd |
Structural Diversity in Molecular Structures of MP(H)R Species (M=K,Rb,Cs) |
LT5-5 |
201 |
INOR |
|
Schmutzler |
Reinhard |
The Triphenylmethyl Group - a Kinetically Stabilizing Substituent and Protecting Group in Organophosphorus Chemistry |
LT5-6 |
216 |
INOR |
|
Kee |
T. |
Chiral Phosphorus(III) Triflates |
LT5-7 |
366 |
INOR |
|
Gaspar |
P. |
Phosphindenes, Phosphiranes, and their Chalcogenides |
LT5-8 |
331 |
INOR |
|
Laali |
Kenneth |
Novel Cations and Molecules from Phosphaalkynes 1H-Phosphirenes and from Tetraphosphacubane |
LT5-9 |
112 |
INOR |
|
Wild |
S. |
Self-Assembly of Di- and Tri-Nuclear Metal Helicates of Poly(Tertiary Phosphines) |
LT5-10 |
452 |
INOR |
|
Sinyashin |
Oleg |
Heterocyclic Phosphorus Ligands in Coordination Chemistry of Transition Metals |
LT5-11 |
230 |
INOR |
|
Sikorski |
James |
Insights from 31P NMR Studies of Substrate and Inhibitor Complexes with the Enzyme EPSP Synthase |
LT6-1 |
468 |
BNMR |
|
Gorenstein |
David |
P-31 NMR as a Probe of the Conformation and Dynamics of DNA and Protein-DNA Complexes |
LT6-2 |
65 |
BNMR |
|
Hurley |
Laurence |
31P-NMR as a Probe for Drug-Nucleic Acid Interactions |
LT6-3 |
529 |
BNMR |
|
Schweitzer |
Barry |
The Use of 31P Relaxation Experiments to Probe the Effects of Nucleoside Analogs on DNA Dynamics |
LT6-4 |
523 |
BNMR |
|
Semenova |
Nataly |
31P NMR in vivo Study of Brain Energy Metabolism Under Focal Ischemia |
LT6-5 |
222 |
BNMR |
|
Luxon |
Bruce |
Exploration of Free and Protein-Bound DNA Backbone Dynamics Using 1H-31P Heterocosy NMR |
LT6-6 |
544 |
BNMR |
|
Nikonowicz |
Edward |
NMR Spectroscopic Investigations of Phosphorothioate Containing RNAS |
LT6-7 |
164 |
BNMR |
|
Rao |
B.D. |
How Far Does the Itinerant Phosphoryl Group Move on a Phosphoryl - Transfer Enzyme? |
LT6-8 |
453 |
BNMR |
|
Castro |
Chris |
Near Real Time 31P NMR of Wild-Type and Mutant S. Cerevisae to Delineate the Role of Vacuolar Polyphosphate |
LT6-9 |
43 |
BNMR |
|
McKenna |
Charles |
Synthetic Approaches to Biologically Active Bisphosphonates and Phosphonocarboxylates |
LT7-1 |
551 |
MEDB |
|
Francis |
Marion |
Physical Chemistry of Osteoclast Dissolution of Bone |
LT7-2 |
4 |
MEDB |
|
Mönkkönen |
Jukka |
Effect of Bisphosphonates on the Inflammatory Processes of Activated Macrophages |
LT7-3 |
416 |
MEDB |
|
Almstead |
Neil |
The Design and Synthesis of Sulfur Containing Bisphosphonic Acids for the Treatment of Arthritis |
LT7-4 |
11 |
MEDB |
|
Galkin |
V. |
Modelling of Substituents Electronic and Steric Effects for Effective Analysis of Organoelement and Organophosphorus Reactivity |
LW1-1 |
328 |
ORGC |
|
Cherkasov |
R. |
Arbuzov Reaction in the Series of Halogenocyclenes: New Synthetic and Mechanistic Variants |
LW1-2 |
306 |
ORGC |
|
Dutasta |
Jean-Pierre |
Synthesis, Host Properties and Structure of Phosphorylated Cavitands |
LW1-3 |
466 |
ORGC |
|
Nifantyev |
Edward |
Amidophosphito- and Phosphitocavitands |
LW1-4 |
166 |
ORGC |
|
Huang |
Tian-Bao |
Two Facile Syntheses of Chiral Phosphetanes |
LW1-5 |
82 |
ORGC |
|
Antipin |
Igor |
a-Aminophosphonates: Effective Carriers for the Membrane Transport of Biorelevant Species |
LW1-6 |
12 |
ORGC |
|
Mphahlele |
Malose |
Synthesis and Reactivity of Nitrogen-Containing 3-Phosphonoalkylcyclohexenones |
LW1-7 |
417 |
ORGC |
|
Gololobov |
Yuri |
P-Zwitterions from Trialkylphosphines and 2-Cyanoacrylates |
LW1-8 |
64 |
ORGC |
|
Letsinger |
R. |
Chemistry of Oligonucleotide-Gold Nanoparticle Conjugates |
LW2-1 |
536 |
OLIG |
|
Agrawal |
Sudhir |
Chemistry and Biology of Antisense Oligonucleotides |
LW2-2 |
533 |
OLIG |
|
Stec |
Wojciech |
Nucleoside - O -(2-Thiono-1.3.2 - Oxathiaphospholanes) - Versatile Tools in the Synthesis of Analogs of Oligonucleotides |
LW2-3 |
237 |
OLIG |
|
Manoharan |
Muthiah |
To Have or Not to Have: Antisense Oligonucleotides with Phosphate-, Modified Phosphate-, and Non-Phosphate-Linkages |
LW2-4 |
96 |
OLIG |
|
Pirrung |
Michael |
Nucleic Acid Analysis by Arrayed Primer Extension (APEX): Synthesis and DNA Chips |
LW2-5 |
532 |
OLIG |
|
Bentrude |
Wesley |
New Free Radical and Photochemical Routes to Phosphonate Oligonucleotide Precursors |
LW2-6 |
298 |
OLIG |
|
Caruthers |
Marvin |
Recent Developments in the Synthesis and Biochemistry of Nucleic Acids |
LW2-7 |
494 |
OLIG |
|
Caperelli |
Carol |
Substrate Specificity Studies on De Novo Purine Biosynthesis |
LW2-8 |
428 |
OLIG |
|
Mironov |
V. |
Reaction of Phenylenedioxatrihalogenophosphoranes with Aryl-Acetylenes. Synthesis and Spatial Structure of Derivatives of 2-Oxo-4-Aryl-5,6-Benzo-1,2-Oxaphosphorin-2-Enes |
LW3-1 |
152 |
STER |
|
Walker |
Brian |
The Synthesis and Chemistry of Formylphosphonate |
LW3-2 |
264 |
STER |
|
Pietrusiewicz |
K. |
Asymmetric and Doubly Asymmetric 1,3-Dipolar Cycloadditions in the Synthesis of Enantiopure Organophosphorus Compounds |
LW3-3 |
441 |
STER |
|
Abdou |
Wafaa |
Synthesis and Characteristics of Novel Thiazole and Dithiazole Derivatives. Reactions of Heterocyclic cis-Disulfides with some Nucleophilic Phosphorus Reagents |
LW3-4 |
2 |
STER |
|
Lefebvre |
Isabelle |
Asymmetric Synthesis of a-Amino Phosphonic Acids Employing Versatile Sulfinimines and Sulfonimines |
LW3-5 |
389 |
STER |
|
Taillefer |
M. |
Phosphonium Diylides in Organic Synthesis |
LW3-6 |
242 |
STER |
|
Benincori |
Tiziana |
Designing Chiral Diphosphines for Asymmetric Homogeneous Catalysis |
LW3-7 |
349 |
STER |
|
Skowronska |
Aleksandra |
A New Synthesis of Tri- and Tetra Substituted Olefins Based on Thio- and Selenophosphates |
LW3-8 |
471 |
STER |
|
Yesinowski |
James |
19F MAS NMR of Fluorapatites and Their Ca++/Sr++ Solid Solutions |
LW4-1 |
537 |
BONE |
|
Pan |
Yong |
The Investigation of the Spatial Distribution of F in Fluoridated Hydroxyapatite by 31P-19F REDOR NMR |
LW4-2 |
528 |
BONE |
|
Borah |
Babul |
3D Bone Architecture by Microimaging Techiques (MRI and CT): Emerging Applications in Drug Development for Osteoporosis |
LW4-3 |
464 |
BONE |
|
Ackerman |
Jerome |
Solid State NMR of Bone Mineral and Synthetic Calcium Phosphates |
LW4-4 |
396 |
BONE |
|
Marcott |
Curtis |
Infrared Microspectroscopic Imaging of Biomineralized Tissues Using a Mercury-Cadmium Telluride Focal-Plane Array Detector |
LW4-5 |
531 |
BONE |
|
Guzelsu |
Nejat |
Effect of In-Vitro Fluoride Ion Treatment on the Mechanical Properties of Bone Tissue |
LW4-6 |
340 |
BONE |
|
Briguet |
Andre |
Proton NMR Imaging in Dental Systems |
LW4-7 |
302 |
BONE |
|
Maier |
Ludwig |
What are the Requirements in the Glyphosphate Molecule in Order to be Herbicidally Active? |
LW5-1 |
132 |
AGRI |
|
Boduszek |
Bogdan |
Synthesis and Biological Activity of Heterocyclic Aminophosphonates |
LW5-2 |
26 |
AGRI |
|
Gancarz |
Roman |
On the Facile P-C Bond Break |
LW5-3 |
330 |
AGRI |
|
Hoffmann |
Michael |
Synthesis of Triazolylmethyl-Cyclophosphanoxides as Novel Inhibitors of Imidazoleglycerol Phosphate Dehydratase with Herbicidal Activity |
LW5-4 |
79 |
AGRI |
|
Hudson |
Harry |
Phosphorus-Containing Fungicides: A Review of Current Research and Prospects |
LW5-5 |
84 |
AGRI |
|
Hägele |
Gerhard |
Synthesis and Biological Activity of Aminomethanephosphonic Acids and Derivatives |
LW5-6 |
342 |
AGRI |
|
Lewkowski |
Jaroslaw |
Stereoselective Synthesis of Chiral (2-Furyl)Aminomethane-Phosphonic and Aminophosphonous Acids |
LW5-7 |
119 |
AGRI |
|
He |
Liang-Nian |
The Quantatitve Structure-Herbicidal Activity Relationship of 1-Alkyl-1,3,2-Diazaphospholidin-4-Thione-2-Sulfides |
LW5-8 |
556 |
AGRI |
|
Gudat |
D. |
Oxidation and Reduction of Bis-Phosphonio-Isophosphindolides: From Phosphorus Crown Ethers to Phosphine-Functionalized Phospholides |
LW6-1 |
71 |
COOR |
|
Katti |
Kattesh |
Construction of Water-Soluble Phosphines. New Advances in Aqueous Organometallic Chemistry |
LW6-2 |
364 |
COOR |
|
Nixon |
John |
New Coordination Complexes Derived from the Phospha-Alkyne ButCP |
LW6-3 |
426 |
COOR |
|
Grützmacher |
Hansjörg |
Novel Phosphines and their Coordination Chemistry |
LW6-4 |
69 |
COOR |
|
Ito |
Yoshihiko |
Design and Synthesis of Optically Active Trans-Chelating Diphosphine Ligands. Application for Catalytic Asymmetric Synthesis |
LW6-5 |
358 |
COOR |
|
Struebel |
Rainer |
Generation and Reactions of Transient Nitrilium Phosphane Ylide Complexes |
LW6-6 |
239 |
COOR |
|
Hey-Hawkins |
Evamarie |
Functionalised Phosphorus-Based Ligands in Early Transition Metal Chemistry |
LW6-7 |
78 |
COOR |
|
Smith |
C. |
Rhodium-105 Complexes of Polydentate, Aqueous-soluble, Phosphine Ligands: New Radiochemical Developments Towards Radioimmunotherapy |
LH1-1 |
504 |
RADI |
|
Griffiths |
D. |
Phosphine-Containing Ligands and the Search for a Tc-99m Based Myocardial Imaging Agent |
LH1-2 |
336 |
RADI |
|
Volkert |
W. |
Bifunctional Chelation Systems Based on Hydroxymethyl Phosphine-Based Donor Groups |
LH1-3 |
487 |
RADI |
|
Edwards |
Scott |
Tc-99m Radiopharmaceuticals based on a Ternary Ligand System Comprised of a Water Soluble Phosphine |
LH1-4 |
52 |
RADI |
|
Yasui |
Shinro |
Fluorescence Quenching of Rhodamine Through Single-Electron Transfer from Trivalent Phosphorus Compounds |
LH1-5 |
277 |
RADI |
|
Nicolini |
A. |
The Role of Bone Scintigraphy in the Post-Operative Follow-Up of Breast, Colorectal and Urogenital Cancer |
LH1-6 |
424 |
RADI |
|
Cristau |
H. |
Polyphosphines Polyoxides as Complexing Agents of Actinides for the Removal from Nuclear Wastes or from the Human Body |
LH1-7 |
185 |
RADI |
|
Kenyon |
George |
Structure-Function Studies on Creatine Kinase |
LH2-1 |
98 |
BIO1 |
|
Gutheil |
William |
Perspectives on the Mechanism of ATP Hydrolysis by Nitrogenase |
LH2-2 |
545 |
BIO1 |
|
Potter |
Barry |
Cyclic Adenosine 5'-Diphosphate Ribose-Mediated Cellular Signalling: New Insights Using Synthetic Ligands |
LH2-3 |
189 |
BIO1 |
|
Dunaway- |
Debra |
Enzymology of the Phosphorus-Carbon Bond |
LH2-4 |
318 |
BIO1 |
|
Raushel |
Frank |
Stereochemical Constraints on the Catalytic Hydrolysis of Organophosphate Nerve Agents by Phosphotriesterase |
LH2-5 |
454 |
BIO1 |
|
Warshel |
Arieh |
Mechanistic Alternatives in Phosphate Ester Hydrolysis. The Use of Computer Simulations for Obtaining More Unique Interpretation of Experiments |
LH2-6 |
265 |
BIO1 |
|
Wolfenden |
Richard |
Spontaneous Hydrolysis of Monoesters and Diesters of Phosphoric Acid, and the Proficiencies of Phosphohydrolases as Catalysts |
LH2-7 |
493 |
BIO1 |
|
Blackburn |
G. |
Supercharged Nucleotide Analogues Based on Methantrisphosphonic Acids |
LH2-8 |
543 |
BIO2 |
|
Lamande |
L. |
Dioxazaphosphocanes . Synthesis , Structure and Biological Activity |
LH2-9 |
114 |
BIO2 |
|
Jakeman |
David |
Highly Potent Bisphosphonate Ligands for Phosphoglycerate Kinase and Protein Binding Studies |
LH2-10 |
22 |
BIO2 |
|
Kovach |
Ildiko |
Ligand and Active-Site Dependent P-O Versus C-O Bond Cleavage in Organophosphorus Adducts of Serine Hydrolases |
LH2-11 |
105 |
BIO2 |
|
Shestakova |
Natalia |
Theoretical Conformational Analysis of Cholinesterase (ChE) Organophosphorus Inhibitors (OPI). Accessibility of Phosphorus Atom for Interaction with Various ChEs |
LH2-12 |
227 |
BIO2 |
|
Macdonald |
Charles |
The Remarkable Dimerization of Mes*N=P-Otf |
LH3-1 |
397 |
INOR |
|
Du Mont |
Wolf |
The Surprising Variety of products from Reactions of P-P Bonds with Dichlorogermylene |
LH3-2 |
316 |
INOR |
|
Lacour |
Jérôme |
Chiral Hexacoordinated Phosphorus Anions: Effective Auxiliaries for Anion Mediated Asymmetric Processes |
LH3-3 |
386 |
INOR |
|
Holzner |
Christoph |
Baysolvex: New and Proven Phosphorus-Containing Extraction Chemicals from Bayer |
LH3-4 |
81 |
INOR |
|
Karsch |
Hans |
Hard Metal Centers with Soft Phosphine Type Ligands |
LH3-5 |
91 |
INOR |
|
Holmes |
Robert |
Donor Interactions at Phosphorus. Implications Regarding Enzymatic Reaction Intermediates |
LH3-6 |
80 |
INOR |
|
Cavell |
Ronald |
Novel Multifunctional Phosphorus Ligands for Metal Complexation and Homogeneous Catalytic Applications |
LH3-7 |
44 |
INOR |
|
Lammertsma |
Koop |
The Versatile Chemistry of Complexed Phosphindidenes |
LH3-8 |
514 |
INOR |
|
Yoshifuji |
Masaaki |
New Type of Phosphorus Compounds Containing Sulfur and Selenium |
LH3-9 |
500 |
INOR |
|
Akiba |
Kin-Ya |
Preparation and Kinetic Study of Antiapicophilicity Pseudorotamers of Substituted Spirophosphoranes with Martin Ligand |
LH3-10 |
293 |
INOR |
|
Budnikova |
Y. |
Electrochemical Functionalization of White Phosphorus |
LH3-11 |
34 |
INOR |
|
Mastryukova |
Tatyana |
Synthesis and some Transformations of 1,2-Heterophosphacyclanes |
LH4-1 |
139 |
ORGC |
|
Wiemer |
David |
Nucleophilic Additions to b-Keto Phosphonates |
LH4-2 |
269 |
ORGC |
|
Aitken |
R. |
Pyrolysis of Cyclic Polyoxo Phosphorus Ylides |
LH4-3 |
3 |
ORGC |
|
Gajda |
Tadeusz |
Application of 1-Azidoalklyphosphonates in the Synthesis of Phosphonodipeptides and Other N-Substituted Aminophosphonates |
LH4-4 |
61 |
ORGC |
|
Igau |
Alain |
Phosphorus Compounds for the Formation of Unprecedented Anionic Zirconium Complexes |
LH4-5 |
351 |
ORGC |
|
Vinogradova |
N. |
The Selective C-Mono- and C,C-Dialkylation of Thiophosphorylacetonitriles and Reactivity of the Products |
LH4-6 |
261 |
ORGC |
|
Keglevich |
György |
Synthesis and use of 6-,7- and 8-Membered P-Heterocycles |
LH4-7 |
93 |
ORGC |
|
Nikonov |
George |
Stacking-Conformation in Functionally Substituted Phosphines |
LH4-8 |
163 |
ORGC |
|
Levy |
Jack |
Experimental and Quantum Chemical Studies of 2-Phosphinylphenol Derivatives |
LH4-9 |
391 |
ORGC |
|
Balczewski |
Piotr |
Synthesis, Reactions and Application of Phosphorus Containing Carbon Radicals |
LH4-10 |
16 |
ORGC |
|
Nuretdinov |
Ildus |
Synthesis and Structure of Cyclic Derivatives of Phosphonates |
LH4-11 |
538 |
ORGC |
|
Pirat |
J. |
Dehydroxylation of 1,2-Diols via Organophosphorus Reagents |
LH4-12 |
184 |
ORGC |
|
Nakamura |
Kazuhiko |
Synthesis and Biological Activities of Phosphonothrixin |
LH5-1 |
158 |
AGRI |
|
Sikorski |
James |
Design and Synthesis of New 4-(Alpha-Heterophosphonomethyl) Pyrroles as Shikimate 3-Phosphate Analog Inhibitors of EPSP Synthase |
LH5-2 |
469 |
AGRI |
|
Lennon |
Patrick |
New Tetracoordinate P-CN Compounds |
LH5-3 |
97 |
AGRI |
|
Kafarski |
Pawel |
Recent Advances in the Research on Herbicidally Active Aminomethylenebisphosphonic Acids |
LH5-4 |
522 |
AGRI |
|
Yuan |
Chengye |
Fluorinated Organophosphorus Compounds as a New Class of Agrochemicals |
LH5-5 |
280 |
AGRI |
|
Zavlin |
Pavel |
Organophosphorus Growth Regulators and Inductors of Plant Resistance |
LH5-6 |
142 |
AGRI |
|
He |
Hongwu |
Synthesis and Dealkylation of 1-(Dichlorophenoxy Acetoxy) Alkyl Phosphonates |
LH5-7 |
344 |
AGRI |
|
Stawinski |
Jacek |
New Methods for the Formation of the P-F and P-N Bonds. Their Relevance to Nucleotide and Oligonucleotide Analogues Synthesis |
LH6-1 |
236 |
OLIG |
|
Yamashita |
Mitsuji |
Synthesis and Structure of Novel Glycoside and Nucleoside Derivatives of Phospha Sugar Analogs |
LH6-2 |
276 |
OLIG |
|
Sanghvi |
Yogesh |
Antisense Drugs: Low-Cost Multi-Ton Manufacture for Market |
LH6-3 |
155 |
OLIG |
|
Collingwood |
Stephen |
The Synthesis of Novel Modified Nucleic Acid Monomers and their Subsequent Solid Phase Oligomerisation to Give 3-Methylene Phosphonate DNA (3MP) |
LH6-4 |
310 |
OLIG |
|
Wozniak |
Lucyna |
Mixed Phosphorus-Carboxylic Anhydrides as Synthons for Stereoselective Synthesis of [Rp]-Dinucleoside (3',5')-Methanephosphonates |
LH6-5 |
496 |
OLIG |
|
Dransfeld |
Alk |
How Does the 31P NMR Chemical Shift Change with Phosphorus Bond Length? An Ab Initio NMR Study |
LH7-1 |
50 |
TNMR |
|
Zhang |
Chang-Guo |
Theoretical Prediction of the 31P NMR Chemical Shifts of the Intermediates in Phosphorylester Exchanges and N &endash;> O Migration Reactions of Dialkyloxyphosphoryl Amino Acids |
LH7-2 |
288 |
TNMR |
|
Hägele |
Gerhard |
Application of Efficient Program Systems for Spectral Analysis of Phosphorus Containing Compounds |
LH7-3 |
526 |
TNMR |
|
Fleischer |
U. |
Calculations of Phosphorus Chemical Shift Tensors - Studies on Phosphorus Chalcogen Compounds |
LH7-4 |
59 |
TNMR |
|
Il'Asov |
Akhat |
Generation and Magnetic Properties of Phosphorylated Nitroxyles, Iminoxyles and Oximes |
LH7-5 |
353 |
TNMR |
|
Röschenthaler |
Gerd-Volker |
Mono and Bisphosphonates from Perfluoro Olefins and Polyfunctional Fluor Ketones. Synthesis, Molecular Structure and Derivatives |
LF1-1 |
207 |
BISP |
|
Pankiewicz |
Krystof |
Synthesis of Methylenebis(Phosphonate) Analogues of Nucleotide Coenzymes and other Biologically Important Pyrophosphates. A Novel Coupling Mechanism |
LF1-2 |
217 |
BISP |
|
Blum |
Helmut |
Bisphosphonates - Milestones in the Therapy of Bone Diseases (Syntheses - Properties - Applications) |
LF1-3 |
9 |
BISP |
|
Kim-Park |
Wan |
Possible Role of Bisphosphonate in Regulating Phospholipase C Activity in Human Neutrophils |
LF1-4 |
405 |
BISP |
|
Lozinsky |
M. |
Synthesis of Thiazolium Substituted gem-Bisphosphonates and Investigation of Some of Their Properties |
LF1-5 |
125 |
BISP |
|
Kiddle |
James |
A Facile Synthesis of Vinyl and Allylic 2,2,2-Trifluoroethyl Phosphonates |
LF1-6 |
381 |
BISP |
|
Tanina |
S. |
Cell Intake and Protective Action Mechanism of Disodium Salt of Methylene Diphosphonic Acid in Organophosphate (Vx) Intoxication |
LF1-7 |
483 |
BISP |
|
Efremov |
Dmitry |
Phosphoric Anhydride in Organic Synthesis |
LF1-8 |
54 |
BISP |
|
Minami |
Toru |
Synthetic Utilization of a-Phosphonovinyl Anions |
LF2-1 |
148 |
ORGC |
|
Modro |
T. |
Structural, Spectroscopic and Reactivity Studies of Phosphoric Amides |
LF2-2 |
415 |
ORGC |
|
Finocchiaro |
Paolo |
Synthesis of New Macrocyclic Aryl Phosphonates. X-Ray Structure and Clathration Properties |
LF2-3 |
58 |
ORGC |
|
Konovalov |
Alexander |
The Syntheses and Binding Properties of the Novel Organophosphorus Calixarenes |
LF2-4 |
103 |
ORGC |
|
Cao |
Weiguo |
Simple Syntheses of Polysubstituted Arenes Via Acyclic Precursors |
LF2-5 |
42 |
ORGC |
|
McClure |
Cynthia |
Investigation of the Reaction of Pentacovalent Oxaphospholenes with Isocyanates. Synthetic and Mechanistic Aspects |
LF2-6 |
407 |
ORGC |
|
Pinchuk |
Alexander |
C-Phosphorylated N,N-Dimethyl-N-Hetarylformamidines |
LF2-7 |
447 |
ORGC |
|
Cheng |
Chien-Hong |
Synthetic Route to Fullerene Derivatives Containing Phosphonium Ylides and Phosphonate Esters |
LF2-8 |
432 |
ORGC |
|
Scheer |
Manfred |
Complexes with a Metal Phosphorus Triple Bond |
LF3-1 |
214 |
INOR |
|
Kubicki |
Marek |
New Bimetallics (Mo,W) with Metallocene, Metal Carbonyl and Bridging PPh2 or CpPPh2 Units |
LF3-2 |
385 |
INOR |
|
Zenneck |
Ulrich |
Novel Routes to 1,2-Diphosphete and 1,2,4-Triphospholyl p-Complexes |
LF3-3 |
286 |
INOR |
|
Brusilovets |
Anatoli |
1,3,2,4-Oxaazaphosphatitanetidine. Structure and Properties |
LF3-4 |
33 |
INOR |
|
Kataeva |
Olga |
Competitive Coordination of Metals by Phosphorus and Sulfur in Complexes with Polydentate Ligands Containing P(III) - S Bonds |
LF3-5 |
92 |
INOR |
|
Mukmeneva |
N. |
Complexation of N-[DI](Isopropoxy)Thiophosphoryl]Thiobenzamide in 3D-Metal(II) Hexacyanoferrate(II) Gelatin-Immobilized Matrices |
LF3-6 |
320 |
INOR |
|
Petropavlovsky |
Igor |
Obtaining of Orthophosphorous Acid from Phosphorous Sludge and Elemental Iodine: Research and Simulation |
LF3-7 |
436 |
INOR |
|
Alfonsov |
Vladimir |
New Type of Molecular Propellers with Acyclic Blades Stabilised by Phosphorus Atropoisomerism |
LF3-8 |
7 |
INOR |
|
Tsai |
M. |
Use of Thiophosphate Analogs to Probe the Mechanism of Phosphatidylinositol-Specific Phospholipase C. |
LF4-1 |
546 |
BIO3 |
|
Scheffzek |
Klaus |
The Ras-Rasgap Complex: How to Complement an Inefficient Active Site |
LF4-2 |
552 |
BIO3 |
|
Brenner |
Charles |
Genetic, Biochemical and Crystallographic Definition of Substrate Analog Complexes with the Fragile Histidine Triad Protein as the Active, Signaling Form of Fhit |
LF4-3 |
301 |
BIO3 |
|
Bruzik |
Karol |
Synthesis and Application of Analogs of Phosphatidylinositol to Study Mechanism of Phosphatidylinositol-Specfic Phospholipase C |
LF4-4 |
372 |
BIO3 |
|
Herm |
Michael |
Synthetic Adrenaline Receptors Based on Bisphosphonates |
LF4-5 |
220 |
BIO3 |
|
Semina |
I. |
Mechanism of Action of Phosphorylacetic Acid Hydrazides as Memory Enhancers and Neuroprotectors |
LF4-6 |
225 |
BIO3 |
|
Zhao |
Yu-Fen |
N-Phosphoamino Acids and Co-Evolution of Nucleic Acid and Protein |
LF4-7 |
506 |
BIO3 |
|
Hamilton |
Robert |
The Synthesis of Phosphinic Acid-Based Proteinase Inhibitors |
LF4-8 |
72 |
BIO3 |
|
Yuan |
Chengye |
Computational and Theoretical Chemistry in Structure-Reactivity Studies of Organophosphorus Compounds |
LF5-1 |
278 |
COMP |
|
Lim |
Carmay |
Factors Governing the Enhanced Reactivity of Five-Membered Cyclic Phosphate Esters |
LF5-2 |
285 |
COMP |
|
Cherkasov |
Artem |
A New Approach to Theoretical Calculation of Group Electro-Negativities and its Application for Organoelement Reactivity |
LF5-3 |
309 |
COMP |
|
Boldeskul |
Igor |
Nature of Electron Donor Centers of Phosphoalkenes in H-Bond Complexes |
LF5-4 |
28 |
COMP |
|
Schoeller |
W. |
Interaction of Donors with Electron Deficient Low-Coordinated Phosphorus Compounds |
LF5-5 |
218 |
COMP |
|
White |
William |
A Comparison of Semi-Empirical and Ab Initio Methods on the Hydrolysis of Phosphinates, Phosphonates, and Phosphates |
LF5-6 |
267 |
COMP |
|
Ovchinnikov |
Vitaly |
Thermochemistry of Vaporization and Formation of Derivatives of Phosphoric and Phosphonic Acids |
LF5-7 |
431 |
COMP |
|
Nyulászi |
László |
Computational Studies of Aromatic Compounds with Planar Tricoordinate Phosphorus |
LF5-8 |
171 |
COMP |