Mihalj Poša

Full Professor

Faculty of Medicine, Department of Pharmacy

mihalj.posa@mf.uns.ac.rs

Phone: 021422760

ORCID ID : 0000-0002-8044-2655

Academic career	Year	Institution	Field
Status Acquired	2018	Faculty of Medicine Novi Sad	Basic chemistry disciplines in pharmacy
PhD	2008	Faculty of Sciences Novi Sad	Biochemistry
MSc	2006	Faculty of Sciences Novi Sad	Biochemistry
Graduated	2002	Faculty of Sciences Novi Sad	Chemistry

Academic career

Year

Institution

Field

Status Acquired

2018

Faculty of Medicine Novi Sad

Basic chemistry disciplines in pharmacy

PhD

2008

Faculty of Sciences Novi Sad

Biochemistry

MSc

2006

Faculty of Sciences Novi Sad

Biochemistry

Graduated

2002

Faculty of Sciences Novi Sad

Chemistry

M	Description
21	M. Poša: Multiphase separation model for the binary mixed micelles, Journal of Molecular Liquids 288 (2019) 111019.
21	M. Poša: Introduction of the novel coefficient of interaction in the micellar co-solubilisation of the binary mixture of structurally different solubilizates: thermodynamic of the micellar co-solubilisation – a pseudophase approximation, Journal of Molecular Liquids 256 (2018) 320-329.
21	M. Poša: Mixed micelles of binary surfactant mixtures: Tween 40 - Na-3,12-dioxo-5β-cholanoate; Tween 80 - Na-3,12-dioxo-5β-cholanoate and their thermodynamic description-characterization, Chemical Engineering Research and Design 92(12) (2014) 1826-1839.
21	M. Poša, A. Sebenji: Determination of the number avarage aggregation numbers of bile salt micelles with a special emphasis on their oxo derivatives – the effect of the steroid skeleton, Biochimica at Biophysica Acta – General Subjects 1840 (2014) 1072-1082.
21	M. Poša, A. Pilipović: Self-association of C3 and C6 epimers of hyodeoxycholate anions in aqueous medium: hydrophobicity, critical micelle concentration and aggregation number, Journal of Molecular Liquids 238C (2017) 48-57.
21	M. Poša, K. Popović: Structure property relationships in the sodium muricholate derivatives (bile salts) micellization: the effect of conformation of the steroid skeleton on the hydrophobicity and micelle formation - pattern recognition and potential membranoprotective properties, Molecular Pharmaceutics 14 (2017) 3343-3355.
21	M. Poša, A. Pilipović: Micellisation of the binary mixture of surfactants Triton X100 and Brij S10 in a water solution at T= (278.15-318.15) K: the excess Gibbs free energy of the binary mixed micelles formation and its interpretation by the first order and the second order Margules function, Journal of Chemical Thermodynamics 138 (2019) 167-138.
21	M. Poša, B. Kovačević, A. Pilipović: Microscopic interpretation of parameters of the second order Margules function (function for describing the excess Gibbs energy of the binary micelle formation): micellisation of the binary mixture of surfactants Triton X-100 and (1-hexadecyl)trimethylammonium-bromide in a water solution of NaCl (0.3 mol kg-1), Journal of Molecular Liquids 279 (2019) 700-710.
21	M. Poša, K. Popović, D. Ćirin, Z. Farkaš: Binary mixed micelles of polysorbates (Tween 20 and Tween 60) and bile salts (Na-hyodeoxycholate and Na-cholate): Regular solution theory and change of pKa values of micellar bile acid - a novel approach to estimate of the stability of the mixed micelles, Fluid Phase Equilibria 396 (2015) 1-8.
21	M. Poša, S. Bjedov, D. Škorić, M. Sakač: Micellization parameters (number average aggregation number and critical micellar concentration)of bile salt 3 and 7 ethylidene derivatives: role of the steroidal skeleton II, Biochimica at Biophysica Acta – General Subjects 1850 (2015) 1345-1353.

Description

M. Poša: Multiphase separation model for the binary mixed micelles, Journal of Molecular Liquids 288 (2019) 111019.

M. Poša: Introduction of the novel coefficient of interaction in the micellar co-solubilisation of the binary mixture of structurally different solubilizates: thermodynamic of the micellar co-solubilisation – a pseudophase approximation, Journal of Molecular Liquids 256 (2018) 320-329.

M. Poša: Mixed micelles of binary surfactant mixtures: Tween 40 - Na-3,12-dioxo-5β-cholanoate; Tween 80 - Na-3,12-dioxo-5β-cholanoate and their thermodynamic description-characterization, Chemical Engineering Research and Design 92(12) (2014) 1826-1839.

M. Poša, A. Sebenji: Determination of the number avarage aggregation numbers of bile salt micelles with a special emphasis on their oxo derivatives – the effect of the steroid skeleton, Biochimica at Biophysica Acta – General Subjects 1840 (2014) 1072-1082.

M. Poša, A. Pilipović: Self-association of C3 and C6 epimers of hyodeoxycholate anions in aqueous medium: hydrophobicity, critical micelle concentration and aggregation number, Journal of Molecular Liquids 238C (2017) 48-57.

M. Poša, K. Popović: Structure property relationships in the sodium muricholate derivatives (bile salts) micellization: the effect of conformation of the steroid skeleton on the hydrophobicity and micelle formation - pattern recognition and potential membranoprotective properties, Molecular Pharmaceutics 14 (2017) 3343-3355.

M. Poša, A. Pilipović: Micellisation of the binary mixture of surfactants Triton X100 and Brij S10 in a water solution at T= (278.15-318.15) K: the excess Gibbs free energy of the binary mixed micelles formation and its interpretation by the first order and the second order Margules function, Journal of Chemical Thermodynamics 138 (2019) 167-138.

M. Poša, B. Kovačević, A. Pilipović: Microscopic interpretation of parameters of the second order Margules function (function for describing the excess Gibbs energy of the binary micelle formation): micellisation of the binary mixture of surfactants Triton X-100 and (1-hexadecyl)trimethylammonium-bromide in a water solution of NaCl (0.3 mol kg-1), Journal of Molecular Liquids 279 (2019) 700-710.

M. Poša, K. Popović, D. Ćirin, Z. Farkaš: Binary mixed micelles of polysorbates (Tween 20 and Tween 60) and bile salts (Na-hyodeoxycholate and Na-cholate): Regular solution theory and change of pKa values of micellar bile acid - a novel approach to estimate of the stability of the mixed micelles, Fluid Phase Equilibria 396 (2015) 1-8.

M. Poša, S. Bjedov, D. Škorić, M. Sakač: Micellization parameters (number average aggregation number and critical micellar concentration)of bile salt 3 and 7 ethylidene derivatives: role of the steroidal skeleton II, Biochimica at Biophysica Acta – General Subjects 1850 (2015) 1345-1353.

Course	Studies
Physical Chemistry	Integrated Academic Studies of Pharmacy
Organic Chemistry I	Integrated Academic Studies of Pharmacy
Organic Chemistry II	Integrated Academic Studies of Pharmacy
Stereochemistry	Integrated Academic Studies of Pharmacy
NMR methods	Integrated Academic Studies of Pharmacy

Course

Studies

Physical Chemistry