S. Sammartano

F. Crea, S. Sammartano, C. De Stefano, 2012, European journal of pharmaceutical sciences : official journal of the European Federation for Pharmaceutical Sciences.

Aqueous solution chemistry of alkyltin(IV) compounds for speciation studies in biological fluids and natural waters

S. Sammartano, D. Piazzese, A. Gianguzza, 2012 .

Protonation thermodynamics of some aminophenol derivatives in NaCl(aq) (0 ⩽ I ⩽3 mol · kg−1) at T = 298.15 K

C. Stefano, S. Sammartano, C. Bretti, 2012 .

Protonation Constants, Activity Coefficients, and Chloride Ion Pair Formation of Some Aromatic Amino-Compounds in NaClaq(0 mol·kg–1 ≤ I ≤ 3 mol·kg–1) at T = 298.15 K

F. Crea, C. Stefano, S. Sammartano, 2012 .

Advances in the investigation of dioxouranium(VI) complexes of interest for natural fluids

F. Crea, S. Sammartano, S. Berto, 2012 .

Interaction of Inorganic Mercury(II) with Polyamines, Polycarboxylates, and Amino Acids

S. Sammartano, G. Lando, O. Giuffrè, 2009 .

Speciation of dimethyltin(IV) – and trimethyltin(IV) – carbocysteinate and – glutamate systems in aqueous media

S. Sammartano, C. Bretti, Alba Giacalone, 2008 .

Sit Parameters for 1:2 Electrolytes and Correlation with Pitzer Coefficients

F. Crea, C. Stefano, S. Sammartano, 2007 .

Critical Evaluation of Protonation Constants. Literature Analysis and Experimental Potentiometric and Calorimetric Data for the Thermodynamics of Phthalate Protonation in Different Ionic Media

C. Stefano, S. Sammartano, C. Bretti, 2006 .

Modeling ATP protonation and activity coefficients in NaClaq and KClaq by SIT and Pitzer equations.

S. Sammartano, A. Pettignano, C. De Stefano, 2006, Biophysical chemistry.

N,N,N',N'-Tetramethylethylenediammonium-succinate-succinic acid (1/1/1).

S. Sammartano, A. Rotondo, L. De Luca, 2004, Acta crystallographica. Section C, Crystal structure communications.

[LithoRisk: A software for calculating and visualising nephrolithiasis risk profiles].

S. Sammartano, P. Daniele, M. Marangella, 2002, Giornale italiano di nefrologia : organo ufficiale della Societa italiana di nefrologia.

Complexation of environmentally and biologically relevant metals with bifunctional 3-hydroxy-4-pyridinones

F. Crea, K. Chand, C. Stefano, 2020 .

Copper(II) complexes of N-(phosphonomethyl)glycine in aqueous solution: a thermodynamic and spectrophotometric study.

S. Sammartano, P. Daniele, C. De Stefano, 1997, Talanta.

Chemistry of marine water and sediments

S. Sammartano, E. Pelizzetti, A. Gianguzza, 2002 .

Nature as Resource. Thermodynamic characterization of natural and synthetic polymers and their sequestering ability towards some bivalent metal cations

F. Crea, C. Stefano, S. Sammartano, 2020 .

Iron Coordination Properties of Gramibactin as Model for the New Class of Diazeniumdiolate Based Siderophores

S. Sammartano, C. Hertweck, W. Plass, 2020, Chemistry.

A novel thermodynamic approach for the complexation study of toxic metal cations by a landfill leachate

S. Sammartano, G. Lando, A. Pettignano, 2018 .

Study of Al3+ interaction with AMP, ADP and ATP in aqueous solution.

S. Sammartano, P. Cardiano, Fausta Giacobello, 2018, Biophysical chemistry.

Thermodynamic and spectroscopic study of Al3+ interaction with glycine, l-cysteine and tranexamic acid in aqueous solution.

S. Sammartano, P. Cardiano, Fausta Giacobello, 2017, Biophysical chemistry.

Sequestration of Aluminium(III) by different natural and synthetic organic and inorganic ligands in aqueous solution.

F. Crea, S. Sammartano, G. Lando, 2017, Chemosphere.

Potentiometric, UV and 1H NMR study on the interaction of Cu2+ with ampicillin and amoxicillin in aqueous solution.

F. Crea, S. Sammartano, P. Cardiano, 2017, Biophysical chemistry.

Thermodynamic and spectroscopic study on Al3+-polycarboxylate interaction in aqueous solution

S. Sammartano, P. Cardiano, Fausta Giacobello, 2017 .

Understanding the bioavailability and sequestration of different metal cations in the presence of a biodegradable chelant MGDA in biological fluids and natural waters.

S. Sammartano, C. Bretti, G. Lando, 2017, Chemosphere.

Thermodynamics of Al3 +-thiocarboxylate interaction in aqueous solution

S. Sammartano, P. Cardiano, Fausta Giacobello, 2016 .

Understanding the bioavailability and sequestration of different metal cations in the presence of a biodegradable chelant S,S-EDDS in biological fluids and natural waters.

S. Sammartano, C. Bretti, G. Lando, 2016, Chemosphere.

Zinc(II) complexes with hydroxocarboxylates and mixed metal species with tin(II) in different salts aqueous solutions at different ionic strengths: formation, stability, and weak interactions with supporting electrolytes

F. Crea, C. Stefano, S. Sammartano, 2015, Monatshefte für Chemie - Chemical Monthly.

Acid–base and UV behavior of 3-(3,4-dihydroxyphenyl)-propenoic acid (caffeic acid) and complexing ability towards different divalent metal cations in aqueous solution

C. Stefano, S. Sammartano, O. Giuffrè, 2014 .

Enhancement of Hydrolysis through the Formation of Mixed Heterometal Species: Al3+/CH3Sn3+ Mixtures

C. Stefano, S. Sammartano, Alba Giacalone, 2013 .

Interaction of Phytate with Ag+, CH3Hg+, Mn2+, Fe2+, Co2+, and VO2+: Stability Constants and Sequestering Ability

C. Stefano, S. Sammartano, C. Bretti, 2012 .

Complex Formation of Copper(II) and Cadmium(II) with Pectin and Polygalacturonic Acid in Aqueous Solution. An ISE-H+ and ISE-Me2+ Electrochemical Study

S. Sammartano, A. Pettignano, D. Piazzese, 2012, International Journal of Electrochemical Science.

Experimental study and modelling of inorganic Cd2+ speciation in natural waters

F. Millero, S. Sammartano, G. Lando, 2011 .

Acid–base and UV properties of some aminophenol ligands and their complexing ability towards Zn2+ in aqueous solution

S. Sammartano, O. Giuffrè, G. Falcone, 2011 .

Electrochemical Study on the Stability of Phytate Complexes with Cu2+, Pb2+, Zn2+, and Ni2+: A Comparison of Different Techniques†

F. Crea, C. Stefano, S. Sammartano, 2010 .

Palladium(II) sequestration by phytate in aqueous solution – speciation analysis and ionic medium effects

S. Sammartano, A. Pettignano, A. Gianguzza, 2010 .

Formation and Stability of Cadmium(II)/Phytate Complexes by Different Electrochemical Techniques. Critical Analysis of Results

C. Stefano, S. Sammartano, G. Lando, 2010 .

Speciation of Phytate Ion in Aqueous Solution. Thermodynamic Parameters for Zinc(II) Sequestration at Different Ionic Strengths and Temperatures

F. Crea, C. Stefano, S. Sammartano, 2009 .

Speciation of phytate ion in aqueous solution. Cadmium(II) interactions in aqueous NaCl at different ionic strengths

C. Stefano, S. Sammartano, Nunziatina Porcino, 2006, Analytical and bioanalytical chemistry.

Enhancement of hydrolysis through the formation of mixed hetero-metal species: dioxouranium(VI)-cadmium(II) mixtures.

F. Crea, S. Sammartano, D. Milea, 2005, Annali di Chimica.

Enhancement of hydrolysis through the formation of mixed hetero-metal species.

F. Crea, S. Sammartano, D. Milea, 2005, Talanta.

Hydrolysis of methyltin(IV) trichloride in aqueous NaCl and NaNO3 solutions at different ionic strengths and temperatures

C. Stefano, S. Sammartano, A. Gianguzza, 1999 .

Mixed metal complexes in solution. Part 4. Formation and stability of heterobinuclear complexes of cadmium(II)-citrate with some bivalent metal ions in aqueous solution

G. Arena, E. Rizzarelli, S. Sammartano, 1985 .

Computer analysis of equilibrium data in solution. A method for computing the formation constants of two mass balance systems, from potentiometric measurements, applied to the hydrolysis of copper(II)

C. Rigano, S. Sammartano, A. Robertis, 1985 .

Speciation of cadmium in the environment.

F. Crea, S. Sammartano, D. Milea, 2013, Metal ions in life sciences.

Speciation of chitosan–phosphate and chitosan–nucleotide systems in NaCI aqueous solution

S. Sammartano, D. Piazzese, C. De Stefano, 2010 .

Quantitative study on the non-covalent interactions between ATP and caffeine, theophylline and theobromine in aqueous solution

S. Sammartano, G. Gattuso, G. Manfredi, 2011 .

8-Hydroxyquinoline-2-Carboxylic Acid as Possible Molybdophore: A Multi-Technique Approach to Define Its Chemical Speciation, Coordination and Sequestering Ability in Aqueous Solution

L. Mondello, F. Crea, F. Cacciola, 2020, Biomolecules.

Thermodynamic study on 8-hydroxyquinoline-2-carboxylic acid as a chelating agent for iron found in the gut of Noctuid larvae

S. Sammartano, W. Plass, N. Ueberschaar, 2018 .

Thermodynamic Parameters for the Protonation of Poly(allylamine) in Concentrated LiCl(aq) and NaCl(aq)

F. Crea, P. Crea, C. Stefano, 2004 .

Sequestration of alkyltin(IV) cations by complexation with amino-polycarboxylic chelating agents

C. Stefano, S. Sammartano, A. Pettignano, 2013 .

Thermodynamic Data for the Modeling of Lanthanoid(III) Sequestration by Reduced Glutathione in Aqueous Solution

C. Stefano, S. Sammartano, D. Milea, 2015 .

Thermodynamic study of the non covalent interactions of phytate with xanthine derivatives and histamine in aqueous solution

F. Crea, C. Stefano, S. Sammartano, 2013 .

Thermodynamic Properties of O-Donor Polyelectrolytes: Determination of the Acid–Base and Complexing Parameters in Different Ionic Media at Different Temperatures

F. Crea, C. Stefano, S. Sammartano, 2017 .

Thermodynamics of protonation of some dicarboxylic acids containing heteroatoms from group 6B

E. Rizzarelli, S. Sammartano, L. Pettit, 1980 .

Speciation of phytate ion in aqueous solution: Thermodynamic parameters for protonation in NaCl

C. Stefano, S. Sammartano, D. Milea, 2004 .

Thermodynamic study on polyaspartic acid biopolymer in solution and prediction of its chemical speciation and bioavailability in natural fluids

S. Sammartano, C. Bretti, G. Lando, 2019, Journal of Molecular Liquids.

Thermodynamic solution properties of a biodegradable chelant (MGDA) and its interaction with the major constituents of natural fluids

C. Stefano, S. Sammartano, C. Bretti, 2017 .

Palladium(II) Complexes of Aminopolycarboxylic Ligands in Aqueous Solution

C. Stefano, S. Sammartano, A. Pettignano, 2011 .

Hydrolysis of Monomethyl-, Dimethyl-, and Trimethyltin(IV) Cations in Fairly Concentrated Aqueous Solutions at I = 1 mol L-1 (NaNO3) and T = 298.15 K. Evidence for the Predominance of Polynuclear Species

C. Stefano, S. Sammartano, Alba Giacalone, 2011 .

SALMO and S3M: A Saliva Model and a Single Saliva Salt Model for Equilibrium Studies

F. Crea, S. Sammartano, A. Pettignano, 2015, Bioinorganic chemistry and applications.

Speciation of low molecular weight ligands in natural fluids: protonation constants and association of open chain polyamines with the major components of seawater

C. Stefano, S. Sammartano, A. Gianguzza, 2000 .

The dependence on ionic strength of protonation constants of carboxylic acids in aqueous tetraethylammonium iodide solution, at different temperatures

S. Sammartano, C. Foti, G. Signorino, 1998 .

Equilibrium studies in natural fluids: a chemical speciation model for the major constituents of sea water

C. Stefano, S. Sammartano, A. Gianguzza, 1994 .

Hydrolysis and chemical speciation of dioxouranium(VI) ion in aqueous media simulating the major ion composition of seawater

F. Millero, S. Sammartano, A. Gianguzza, 2004 .

Thermodynamics of copper(II) 2,2′-dipyridyl complexes in aqueous solution

G. Arena, E. Rizzarelli, S. Sammartano, 1976 .

S. Sammartano, A. Braibanti, P. Paoletti, 1987 .

Thermodynamics of 2,2′,2′'-terpyridinecopper(II) complexes in aqueous solution

E. Rizzarelli, S. Sammartano, G. Siracusa, 1979 .

Copper(II) Complexes with 2,2′-Dipyridyl or 1,10-Phenanthroline and Dicarboxylic Acids†

E. Rizzarelli, S. Sammartano, A. Seminara, 1977 .

Thermal analysis of lanthanide perchlorates

S. Sammartano, V. Cucinotta, S. Gurrieri, 1976 .

Use of Gantrez Copolymers as Potential Chelating Agent for the Selective Sequestration of Metal Ions. Studies of the Interactions in Aqueous Solution at Different Ionic Strengths and Temperatures

F. Crea, S. Sammartano, C. De Stefano, 2018, Journal of Chemical & Engineering Data.

Sequestration of some biogenic amines and poly(allyl)amine by high molecular weight polycarboxylic ligands in aqueous solution

F. Crea, C. Stefano, S. Sammartano, 2010 .

Speciation of phytate ion in aqueous solution. Protonation in CsClaq at different ionic strengths and mixing effects in LiClaq + CsClaq

F. Crea, P. Crea, C. Stefano, 2008 .

Mixing effects on the protonation of some polycarboxylates in NaCl(aq)+KCl(aq) at different ionic strengths.

F. Crea, S. Sammartano, C. Bretti, 2007, Talanta.

Interaction of acrylic-maleic copolymers with H+, Na+, Mg2+ and Ca2+: Thermodynamic parameters and their dependence on medium

F. Crea, S. Sammartano, C. Bretti, 2005 .

Polyacrylates in aqueous solution. The dependence of protonation on molecular weight, ionic medium and ionic strength

C. Stefano, S. Sammartano, D. Piazzese, 2003 .

Salt effects on the protonation of polymethacrylate and Na+, K+, Ca2+ complex formation

C. Stefano, S. Sammartano, P. Daniele, 1999 .

Complexes of Cu(II) with 2,2′-dipyridyl and some cycloalkane-1,1-dicarboxylic acids

E. Rizzarelli, S. Sammartano, R. Bonomo, 1975 .

Binding Ability of Sodium Catechol Disulfonate (Tiron) toward Hg2+, CH3Hg+, (CH3)3Sn+, and (CH3)2Sn2+ Cations

S. Sammartano, C. Foti, G. Falcone, 2012 .

Formation and stability of mixed complexes of copper(II) ion ando-phenylenediamine with some mono-, bi-, and tridentate ligands in aqueous solution

G. Arena, E. Rizzarelli, S. Sammartano, 1980 .

The formation of proton and alkali-metal complexes with ligands of biological interest in aqueous solution. Part I. Potentiometric and calorimetric investigation of H+ and Na+ complexes with citrate, tartrate and malate

G. Arena, C. Rigano, S. Sammartano, 1980 .

Copper(II) simple and mixed complexes containing tridentate ligands with O, S, Se donor atoms in aqueous solution. Spectroscopic investigations and thermodynamic considerations

F. Riggi, E. Rizzarelli, S. Sammartano, 1980 .

A computer method for the calculation of enthalpy changes for ion association in solution from calorimetric data

E. Rizzarelli, C. Rigano, S. Sammartano, 1979 .

Potentiometric investigation of simple and mixed complexes of cupric ion in aqueous solution

G. Arena, E. Rizzarelli, S. Sammartano, 1978 .

Thermodynamic study on the formation of the cupric ion hydrolytic species

G. Arena, E. Rizzarelli, S. Sammartano, 1976 .

Complexes of Cu(II) with 2,2'-bipyridyl and maleic or phthalic acid.

S. Sammartano, R. Bonomo, S. Musumeci, 1976, Talanta.

Complexes of Cu2+ with 2, 2′-dipyridyl and cyclohexane-1,1-dicarboxylic acid

E. Rizzarelli, S. Sammartano, R. Maggiore, 1976 .

Ionic Strength Dependence of Protonation Constants of N-Alkyl Substituted Open Chain Diamines in NaClaq

F. Crea, C. Stefano, S. Sammartano, 2004 .

Potentiometric, Calorimetric, and 1H NMR Investigation on Hg2+-Mercaptocarboxylate Interaction in Aqueous Solution

S. Sammartano, P. Cardiano, O. Giuffrè, 2011 .

Interaction of oxovanadium (IV) with carboxylic ligands in aqueous solution : A thermodynamic and visible spectrophotometric study

S. Sammartano, S. Berto, P. Daniele, 2008 .

Thermodynamics of copper(II) dicarboxylate coordination in aqueous solution

G. Arena, E. Rizzarelli, S. Sammartano, 1978 .

Dependence on Ionic Strength of Polyamine Protonation in NaCl Aqueous Solution

S. Sammartano, O. Giuffrè, C. Foti, 2001 .

Complexing ability of pesticides and related compounds. Formation and stability in aqueous solution of H+ , Li+, Na+, K+, Mg2+ and Ca2+ phenoxyacetate complexes at different temperatures and ionic strengths

S. Sammartano, A. Robertis, A. Casale, 1985 .

Quantitative study on the interaction of Sn2+ and Zn2+ with some phosphate ligands, in aqueous solution at different ionic strengths

F. Crea, C. Stefano, S. Sammartano, 2012 .

Speciation of phytate ion in aqueous solution. Characterisation of Ca-phytate sparingly soluble species

F. Crea, P. Crea, S. Sammartano, 2004 .

Thermodynamic and spectroscopic properties of mixed complexes in aqueous solution. Copper(II) complexes of 2,2′-bipyridyl and dicarboxylic acids

G. Arena, E. Rizzarelli, R. Barbucci, 1978 .

Ionic strength dependence of formation constants. Part II: potentiometric study of the copper(II)-malonate-glycinate system in the range 0.01≤I≤1.0

C. Rigano, S. Sammartano, P. Daniele, 1982 .

Binding of glyphosate by open‐chain polyammonium cations

C. Stefano, S. Sammartano, C. Foti, 1999, Environmental toxicology and chemistry.

Thermodynamic parameters for the binding of inorganic and organic anions by biogenic polyammonium cations.

S. Sammartano, C. De Stefano, O. Giuffrè, 2001, Talanta.

Sequestering Ability of Oligophosphate Ligands toward Al3+ in Aqueous Solution

P. Gans, D. Aiello, A. Napoli, 2017 .

Weak alkali and alkaline earth metal complexes of low molecular weight ligands in aqueous solution

S. Sammartano, P. Daniele, A. Gianguzza, 2008 .

A new bis-(3-hydroxy-4-pyridinone)-DTPA-derivative: Synthesis, complexation of di-/tri-valent metal cations and in vivo M3+ sequestering ability

F. Crea, K. Chand, S. Sammartano, 2019, Journal of Molecular Liquids.

New bis-(3-hydroxy-4-pyridinone)-NTA-derivative: Synthesis, binding ability towards Ca2+, Cu2+, Zn2+, Al3+, Fe3+ and biological assays

F. Crea, K. Chand, S. Sammartano, 2018, Journal of Molecular Liquids.

Mixed-metal complexes in solution. 3. Thermodynamic study of heterobinuclear copper(II)-L-histidine and -histamine complexes in aqueous solution

G. Arena, E. Rizzarelli, S. Sammartano, 1981 .

Ionic strength dependence of formation constants. Part 4. Potentiometric study of the system Cu2+-Ni2+-citrate

C. Rigano, S. Sammartano, P. Daniele, 1984 .

Binding of benzene-1,2,3,4,5,6-hexacarboxylate by polyammonium cations

S. Sammartano, A. Rotondo, G. Bruno, 2009 .

Speciation of chitosan with low and high molecular weight carboxylates in aqueous solution

S. Sammartano, D. Piazzese, C. De Stefano, 2009 .

Binding of fluoride and carbonate by open chain polyammonium cations.

S. Sammartano, A. Pettignano, C. De Stefano, 2004, Talanta.

Binding of phosphate, pyrophosphate, and hexacyanoferrate(II) by fully n-methyl substituted polyammonium cations in aqueous solution

F. Crea, C. Stefano, S. Sammartano, 2004 .

Speciation of phytate ion in aqueous solution. Alkali metal complex formation in different ionic media

C. Stefano, S. Sammartano, A. Pettignano, 2003, Analytical and bioanalytical chemistry.

Speciation of phytate ion in aqueous solution. Non covalent interactions with biogenic polyamines

C. Rigano, S. Sammartano, C. De Stefano, 2003 .

Interaction of L-tartaric acid with alkaline metals and open chain polyammonium cations in aqueous solution

C. Stefano, S. Sammartano, P. Daniele, 2002 .

Chemical speciation of nucleotide 5′-monophosphates in the presence of biogenic amines

S. Sammartano, D. Piazzese, C. De Stefano, 2001 .

Stability−Charge and Stability−Structure Relationships in the Binding of Dicarboxylic Ligands by Open-Chain Polyammonium Cations

C. Stefano, S. Sammartano, C. Foti, 2000 .

ΔG° and TΔS° - charge relationships for the binding of inorganic and organic anions by open chain polyammonium cations : A short review

C. Stefano, S. Sammartano, O. Giuffrè, 1999 .

Binding of polyanions by biogenic amines. IV. Cadaverine, putrescine, histamine, sperm and spermine complexes with oxalate, with particular reference to urine speciation

C. Stefano, S. Sammartano, G. Ventura, 1999 .

Binding of polyanions by biogenic amines. II. Formation and stability of protonated putrescine and cadaverine complexes with carboxylic ligands.

S. Sammartano, C. De Stefano, A. Gianguzza, 1998, Talanta.

Binding of polyanions by biogenic amines. I. Formation and stability of protonated putrescine and cadaverine complexes with inorganic anions.

S. Sammartano, C. De Stefano, A. Gianguzza, 1998, Talanta.

Thermodynamic parameters for the protonation of some polyamines C(2n-2)NnH(5n-2) in NaCl aqueous solution at different ionic strengths

S. Sammartano, C. Foti, G. Signorino, 1998 .

ΔG° and TΔS° charge relationships for the binding of carboxylic anions by open-chain polyammonium cations

C. Stefano, S. Sammartano, O. Giuffrè, 1998 .

Binding of tripolyphosphate by aliphatic amines : Formation, stability and calculation problems

C. Rigano, C. Stefano, S. Sammartano, 1996 .

Binding of carboxylic ligands by protonated amines

C. Stefano, S. Sammartano, O. Giuffrè, 1996 .

Formation and stability of proton-amine-inorganic anion complexes in aqueous solution

C. Stefano, S. Sammartano, P. Daniele, 1995 .

Effects of salt on the protonation in aqueous solution of triethylenetetramine and tetraethylenepentamine

C. Stefano, S. Sammartano, A. Robertis, 1993 .

IONIC STRENGTH DEPENDENCE OF FORMATION CONSTANTS. XVII: THE CALCULATION OFEQUILIBRIUM CONCENTRATIONS AND FORMATION CONSTANTS

C. Rigano, C. Stefano, S. Sammartano, 1993 .

Salt effects on the protonation of ortho-phosphate between 10 and 50°C in aqueous solution. A complex formation model

C. Stefano, S. Sammartano, P. Daniele, 1991 .

Ionic-strength dependence of formation constants-XII A model for the effect of background on the protonation constants of amines and amino-acids.

S. Sammartano, P. Daniele, C. De Stefano, 1989, Talanta.

Thermodynamics of metal complexes with ligand—ligand interaction. Mixed complexes of copper(II) and zinc(II) with adenosine 5′-triphosphate and l-phenylalanine or l-tyrosine

G. Arena, E. Rizzarelli, S. Sammartano, 1984 .

Thermodynamics of mixed complexes of Cu(II) and Zn(II) with ATP and some aromatic aminoacids

G. Arena, E. Rizzarelli, S. Sammartano, 1980 .

Zinc(II)cysteine and zinc(II)cystine systems: Selection of species from potentiometric data

G. Arena, E. Rizzarelli, C. Rigano, 1980 .

Modeling solubility and acid-base properties of some polar side chain amino acids in NaCl and (CH3)4NCl aqueous solutions at different ionic strengths and temperatures

S. Sammartano, C. Bretti, G. Lando, 2018 .

Thermodynamic and spectroscopic study of the binding of dimethyltin(IV) by citrate at 25 °C

L. Pellerito, S. Sammartano, A. Pettignano, 2006 .

Dependence on ionic strength of protonation enthalpies of polycarboxylate anions in NaCl aqueous solution

C. Stefano, S. Sammartano, C. Foti, 2001 .

Thermodynamics of cycloalkane-1,1-dicarboxylic acids in aqueous solution

S. Sammartano, R. Calf, S. Guirrieri, 1975 .

The effect of ionic strength and ionic medium on the thermodynamic parameters of protonation and complex formation

C. Stefano, S. Sammartano, P. Daniele, 1997 .

Speciation of N-(phosphonomethyl)glycine (glyphosate) in aqueous solutions containing major components of natural fluids

C. Rigano, C. Stefano, S. Sammartano, 1996 .

Mixed aminocarboxylic ligand complexes

C. Stefano, S. Sammartano, A. Gianguzza, 1995 .

Quantitative study of the interactions of ATP with amines and amino acids

C. Stefano, S. Sammartano, A. Gianguzza, 1996 .

Computer calculation of distribution diagrams.

S. Sammartano, R. Maggiore, S. Musumeci, 1976, Talanta.

Alkali Metal Ion Complexes with Phosphates, Nucleotides, Amino Acids, and Related Ligands of Biological Relevance. Their Properties in Solution.

F. Crea, S. Sammartano, G. Lando, 2016, Metal ions in life sciences.

Sequestering Ability of Dicarboxylic Ligands Towards Dioxouranium(VI) in NaCl and KNO3 Aqueous Solutions at T=298.15 K

F. Crea, C. Stefano, S. Sammartano, 2009 .

Complexes of Cu(II) with 2,2′-dipyridyl and some malonic acids☆

E. Rizzarelli, S. Sammartano, R. Bonomo, 1976 .

Mixed complex formation of copper(II) with 2,2′, 2″-terpyridine and some tridentate ligands in aqueous solution

G. Arena, E. Rizzarelli, S. Sammartano, 1982 .

Thermodynamic and spectroscopic properties of mixed complexes in aqueous solution. Copper(II) complexes of 2,2′-bipyridyl and cyclo-alkane-1,1-dicarboxylic acids

G. Arena, E. Rizzarelli, R. Barbucci, 1977 .

Thermodynamics of metal complexes with ligand–ligand interaction. Mixed complexes of copper(II) and zinc(II) with adenosine 5′-triphosphate and L-histidine or histamine

G. Arena, E. Rizzarelli, S. Sammartano, 1984 .

THERMODYNAMICS OF METAL COMPLEXES WITH LIGAND-LIGAND INTERACTION. MIXED COMPLEXES OF COPPER(II) AND ZINC(II) WITH ADENOSINE 5′-TRIPHOSPHATE AND L-HISTIDINE OR HISTAMINE

G. Arena, E. Rizzarelli, S. Sammartano, 1984 .

Thermodynamics of metal complexes with ligand–ligand interaction, simple and mixed complexes of copper(II) and zinc(II) with adenosine 5′-triphosphate and L-tryptophan or L-alanine

G. Arena, E. Rizzarelli, S. Sammartano, 1983 .

Dioxouranium(VI)--carboxylate complexes. Interaction with dicarboxylic acids in aqueous solution: speciation and structure.

F. Crea, S. Sammartano, S. Berto, 2006, Annali di Chimica.

Sequestration of Hg2+ by Some Biologically Important Thiols

S. Sammartano, P. Cardiano, C. Foti, 2011 .

Ion association of Cl− with Na+, K+, Mg2+ and Ca2+ in aqueous solution at 10 ⩽ T ⩽ 45 ° C and 0 ⩽ I ⩽ 1 mol l−1: A literature data analysis

C. Rigano, S. Sammartano, O. Zerbinati, 1987 .

Acid–Base Properties and Alkali and Alkaline Earth Metal Complex Formation in Aqueous Solution of Diethylenetriamine-N,N,N′,N″,N″-pentakis(methylenephosphonic acid) Obtained by an Efficient Synthetic Procedure

F. Crea, M. Marchesi, M. Cordaro, 2014 .

WECO: A computer program for calculating thermodynamic parameters of simple weak complexes. Temperature and ionic strength dependence of the ionic product of water and of hydrolysis constants of Na+ and Ca2+

C. Rigano, S. Sammartano, A. Robertis, 1984 .

Quantitative parameters for the sequestering capacity of polyacrylates towards alkaline earth metal ions.

S. Sammartano, D. Piazzese, C. De Stefano, 2003, Talanta.

Polyacrylate Protonation in Various Aqueous Ionic Media at Different Temperatures and Ionic Strengths

C. Stefano, S. Sammartano, A. Gianguzza, 2000 .

Interactions of diethylenetriaminepentaacetic acid (dtpa) and triethylenetetraaminehexaacetic acid (ttha) with major components of natural waters

C. Stefano, S. Sammartano, D. Piazzese, 2003, Analytical and bioanalytical chemistry.

Equilibrium study of iron(II) and manganese(II) complexes with citrate ion in aueous solution: Relevance to coordination of citrate to the active site of aconitase and to gastrointestinal absorption of some essential metal ions☆

E. Rizzarelli, S. Sammartano, P. Daniele, 1979 .

Solubility and activity coefficients of acidic and basic non-electrolytes in aqueous salt solutions: 3. Solubility and activity coefficients of adipic and pimelic acids in NaCl(aq), (CH3)4NCl(aq) and (C2H5)4NI(aq) at different ionic strengths and at t = 25 °C

F. Crea, S. Sammartano, C. Bretti, 2005 .

Speciation of organotin compounds in NaCl aqueous solution: interaction of mono‐, di‐ and tri‐organotin(IV) cations with nucleotide 5′ monophosphates

C. Stefano, S. Sammartano, D. Piazzese, 2004 .

Some thermodynamic properties of dl-Tyrosine and dl-Tryptophan. Effect of the ionic medium, ionic strength and temperature on the solubility and acid–base properties

F. Crea, C. Stefano, S. Sammartano, 2012 .

THERMODYNAMICS OF METAL COMPLEXES WITH LIGAND-LIGAND INTERACTION, SIMPLE AND MIXED COMPLEXES OF COPPER(II) AND ZINC(II) WITH ADENOSINE 5′-TRIPHOSPHATE AND L-TRYPTOPHAN OR L-ALANINE

G. Arena, E. Rizzarelli, S. Sammartano, 1983 .

Phosphonic Derivatives of Nitrilotriacetic Acid as Sequestering Agents for Ca2+ in Aqueous Solution: A Speciation Study for Application in Natural Waters

M. Cordaro, S. Sammartano, Fausta Giacobello, 2019, ACS Earth and Space Chemistry.

Sequestration of HEDPA , NTA and phosphonic NTA derivatives towards Al 3+ in aqueous solution

S. Sammartano, P. Cardiano, C. De Stefano, 2018, Journal of Molecular Liquids.

Methylmercury(II)-sulfur containing ligand interactions: a potentiometric, calorimetric and 1H-NMR study in aqueous solution

S. Sammartano, P. Cardiano, O. Giuffrè, 2011 .

Marine chemistry : an environmental analytical chemistry approach

S. Sammartano, E. Pelizzetti, A. Gianguzza, 1997 .

Dioxouranium-carboxylate complexes. Formation and stability of acetate species at different ionic strengths in NaCl(aq).

F. Crea, S. Sammartano, A. de Robertis, 2003, Annali di chimica.

Complexation of Molybdenum(VI) with GLDA at Different Ionic Strengths

S. Sammartano, C. Bretti, C. De Stefano, 2018, Journal of Solution Chemistry.

Thermodynamic parameters for the formation of glycine complexes with magnesium(II), calcium(II), lead(II), manganese(II), cobalt(II), nickel(II), zinc(II) and cadmium(II) at different temperatures and ionic strengths, with particular reference to natural fluid conditions

C. Rigano, C. Stefano, S. Sammartano, 1995 .

Uranium(VI) sequestration by polyacrylic and fulvic acids in aqueous solution

C. Stefano, S. Sammartano, A. Pettignano, 2011 .

Sequestering ability of polycarboxylic ligands towards dioxouranium(VI).

F. Crea, S. Sammartano, C. Foti, 2008, Talanta.

Dioxouranium(VI)-Carboxylate Complexes. Interaction of UO22+ with 1,2,3,4,5,6-Benzenehexacarboxylate (Mellitate) in 0≤I(NaClaq)≤1.0 mol⋅L−1

F. Crea, C. Stefano, S. Sammartano, 2007 .

Dioxouranium(VI)-carboxylate complexes. A calorimetric and potentiometric investigation of interaction with oxalate at infinite dilution and in NaCl aqueous solution at I=1.0 mol L(-1) and T=25 degrees C.

F. Crea, S. Sammartano, C. De Stefano, 2007, Talanta.

Dioxouranium(VI)‐Carboxylate Complexes. Speciation of UO22+‐1,2,3‐Propanetricarboxylate System in NaClaq at Different Ionic Strengths and at T = 25 °C

F. Crea, C. Stefano, S. Sammartano, 2007 .

Dependence on Ionic Strength of the Hydrolysis Constants for Dioxouranium(VI) in NaCl(aq) and NaNO3(aq), at pH < 6 and t = 25 °C

C. Stefano, S. Sammartano, A. Gianguzza, 2002 .

On the possibility of determining the thermodynamic parameters for the formation of weak complexes using a simple model for the dependence on ionic strength of activity coefficients: Na+, K+, and Ca2+ complexes of low molecular weight ligands in aqueous solution

C. Rigano, C. Stefano, S. Sammartano, 1985 .

Thermodynamic Protonation Parameters of some Sulfur-Containing Anions in NaClaq and (CH3)4NClaq at t=25 °C

C. Stefano, S. Sammartano, C. Bretti, 2009 .

Exploring various ligand classes for the efficient sequestration of stannous cations in the environment.

S. Sammartano, C. Bretti, G. Lando, 2018, The Science of the total environment.

Modeling the Dependence on Medium and Ionic Strength of Glutathione Acid−Base Behavior in LiClaq, NaClaq, KClaq, RbClaq, CsClaq, (CH3)4NClaq, and (C2H5)4NIaq

P. Crea, C. Stefano, S. Sammartano, 2007 .

Ionic strength dependence of formation constants-I Protonation constants of organic and inorganic acids.

C. Rigano, S. Sammartano, P. Daniele, 1983, Talanta.

Modeling the acid–base properties of glutathione in different ionic media, with particular reference to natural waters and biological fluids

F. Crea, C. Stefano, S. Sammartano, 2011, Amino Acids.

Modeling of Protonation Constants of Linear Aliphatic Dicarboxylates Containing -S-Groups in Aqueous Chloride Salt Solutions, at Different Ionic Strengths, Using the SIT and Pitzer Equations and Empirical Relationships

F. Millero, C. Stefano, S. Sammartano, 2008 .

Protonation of carbonate in aqueous tetraalkylammonium salts at 25 degrees C.

F. Crea, C. Stefano, S. Sammartano, 2006, Talanta.

LITHORISK.COM: the novel version of a software for calculating and visualizing the risk of renal stone

Martino Marangella, Michele Petrarulo, Corrado Vitale, 2020, Urolithiasis.

Speciation of phytate ion in aqueous solution. Sequestration of magnesium and calcium by phytate at different temperatures and ionic strengths, in NaCl(aq).

P. Crea, S. Sammartano, C. De Stefano, 2006, Biophysical chemistry.

Speciation of poly-amino carboxylic compounds in seawater

F. Crea, S. Sammartano, D. Piazzese, 2003 .

Copper(II)-EDTA-aminoacid interactions. Stability constants and possible role in blood plasma models

G. Arena, E. Rizzarelli, S. Sammartano, 1985 .

Interaction of N-acetyl-l-cysteine with Na+, Ca2+, Mg2+ and Zn2+. Thermodynamic aspects, chemical speciation and sequestering ability in natural fluids

S. Sammartano, C. Bretti, G. Lando, 2020, Journal of Molecular Liquids.

Sequestering ability of polyaminopolycarboxylic ligands towards dioxouranium(VI) cation

C. Stefano, S. Sammartano, A. Pettignano, 2006 .

Formation and stability of mixed Mg2+/Ca2+/phytate species in synthetic seawater media: Consequences on ligand speciation

P. Crea, C. Stefano, S. Sammartano, 2008 .

Studies on sulphate complexes. Part I. Potentiometric investigation of Li+, Na+, K+, Rb+ and Cs+ complexes at 37 °C and 0.03 ⩽ I ⩽ 0.5

C. Rigano, S. Sammartano, P. Daniele, 1982 .

Glucuronate complexes with Mg2+, Ca2+, Zn2+ and Cd2+ in aqueous chloride solution: a possible chemical speciation model for biochemical understanding

S. Sammartano, F. Maggio, A. Gianguzza, 1996 .

Solubility of some calcium-carboxylic ligand complexes in aqueous solution.

S. Sammartano, A. Gianguzza, A. Robertis, 1995, Talanta.

Equilibrium studies in natural waters: Speciation of phenolic compounds in synthetic seawater at different salinities

C. Stefano, S. Sammartano, A. Gianguzza, 1995 .

Chemical speciation of amino acids in electrolyte solutions containing major components of natural fluids

C. Rigano, C. Stefano, S. Sammartano, 1995 .

Protonation thermodynamics of 2,2'-bipyridyl in aqueous solution. Salt effects and weak complex formation

C. Stefano, S. Sammartano, A. Gianguzza, 1993 .

Salt effects on the protonation of oxalate in aqueous NaCl, KCl and tetraethylammonium iodide solution at 5 ⩽ T ⩽ 50°C and 0 ⩽ I ⩽. 1 mol dm−3

C. Rigano, C. Stefano, S. Sammartano, 1992 .

Thermodynamic parameters for the protonation of carboxylic acids in aqueous tetraethylammonium iodide solutions

C. Rigano, C. Stefano, S. Sammartano, 1990 .

Salt effects on the protonation of imidazole in aqueous solution at different ionic strengths: A tentative explanation by a complex formation model

C. Stefano, S. Sammartano, P. Daniele, 1989 .

Ionic strength dependence of formation constants. Alkali metal complexes of ethylenediaminetetraacetate nitrilotriacetate, diphosphate, and tripolyphosphate in aqueous solution

C. Rigano, S. Sammartano, P. Daniele, 1985 .

The calculation of equilibrium concentrations in large multimetal/multiligand systems

C. Rigano, C. Stefano, S. Sammartano, 1986 .

The determination of formation constants of weak complexes by potentiometric measurements: experimental procedures and calculation methods.

C. Rigano, S. Sammartano, C. De Stefano, 1987, Talanta.

Studies on hexacyanoferrate(II) complexes: Formation constants for alkali metal, ammonium and calcium(II) complexes at different temperatures and ionic strengths in aqueous solution

C. Rigano, S. Sammartano, S. Capone, 1986 .

Ionic strength dependence of formation constants. Part 7. Protonation constants of low molecular weight carboxylic acids at 10, 25 and 45°C

C. Rigano, C. Stefano, S. Sammartano, 1985 .

Calcium-malonate complexes in aqueous solution. Thermodynamic parameters and their ionic strength dependence

C. Rigano, S. Sammartano, P. Daniele, 1984 .

The formation of proton and alkali metal complexes with ligands of biological interest in aqueous solution. Thermodynamics of Li+, Na+ and K+-dicarboxylate complex formation

C. Rigano, S. Sammartano, P. Daniele, 1983 .

Ionic strength dependence of formation constants. III. Literture data analysisfor the formation of some inorganic and organic complexes at 25 °C

C. Rigano, S. Sammartano, P. Daniele, 1983 .

The formation of proton- and alkali metal complexes with ligands of biological interest in aqueous solution. Formation constants of hydrogen, lithium, sodium, potassium ions-phosphate complexes and their dependence on ionic strength.

C. Rigano, S. Sammartano, P. Daniele, 1983 .

Stability of calcium and magnesium citrate complexes in aqueous solution.

C. Rigano, S. Sammartano, P. Daniele, 1982 .

The formation of proton and alkali-metal complexes with ligands of biological interest in aqueous solution. Thermodynamics of H+, Na+ and K+—oxalate complexes

C. Rigano, S. Sammartano, P. Daniele, 1981 .

Formation and stability of ammonium-sulfate, -phosphate, -oxalate and -citrate complexes in aqueous solution.

C. Rigano, S. Sammartano, P. Daniele, 1981 .

The formation of proton and alkali metal complexes with ligands of biological interest in aqueous solution. Potentiometric study of the proton-potassium(1+)-citrate system at 37 °C and 0.03

C. Rigano, S. Sammartano, P. Daniele, 1980 .

Calcium- and magnesium-EDTA complexes. Stability constants and their dependence on temperature and ionic strength

G. Arena, R. Purrello, S. Sammartano, 1983 .

Thermodynamics of binary and ternary interactions in the tin(II)/phytate system in aqueous solutions, in the presence of Cl− or F−

F. Crea, C. Stefano, S. Sammartano, 2012 .

Solubility and acid–base properties of concentrated phytate in self-medium and in NaClaq at T = 298.15 K ☆

F. Crea, S. Sammartano, G. Lando, 2010 .

Speciation of phytate ion in aqueous solution. Protonation constants and copper(II) interactions in NaNO3aq at different ionic strengths.

P. Crea, S. Sammartano, C. De Stefano, 2007, Biophysical chemistry.

Speciation of Phytate Ion in Aqueous Solution. Protonation Constants in Tetraethylammonium Iodide and Sodium Chloride

C. Stefano, S. Sammartano, A. Milea, 2003 .

Mixed metal complexes in solution. Part II. Potentiometric study of heterobinuclear metal(II)-citrate complexes in aqueous solution

G. Arena, E. Rizzarelli, S. Sammartano, 1980 .

Mixed metal complexes in solution. Part I. Potentiometric study of heterobinuclear copper(II)-l-histidinate complexes with nickel(II), zinc(II) and cadmium(II) ions in aqueous solution

G. Arena, E. Rizzarelli, S. Sammartano, 1979 .

SIT Parameters for 1:1 Electrolytes and Correlation with Pitzer Coefficients

S. Sammartano, C. Bretti, Nunziatina Porcino, 2006, Annali di chimica.

A comparison of equations for fitting protonation constants of carboxylic acids in aqueous tetramethylammonium chloride at various ionic strengths

S. Sammartano, A. Gianguzza, C. Foti, 1997 .

Modelling of proton and metal exchange in the alginate biopolymer

C. Stefano, S. Sammartano, D. Piazzese, 2005, Analytical and bioanalytical chemistry.

Ionic strength dependence of formation constant-XVI. Protonation of some nitrophenols and dihydroxybenzoic acids in aqueous (tetraethylammonium iodide) solution at 25 degrees.

S. Sammartano, A. de Robertis, 1993, Talanta.

Speciation Studies of Bifunctional 3-Hydroxy-4-Pyridinone Ligands in the Presence of Zn2+ at Different Ionic Strengths and Temperatures

F. Crea, K. Chand, S. Sammartano, 2019, Molecules.

Bifunctional 3-hydroxy-4-pyridinones as effective aluminium chelators: synthesis, solution equilibrium studies and in vivo evaluation.

F. Crea, K. Chand, S. Sammartano, 2018, Journal of inorganic biochemistry.

Ionic strength dependence of formation constants-XVIII. The hydrolysis of iron(III) in aqueous KNO(3) solutions.

C. Rigano, S. Sammartano, P. Daniele, 1994, Talanta.

Speciation of tin(II) in aqueous solution: thermodynamic and spectroscopic study of simple and mixed hydroxocarboxylate complexes

F. Crea, C. Stefano, S. Sammartano, 2013, Monatshefte für Chemie - Chemical Monthly.

Low valence states of metal chelates—II: Bis(2,2′,2″-terpyridine) iron(II) perchlorate

E. Rizzarelli, S. Sammartano, R. Bonomo, 1974 .

Low valence states of metal chelates: III. bis(2,2′,2″-terpyridine) cobalt(II) perchlorate

E. Rizzarelli, S. Sammartano, R. Bonomo, 1973 .

Modeling the acid-base properties of molybdate(VI) in different ionic media, ionic strengths and temperatures, by EDH, SIT and Pitzer equations

F. Crea, C. Stefano, S. Sammartano, 2017 .

Thermodynamic and spectroscopic properties of mixed complexes in aqueous solution. Copper(II) complexes of 2,2'-bipyridyl and iminodiacetic or pyridine-2,6-dicarboxylic acid

F. Riggi, E. Rizzarelli, S. Sammartano, 1979 .

Serum calcium oxalate saturation in patients on maintenance haemodialysis for primary hyperoxaluria or oxalosis-unrelated renal diseases.

S. Sammartano, P. Daniele, M. Marangella, 1991, Clinical science.

On the complexation of metal cations with “pure” diethylenetriamine-N,N,N′,N′′,N′′-pentakis(methylenephosphonic) acid

M. Cordaro, C. Stefano, S. Sammartano, 2017 .

Prediction of water solubility and Setschenow coefficients by tree-based regression strategies

P. Oliveri, S. Sammartano, G. Lando, 2019, Journal of Molecular Liquids.

The Effect of Different Aqueous Ionic Media on the Acid-Base Properties of Some Open Chain Polyamines

F. Crea, S. Sammartano, C. Bretti, 2008 .

Thermodynamic Study for the Protonation of Branched Poly(ethylenimine) in NaCl(aq) and Its Dependence on Ionic Strength

F. Crea, P. Crea, S. Sammartano, 2007 .

Modelling of natural and synthetic polyelectrolyte interactions in natural waters by using SIT, Pitzer and Ion Pairing approaches

F. Crea, S. Sammartano, D. Piazzese, 2006 .

Speciation of polyelectrolytes in natural fluids Protonation and interaction of polymethacrylates with major components of seawater.

S. Sammartano, D. Piazzese, C. De Stefano, 2002, Talanta.

Sequestration of Alkyltin(IV) Compounds in Aqueous Solution: Formation, Stability, and Empirical Relationships for the Binding of Dimethyltin(IV) Cation by N- and O-Donor Ligands

S. Sammartano, G. Manfredi, C. De Stefano, 2009, Bioinorganic chemistry and applications.

Thermodynamics of HEDPA protonation in different media and complex formation with Mg2+ and Ca2+

S. Sammartano, O. Giuffrè, C. Foti, 2013 .

Interaction of UO2(2+) with ATP in aqueous ionic media.

S. Sammartano, A. Pettignano, C. De Stefano, 2005, Biophysical chemistry.

On the interaction of phytate with proton and monocharged inorganic cations in different ionic media, and modeling of acid-base properties at low ionic strength

C. Stefano, S. Sammartano, C. Bretti, 2015 .

Acid−Base Properties of Synthetic and Natural Polyelectrolytes: Experimental Results and Models for the Dependence on Different Aqueous Media†

F. Crea, C. Stefano, S. Sammartano, 2009 .

Interaction of methyltin(IV) compounds with carboxylate ligands. Part 1: formation and stability of methyltin(IV)–carboxylate complexes and their relevance in speciation studies of natural waters

S. Sammartano, A. Pettignano, A. Gianguzza, 2006 .

Digital automatic timer for adsorption studies

I. Fragalà, S. Sammartano, R. Maggiore, 1977 .

Potentiometric, 1H NMR and ESI-MS investigation on dimethyltin(IV) cation–mercaptocarboxylate interaction in aqueous solution

A. Napoli, S. Sammartano, P. Cardiano, 2009 .

Thermodynamic and spectroscopic study for the interaction of dimethyltin(IV) with L-cysteine in aqueous solution.

S. Sammartano, P. Cardiano, C. De Stefano, 2008, Biophysical chemistry.

Interaction of methyltin(IV) compounds with carboxylate ligands. Part 2: formation thermodynamic parameters, predictive relationships and sequestering ability

C. Stefano, S. Sammartano, A. Pettignano, 2008 .

Speciation of phytate ion in aqueous solution. Trimethyltin(IV) interactions in self medium.

F. Crea, P. Crea, S. Sammartano, 2007, Annali di chimica.

Equilibria involved in the diorganotin(IV) and triorganotin(IV) phosphomycin interaction in aqueous solution

L. Pellerito, T. Fiore, C. Pellerito, 2007 .

Interaction of alkyltin(IV) compounds with ligands of interest in the speciation of natural fluids: carboxylate and hydroxycarboxylate complexes of monomethyltin(IV) trichloride.

S. Sammartano, A. Gianguzza, C. Foti, 2002, Annali di chimica.

Hydrolysis and chemical speciation of (C2H5)2Sn2+, (C2H5)3Sn+ and (C3H7)3Sn+ in aqueous media simulating the major composition of natural waters

S. Sammartano, A. Gianguzza, D. Milea, 2002 .

The single salt approximation for the major components of seawater: association and acid–base properties

C. Stefano, S. Sammartano, A. Gianguzza, 1998 .

Hydrolysis of (CH3)Hg+ in Different Ionic Media: Salt Effects and Complex Formation

S. Sammartano, C. Foti, A. Robertis, 1996 .

Ionic strength dependence of formation constants. VI. Lantanum(3+)- acetate, -malonate and -citrate complexes in aqueous solution.

C. Rigano, S. Sammartano, P. Daniele, 1985 .

Hydrolysis of dioxouranium(VI): a calorimetric study in NaClaq and NaClO4aq, at 25°C

F. Crea, C. Stefano, S. Sammartano, 2004 .

Sequestration of organometallic compounds by synthetic and naturally occurring polycarboxylate ligands. Binding of monomethylmercury(II) by polyacrylic and alginic acids

S. Sammartano, A. Pettignano, C. De Stefano, 2007 .

Ionic strength dependence of formation constants. XIII. A critical examination of preceding results.

C. Stefano, S. Sammartano, P. Daniele, 1991 .

Protonation Constants of Ethylenediamine, Diethylenetriamine, and Spermine in NaCl(aq), NaI(aq), (CH3)4NCl(aq), and (C2H5)4NI(aq) at Different Ionic Strengths and t = 25 °C

C. Stefano, S. Sammartano, A. Giuffrè, 2005 .

Thermodynamic properties of melamine (2,4,6-triamino-1,3,5-triazine) in aqueous solution. Effect of ionic medium, ionic strength and temperature on the solubility and acid–base properties

C. Stefano, S. Sammartano, C. Bretti, 2013 .

Solubility and activity coefficients of 2,2′-bipyridyl, 1,10-phenanthroline and 2,2′,6′,2″-terpyridine in NaCl(aq) at different ionic strengths and T = 298.15 K☆

F. Crea, C. Stefano, S. Sammartano, 2008 .

Modeling S-carboxymethyl-l-cysteine protonation and activity coefficients in sodium and tetramethylammonium chloride aqueous solutions by SIT and Pitzer equations

S. Sammartano, C. Bretti, Alba Giacalone, 2007 .

A new approach in the use of SIT in determining the dependence on ionic strength of activity coefficients. Application to some chloride salts of interest in the speciation of natural fluids

S. Sammartano, C. Bretti, C. Foti, 2004 .

The Dependence on Ionic Strength of Enthalpies of Protonation for Polyamines in NaCl(aq)

S. Sammartano, O. Giuffrè, C. Foti, 2002 .

Chromatographic behavior of open-chain polyamines NH2-(CH2)2-[NH-(CH2)2]n-NH2 and their quantitative determination in sea water by high-performance ion-exchange chromatography.

F. Crea, S. Sammartano, A. de Robertis, 2005, Journal of chromatographic science.

The inorganic speciation of tin(II) in aqueous solution

F. Crea, C. Stefano, S. Sammartano, 2012 .

THERMAL DECOMPOSITION OF METAL COMPLEXES. MIXED COMPLEXES OF DIVALENT TRANSITION METALS WITH α-NITROKETONES

E. Rizzarelli, S. Sammartano, R. Maggiore, 1978 .

Phytate–molybdate(VI) interactions in NaCl(aq) at different ionic strengths: unusual behaviour of the protonated species

F. Crea, C. Stefano, S. Sammartano, 2018 .

Chelating agents for the sequestration of mercury(II) and monomethyl mercury(II).

F. Crea, S. Sammartano, C. De Stefano, 2014, Current medicinal chemistry.

Thermodynamic data for lanthanoid(III) sequestration by phytate at different temperatures

F. Crea, C. Stefano, S. Sammartano, 2010 .

The interaction of amino acids with the major constituents of natural waters at different ionic strengths

C. Stefano, S. Sammartano, A. Gianguzza, 2000 .

Binding Ability of Inorganic Major Components of Sea Water towards some Classes of Ligands, Metal and Organometallic Cations

C. Stefano, S. Sammartano, D. Piazzese, 2002 .

Dissociation Constants of Protonated Oxidized Glutathione in Seawater Media at Different Salinities

V. Sharma, F. Millero, P. Crea, 2010 .

Interaction of the dioxouranium(VI) ion with aspartate and glutamate in NaCl(aq) at different ionic strengths

S. Sammartano, A. Pettignano, A. Gianguzza, 2005 .

Interaction of polyamines with Mg2+ and Ca2+

C. Stefano, S. Sammartano, A. Foti, 1999 .

Mixed proton complexes of aminoacids and carboxylic ligands in aqueous solution.

S. Sammartano, C. De Stefano, A. Gianguzza, 1993, Talanta.

Binding of polyanions by biogenic amines. III. Formation and stability of protonated spermidine and spermine complexes with carboxylic ligands.

S. Sammartano, C. De Stefano, A. Gianguzza, 1999, Talanta.

Formation, stability and empirical relationships for the binding of Sn2 + by O-, N- and S-donor ligands☆

C. Stefano, S. Sammartano, G. Lando, 2014 .

Chemical processes in marine environments

S. Sammartano, E. Pelizzetti, A. Gianguzza, 2000 .

SCALPO, a computer program for simulating calorimetric and potentiometric titration curves

C. Rigano, C. Stefano, S. Sammartano, 1989 .

Solubility, activity coefficients and acid–base properties of three naphthol derivatives in NaCl(aq) at different ionic strengths and at T = 298.15 K

C. Stefano, S. Sammartano, C. Bretti, 2011 .

Ionic strength dependence of formation constants-X: proton activity coefficients at various temperatures and ionic strengths and their use in the study of complex equilibria.

S. Sammartano, C. De Stefano, R. Scarcella, 1987, Talanta.

Analysis of thermodynamic data for complex formation : Protonation of tham and fluoride ion at different temperatures and ionic strengths

C. Rigano, S. Sammartano, C. Foti, 1999 .

A critical approach to the toxic metal ion removal by hazelnut and almond shells

S. Sammartano, A. Pettignano, N. Muratore, 2018, Environmental Science and Pollution Research.

Modelling the Hydrolysis of Mixed Mono-, Di- and Trimethyltin(IV) Complexes in Aqueous Solutions

F. Crea, C. Stefano, S. Sammartano, 2015, Journal of Solution Chemistry.

Interactions of Dioxouranium(VI) with Polyamines in Aqueous Solution

F. Crea, S. Sammartano, A. Pettignano, 2010 .

Dioxouranium(VI)-Carboxylate Complexes. Interaction

F. Crea, C. Stefano, S. Sammartano, 2007 .

Alkali-metal and alkaline-earth-metal ion complexes with adenosine 5'-triphosphate in aqueous solution. Thermodynamic parameters and their dependence on temperature and ionic strength

C. Rigano, R. Purrello, C. Stefano, 1986 .

Modeling the acid–base properties of glutathione in different ionic media, with particular reference to natural waters and biological fluids

F. Crea, C. Stefano, S. Sammartano, 2012, Amino Acids.

Chemical speciation of organic matter in natural waters. Interaction of nucleotide 5’ mono-, di- and triphosphates with major components of seawater

F. Crea, S. Sammartano, D. Piazzese, 2004 .

Quantitative Study of the Interaction between ATP and Aromatic Amines in Aqueous Solution

F. Crea, C. Stefano, S. Sammartano, 2012, Journal of Solution Chemistry.

EQUILIBRIUM STUDIES IN NATURAL FLUIDS. USE OF SYNTHETIC SEAWATER AND OTHERMEDIA AS BACKGROUND SALTS

C. Rigano, C. Stefano, S. Sammartano, 1994 .

Studies on acetate complexes. I: Formation of proton, alakli-metal, and alkaline-earth-metal ion complexes at several temperatures and ionic strengths

C. Rigano, C. Stefano, S. Sammartano, 1985 .

The formation of proton and alkali-metal coplexes with ligands of biological interest in aqueous solution. Potentiometric and PMR investigation of Li+, Na+, K+, Rb+, Cs+ and NH+4 complexes with citrate

C. Rigano, S. Sammartano, P. Daniele, 1981 .

F. Crea, S. Sammartano, C. Bretti, 2008 .

Low valence state of metal chelates. I. Complexes of iron(II) perchlorate with 1,10-phenanthroline, 4,7-dimethyl-1,10-phenanthroline and 4,7-diphenyl-1,10-phenanthroline

I. Fragalà, E. Rizzarelli, S. Sammartano, 1973 .

Solubility, acid-base properties and thermodynamics of interaction between three NTA-phosphonate derivatives and the main cationic components (H+, Na+, Mg2+ and Ca2+) of natural fluids

S. Sammartano, C. Bretti, G. Lando, 2018, The Journal of Chemical Thermodynamics.

Thermodynamic Study on the Interaction of Ampicillin and Amoxicillin with Ca2+ in Aqueous Solution at Different Ionic Strengths and Temperatures

S. Sammartano, O. Giuffrè, C. Foti, 2019, Journal of Chemical & Engineering Data.

Studies on polyfunctional O-ligands. Solubility and thermal stability of 1,2,4,5-benzenetetracarboxylate complexes with alkali and alkaline earth metal ions

R. Curini, C. Stefano, S. Sammartano, 1990 .