Jerzy Suszko (1889-1972): = Professor Jerzy Suszko (1889-1972)
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| Format: | Buch |
| Sprache: | Polish |
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Poznań
Wydawnictwo Naukowe Uniwersytetu im. Adama Mickiewicza
2017
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| Ausgabe: | Wydanie 1 |
| Schriftenreihe: | Biografie Rektorów Uniwersytetu im. Adama Mickiewicza w Poznaniu
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| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis Abstract Register // Personenregister Literaturverzeichnis |
| Beschreibung: | 456 Seiten Illustrationen, Porträt 25 cm |
| ISBN: | 9788323233299 8323233292 |
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| 250 | |a Wydanie 1 | ||
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Datensatz im Suchindex
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| adam_text | Spis treści Wstęp ................................................................................................................... 9 ROZDZIAŁ I. Lata nauki i dorastania do samodzielności pod zaborem austriackim 1. Pochodzenie, przynależność narodowa środowiska rodzinnego ........... 2. Edukacja od podstawowej do doktoratu ................................................ 3. I wojna światowa....................................................................................... 4. Ukierunkowanie zawodowe...................................................................... 15 15 28 46 59 ROZDZIAŁ II. Okres dochodzenia do pełnej stabilizacji zawodowej. Lata nie podległości państwowej................................................................................. 1. Dojście do samodzielności naukowej na Uniwersytecie Jagiellońskim . . 2. Profesor Politechniki Lwowskiej .............................................................. 3. Organizacja od podstaw Zakladu i Katedry Chemii Organicznej na Uni wersytecie Poznańskim ............................................................................ 4. Obciążenia dydaktyczne............................................................................ 5. Utalentowany wykładowca ...................................................................... 6. Obowiązki i wyróżnienia z końca lat 30...................................................... ROZDZIAŁ III. Dziesięcioletni okres zaburzony utratą niepodległości i skutkami II wojny światowej ....................................................................................... 1.
Praca i nauczanie podczas niemieckiej okupacji .................................... 2. Pookupacyjny powrót do Poznania z urzędową misją opieki nad Uniwersy tetem. Odbudowa Uniwersytetu w Poznaniu po zniszczeniach wojennych 3. Działalność Profesora jako dziekana Wydziału Matematyczno-Przyrodni czego Uniwersytetu Poznańskiego i utworzenie Wydziału Farmacji ... 4. Uczestnictwo w życiu zboru ewangelicko-augsburskiego ....................... 5. Działalność kierownika Zakładu i Katedry Chemii Organicznej Uniwersy tetu Poznańskiego .................................................................................... 6. Pracownia Biochemiczna ......................................................................... 7. Bezpodstawne oskarżenia......................................................................... 8. Śmiertelny wypadek pracownika.............................................................. 9. Zaszczytne obowiązki poza uczelnią ........................................................ 10. W ocenie władz politycznych ................................................................... 11. Demokratyczne zasady współżycia. Komisja Chemiczna ....................... 12. Kontrowersje wokół teorii rezonansu ..................................................... 13. „Katedra zespołowa”, Zespół Katedr Chemii .......................................... ~ 455 ~ 63 63 71 83 91 94 102 107 107 115 121 128 130 147 155 157 158 161 167 171 177
ROZDZIAŁ IV. Okres pełnienia obowiązków rektora Uniwersytetu w Poznaniu 1. Klimat polityczny......................................................................................... 2. Sprawa ks. prof. Szczęsnego Dettloffa ...................................................... 3. Losy Fundacji „Nauka i Praca” ................................................................. 4. Politycznie uwarunkowane kontrowersje wokół wykorzystania Auli Uni wersyteckiej .................................................................................................. 5. Kolegium Rektorskie................................................................................... 6. Zmiana nazwy Uniwersytetu Poznańskiego na Uniwersytet im. Adama Mickiewicza.................................................................................................. 7. Przejawy poprawności i niepoprawności politycznej z połowy lat 50. Zakończenie pełnienia obowiązków rektora UAM ............................... 8. Dalsze losy Zespołu Katedr Chemii............................................................. 9. „Katedra zespołowa”.................................................................................... 10. Wnioski końcowe.......................................................................................... 181 181 197 207 216 219 225 228 241 244 247 ROZDZIAŁ V. Finis coronat opus ......................................................................... 249 1. Stosunek do młodzieży ............................................................................... 249 2. Współpraca z prof. Antonim
Gałeckim ..................................................... 252 3. Koła naukowe................................................................................................. 255 4. Kontynuacja badań naukowych na UAM i w PAN po osiągnięciu wieku emerytalnego................................................................................................. 258 5. Inwigilacja przez służby specjalne ............................................................. 260 6. Członkostwo honorowe РТСҺ...................................................................... 261 7. Jubileusz 75- i 80-lecia urodzin ................................................................ 264 8. Doctor honoris causa UAM......................................................................... 274 9. Ostatnie lata życia ........................................................................................ 277 10. Ceremonia pogrzebowa ......................... 282 ROZDZIAŁ VI. Działalność naukowa Profesora .................................................. 293 Podsumowanie.......................................................................................................... 343 Od autora...................................................................................................................... Kalendarium ważniejszych wydarzeń związanych z życiem prof. Jerzego Suszki Aneksy 35t 359 ......................................................................................................................... 369 Uczniowie
Profesora.................................................................................................... 395 Publikacje dotyczące badań własnych Profesora ..................................................... 409 Bibliografia................................................................................................................... 423 Wykaz skrótów nazw głównych źródeł dokumentów archiwalnych....................... 425 Spis rycin i schematów .............................................................................................. Indeks osób................................................................................................................. Professor Jerzy Suszko (1889-1972). Summary ~ 456 ~ .................................................... 427 441 447
Professor Jerzy Suszko (1889-1972) Summary ^T)rofessor Jerzy Suszko, in the academic years 1952/53 till 1955/56, was the seven_lT teenth person acting as Rector of the University of Poznań since it was founded after World War I (including the two people who acted as Rectors of the Underground University of the Western Territories in the years 1941-1943 and 1943-1945, assum ing the University to be a continuation of the Poznań University existence). He was the most distinguished Polish pioneer in both natural products chemistry and the spatial stucture of organic compounds, the scientist meritorious for chemistry edu cation, that was for chemistry, pharmacy and medicine students. Prof. J. Suszko was a founder of the first Polish school of cinchona bark alkaloids and stereochemistry re search, it being the origin of many scientific achievements, which attained worldwide recognition and where a lot of young, talented scientists were educated. He was born in Piosek, a village in Silesia near Teschen, on February 7,1889 as the 12th child of a poor family of peasant origin. His first educational stage was financially supported by a Polish association called Macierz Szkolna dla Księstwa Cieszyńskiego (The School-Mother Country for the Duchy of Teschen). Due to the high marks ob tained at high school, he got a fellowship, the Franz-Joseeph Gold Stipendium, and was able to begin studying at the Polytechnic of Prague from which he had graduated summa cum laude in 1912 and where he accomplished his Ph.D. thesis under the aus pices of Paul Rabe at the age of 24. During World War
I, he was serving in the Austrian army (as a lieutenant at the end) on the Croatian and Italian fronts. After Poland had regained its independence, the Polish citizenship of Jerzy Suszko and his family (he was married in 1918) was officially certificated in 1922. Since 1919 he carried out research work at the Jagielloński University in Cracow, collaborating with Karol Dz iewoński at the beginning. Next, after passing an habilitation examination (1925) and spending three years at the Polytechnic of Lvov (1927/28-1929/30, doing research and teaching as the Head of the General Chemistry Department in the Agricultur al-Forestry Faculty), he was sent by a Minister’s decision to Poznań in 1930, where he spent the second half of his life, working as a professor (as a Full Professor from 1937, nominated by President Ignacy Mościcki) and the Head of the Organic Chemistry De- ~ 447 ~
partment in the University of Poznań (which, in 1955, changed its name to the Adam Mickiewicz University). In October 1939, reacting to foreign invader repression, he left Poznań and was living in Cracow where, first, he was employed as a manual worker at a water pump station in Bielany, being also engaged in the bacteriological examination of water purity, and next, as a scientific manager in the chemical laboratory of a food inspection establishment. Additionally, since 1941/42 he was teaching at the Technical School in Cracow and also took part in secret teaching organized by the Underground Jagielloński University and the Underground University of the Western Territories. At the end of February 1945, just after the cessation of hostilities in Poznań, Prof. J. Suszko came back and, as a Ministry of Education delegate and, later, as a represen tative of the Academic Senate, he undertook intense and effective policies to rebuild and restore the University buildings destroyed as a result of military operations. At the same time, during the next couple of years he was carrying on the Dean duties, inter rupted by the war, (and, next, Deputy Dean) of the Mathematical and Natural Sciences Faculty. Additionally, at the beginning of the Fifties, he was to become the Head of the Laboratory of Alkaloids at the Institute of Organic Chemistry in the Polish Academy of Sciences (1954 - 1968, which, initially, till 1964, was called: Laboratory Nr 5th of the Department of Organic Synthesis, PASc). He also held some highly responsible posi tions at the University, the most important
being as Rector of the University of Poznań (in the most difficult time of the Stalin period, 1952/53 ՜ 1955/56), which was pre ceded as a pro-Rector in 1951/52 and Dean of the Mathematical and Natural Science Faculty for four academic years (1938/39-1946/47) interrupted by World War II. In the year 1939, Professor J. Suszko became a Corresponding Member, and, in 1945, a Full Member of the Polish Academy of Skills, yet, in 1952, he became a Corre sponding Member and, in 1958, a Full Member of the Polish Academy of Science. He was also a member of several foreign Academies of Science. In the final period of Prof. J. Suszko performing the dean duties, he created, in November of 1946, a so called Chemical Committee, which was acting inside the Mathematical and Natural Sciences Faculty and considered all the affairs concerning the whole chemical branch, independently of its different Departments specialities. Under J. Suszkos chairmanship, these unit meetings for debate purposes took place frequently till 1951 when the Association of the Chemistry Departments was officially created and, in some sense, the Chemical Committee may be considered as being the origin of the Faculty of Chemistry later formed in the Eighties of the previous century. The creation of the Committee reflects the Professor s strong belief in the superiority of collective action and taking any decision on the basis of an opinion, resulting from a collective discussion, of competent people. The Chemical Committee creation was not the sole result of the Prof. J. Suszko’s approach to holding the highly
responsible posi tions at the University. The best known success in this field and most often mentioned as an unusual achievement (taking into account the political regulations at that time) in a research organization, was the creation by Prof. J. Suszko, as soon as he took up the Rector’s duties, of a new, not being provided by the law, university administration structure unit, The Rector’s College, which appeared to be very useful to perform the ~ 448
Rector’s duties in accordance with the old academic traditions of a democratic char acter. Professor J. Suszko was a founder in 1951 and the Head of an Association of the Chemistry Departments of the Poznań University (1952-1959), an official unit which provided facilities to improve the teaching process and to undertake some combined efforts in the research activity sphere, the accuracy of such an idea can be supported by the later achievements of the X-ray crystallography and NMR-spectroscopy use for chemical and biochemical purposes acquired in the Poznań scientific environment as well as to organize a mutual library and laboratory of unique apparatus. The creation of the unit, availing the Chemical Committee experiences, may be seen as the begin ning of the close cooperation of chemists at the University. Prof. J. Suszko s efforts in this matter were later undertaken by Prof. M. Wiewiórowski and led to establishing the Institute of Chemistry, being next transformed into the Faculty of Chemistry at the Adam Mickiewicz University in Poznań. Prof. M. Wiewiórowski was additionally the founder of the Polish Academy of Sci ence’s Institute of Bioorganic Chemistry in Poznań in the late Eighties of the previous century, while the origin of the Institute reached back to the year 1954, when Prof. J. Suszko founded at the Poznań University a PASc research unit called Laboratory № 5 of the PASc Organic Synthesis Department, located in Warsaw (the name was changed in 1964 to the Laboratory of Alkaloids of the PASc Natural Products Chemistry De partment). This PASc research unit,
operating under Prof. J. Suszko’s supervision on Adam Mickiewicz University premises, was bequeathed in the late 60s to Prof. Maciej Wiewiórowski, who, on this basis, moving the staff out of the university to a new place and taking up the nucleic acids subject for research, created the Natural Products Ste reochemistry Department of the PASc Institute of Organic Chemistry, which was final ly transformed into an individual PASc research institution, the Institute of Bioorganic Chemistry. Most of the research and technical staff members of that Institute, at the time of its creation in the late 60s, had gotten their chemical education and scientific origin in Prof. J. Suszko’s laboratories. Prof. J. Suszko was an excellent experimenter in the chemical laboratory and an experienced lecturer in preparing his presentations on the basis of the most recent literature reports, concerning the most actual chemical and biochemical problems, all being of top interest in the scientific world at the time. The main scientific achievements of Professor Jerzy Suszko were concerned with the chemistry of physiologically active natural products and with the spatial structure of organic molecules. From among the natural products, the alkaloids, and especially those of cinchona bark, were most intensively studied, because of their pharmacolog ical properties to a great extent. The best known member of this class of compounds, quinine, known for centures as a powerful drug in malaria treatment, can serve as an example. His synthetic and structural studies analysed all the most reactive and
stereochemically important fragments of the molecules of quinine and the related alkaloids. This resulted in an elaboration of syntheses, allowing interconversions both between the analogues differing by the kind of substituent in the quinoline moiety as ~ 449 ~
well as the corresponding stereoisomers as in the case of the inversion of the config uration around C(9) atom, leading to epialkaloids as the result of the corresponding toluenosulfonate hydrolysis, which, however, depending on the reaction conditions, can react towards the so-called heteroalkaloid (see reaction scheme No 2). Further significant achievements in this field comprised, among others, the elab oration of a convenient method of a reverse quinotoxine conversion (the product of the acid treatment of quinine, but also occurring as the key intermediate in the total quinine synthesis) and related toxins to the natural cinchona alkaloids. This achieve ment was based on the Suszko and Ludwiczakówna discovery of a new vinyl group protection method by a bromine molecule addition, which followed, at the final stage of the synthesis, the double bond recovery by treating the dibromo derivative with iodine ions (r. sch. 1). Unfortunately, in respect of the quinine and cynchonine synthe sis, these assignments, though elaborated before World War II, were only able to be published several years later after Woodward’s wonderful achievements (preceded by P. Rabe s valuable discoveries in this field) in the total quinine synthesis. However, Woodward’s multistep synthesis reached the quinotoxin level only, which was motivated by the fact that the final couple of steps, one of which consisted in the for mation of the quinuclidine ring system, had already been elaborated by P. Rabe. Yet, be cause of some problems appearing with the repeatability of those additional reactions,
the simple and efficient Suszko-Ludwiczak method, based on the vinyl group protection by the bromine molecule addition and removing the atoms after cyclization and carbonyl reduction, is an elegant termination ofthe total quinine like alkaloid synthesis. The vinyl group protection method, based on the intermediate bromine addition, elaborated by J. Suszko was also used in the synthesis of cupreine and additionally cupreidine, a diastereoisomer not found in nature (r. sch. 25, 26). One of the scientific problems being of specific interest to Professor J. Suszko was the quinine (and related alkaloids) transformation, occurring under alkaline condi tions and leading to a product with a broken N(1) ֊ C(8) bond, which was first ob served by Pasteur in the midle of the 19th century. The Pasteur observation at that time was interpreted as a new example of a „hydramine” rearrangement, yet, because of some similarities in this transformation to other cases differing in starting material stucture and reaction conditions, (e.g. the heteroalkaloids or Hoffman degradation products formation), the pattern of the rearrangement within the vicinal amino-alkohol fragment had to be solved. According to the Suszko assumption, the reason for the N(t)-C(8) bond breaking in Pasteur s transformation does not lie in the 1,2-hy droxy-amino system, but, instead, in a specific instability of that quinuclidine bond, being solely responsible for its breaking. The first efforts moving towards solving the problem had been carried out by J. Suszko’s already at the beginning of his scientific career and
described in his Ph.D. thesis. Several years later he finally solved the problem and described the experimental results in a mutual publication with J. Pepke. The way to find proof, which showed that both the presence of the OH group at C(g) is not needed for carrying the reac tion, and that the new bond is formed exclusively between the C(8) and C(9) atoms, ~ 450
is particularly interesting, taking into account that spectroscopic methods, especialy NMR, were not known at that time, and the structural determination of the product being under investigation was based, in fact, on the measurements of the optical rotation value, shown by the product obtained from both parallely carrying syntheses. The authors found proof for the J. Suszko s assumption in the transfor mations carried out under the Pasteur conditions with the 9-chloro-9֊deoxyquinine and 9֊chloro-9֊deoxyquinidine, two stereoisomers differing between themselves in the opposite configurations of their chiral C(8) and C(9) atoms. Additionally, for the reaction carried out under the Hoffmann degradation conditions, those chloroderivatives were methylated at N(i) atom, and, for comparison purposes of the final four products, both compounds obtained under Pasteur conditions were additionaly methylated. The transformation of those two pairs of stereoisomers carried out in two different ways always led to an identical product. This can only be explained by assuming the annulation of the C(8) and C(9) chirality center, achieved by the N(i) - C(8) bond break (r. sch. 3 and 4). Another interesting problem of the cinchona bark alkaloids searched for by J. Suszko concerned the chemistry of the vinyl side chain, which, being very reactive, can be a subject of valuable transformations, but can also be responsible for difficulties in carrying out an intended chemical transformation in another part of the molecule. A superb solution for that last problem gave the already mentioned bromine
addi tion to the double bond, followed by the debromination using iodine ions (r. sch. 1, 26 and 27). The addition of hydrogen bromide (or hydrogen chloride) to the double bond yielded a pair of diastereoisomeric halogen derivatives with a new chiral center at C(io). The elimination reaction of hydrogen halide led to two ethylene geometric isomers with the double bond being shifted to the С(з) atom of the quinuclidine ring system. However, beside the С(з)=С(ю) geometric isomers, in the case of quinidine, cinchonine and their derivatives, a third isomer was found, for which a cyclic ether type structure C(9) - О - C(io) was determined. The seven membered ring ether for mation is connected with a convenient steric conformation of molecules, resulting from the r. configuration around the C(8) carbon atom (r. sch. 6 and 7). In the case of hydrogen iodide elimination from io-iodo-io,n-dihydroderivative of quinine (quini dine), beside the product with the vinyl double bond shift to the С(з) position, niquin (niquidin) was found, in the formation of which the quinuclidine ring was ruptured with the production of a secondary amino group and one carbon atom was lost from the molecule. Moreover, the hydrogenation and oxygenation processes of the vinyl side chain were also examined (r. sch. 5). The research concerning the chemical properties of the heteroaromatic moiety of the cinchona alkaloid molecules led to an elaboration of the optimum conditions, under which the catalytic hydrogenation (in the presence of a Raney nickel catalyst) or a sodium and amyl alcohol reduction, is
limited to the pyridine ring (contrary to the catalytic action of Pt, r. sch. 10) of the quinoline fragment of the alkaloid molecule and is avoided by the anomalous hydrogenolysis of the hydroxy function at C-9 (r. sch. 11). (The saturation of the pyridine fragment of the quinoline moiety causes a new chiral 451
center at the С-4 formation, as a result of which an additional stereoisomer will ap pear.). It was found that the susceptibility of the C-9 hydroxy group towards the reduc tive action of sodium and alcohol depends upon the steric arrangement around C-8 and C-9 atoms (occurring in the case of cinchonine but not quinine) and the reaction temperature and,moreover, occurs only in the alkaloids containing the heteroaromatic quinoline ring system. The above mentioned research concerning the hydrogenation of the aromatic fragment, was mostly carried out to find a synthetic way from a cinchonine to quinine type alkaloid, assuming that the substitution in the case of the saturated pyridine frag ment of quinoline moiety will occur at the 6 position (occupied in quinine molecule by the methoxy group), while the electrophilic substitution of the natural alkaloid yielded a 5 (or 8՛) derivative, only. It has been established that in the nitration ofN(i )-acetylo-9֊acetyloxy-io,ii,i ,2 ,3’,4 -hexahydrocinchonine, the substituton takes place exclu sively at position 6 in the tetrahydroquinoline moiety (r. sch. 12). Important evidence for such a direction of the substitution was gained from studying what is called the O. Fischer-Hepp rearrangement when applied to N(i’)-nitroso-hexahydrocinchonine. It is known that in the O. Fischer-Hepp rearrangement the nitrosyl group migrates from a secondary N-nitroso-arylamine to the para position of the ring. Proof of the sub stitution position resulted from finding that 6-nitroso-hexahydro-cinchonine being a product of the O. Fischer-Hepp
rearrangement gave, after oxidation, nitro-hexahydrocinchonine identical to that obtained by the direct nitration of hexahydrocinchonine. The chemical properties of the C-5’ dervatives, obtained as a result of the elec trophilic substitution of the natural alkaloids with the fully aromatic quinoline moiety, were also examined. First, an efficient method for introducing the nitro group (followed by its reduction to amino function) into the 5’ position in quinine and quinidine through 10,11-dibromo intermediates was elaborated (r. sch. 8). The diazo compounds deriving from those amine-5 -alkaloids yielded two kinds of anhydrides, the „intramolecular” one which was formed by the hydrolysis of the methoxyl group, and the second one, „intermolecular”, being the result of an interaction between two diazoalkaloid molecules, (r. sch. 9). The „intermolecu lar” diazoanhydrides deriving separately from quinine and quinidine are distinct compounds, but, when decomposed, they transformed into an identical product, quinane; whereas the „intramolecular” diazo-anhydride forms, deriving from both these bases, are identical and can be decomposed to cuprean. Both of the final products are dehydrated alkaloids, the molecules of which contain a new double bond located between the C(8) and C(9) atoms. The nature of the transformation of diazo-derivatives is neither dependent on the saturation degree of the side chain nor on the configuration of the parent alkaloids in the range of the C(8) and C(9) chirality centres. The two sets described above of identical transformations, which were carried
out separately, using quinine and quinidine as starting materials, respectively, supplied a succeeding example of product structure determination by comparing their stereo chemical properties. The identity of the products properties showed that the stereo~ 452 ~
chemical differences between the starting alkaloids were removed, which was only possible when a new double bond was formed instead of the chirality centers at C(8) and C(9). The originality of the applied method for proving the identity of the different re action products additionally lies in measuring the optical rotatory power, that is the property of an individual molecule, instead of the intermolecular interaction, as it is, for example, in the case of melting point determination. As a result of that, it was pos sible (using the optical rotatory power in combination with a synthesis) to determine the structure of a compound, being in a liquid or solid state, independently. The structure and conversion studies of other alkaloids concerned those occur ring in the genera Papaver (codeine and rheadine, r. sch. 14), Lapinus and Cortinarius (r. sch. 16). The veiy interesting achievement was reached in cooperation with M. Wiewiórowski concerning the so-called a-isomerism in codeine chemistry (r. sch. 15). A small sample of codeine received just after World War II was the only alkaloid re agent in J. Suszko’s laboratory at that time. In that situation, efforts were made to elaborate a synthesis of morphine, using codeine as a starting material. Carrying out the experiments in this direction, the problem with a- isomers appeared, which had already been known for many years, but the unknown structure of these derivatives complicated the synthesis endeavours. In that situation, research to solve the problem was implemented and resulted in finding that all a-isomers were
acetyl derivatives of the corresponding synthetized compound and, though unstable, are easily formed, even in a reaction with an acetic acid component of the reaction medium. Later, M. Wiewiórowski was very much engaged in independent research on the alkaloid composition of lupine, their isolation procedure, as well as the structure and chemical properties. Professor J. Suszko participated in part of this work, including searching through the lupanine - lupinic acid equilibrium (r. sch. 13). At the beginning of the thirties in the previous century, Jerzy Suszko put forward a new method of determining the molecular symmetry, especially in the case of fusedring polycyclic aromatic hydrocarbons. This method was, next, verified, mainly on naphthalene molecules, and based on the binding of two identical chiral substituents to the ring system in different positions, followed by an analysis of the resulting stereo chemical mixture (r. sch. 18). J. Suszko’s analysis of molecular symmetry determina tion was highly appreciated by foreign scientists and their opinions being presented in world literature. Other stereochemical studies, concerning stereocontrolled syntheses, conformation stability and configuration determination, were carried out on various cyclic aliphatic hydrocarbons, including bornane derivatives (r. sch. 17 and 19 to 24). Professor Jerzy Suszko got a Doctor Honoris Causa degree from the University of Adam Mickiewicz in 1969. He educated a great number of University students both in chemistry and pharmacy. From about forty people who got their Ph.D. degrees un der
his scientific supervision, many later reached the highest levels in their scientific careers. He was a founding member of the Polish Chemical Society and was very much engaged in its activities during his whole life, including the frequent presentations ~ 453 ~
of scientific achievements by him and his Ph.D. students at the Society meetings. He also held some responsible offices therein, including the President of the Soci ety, and was a member of its Council. His merits were appreciated by the Society and, as a result of which, he became an honorary member of the Polish Chemical Society in 1964 and was awarded the Jędrzej Śniadecki medal in 1968. He was also a member of several foreign scientific societies, including the American Chemical Society, American Association for the Advancement of Science, the German Chem ical Society, the Chemical Society of London and chemical societies in some other countries. This enabled him to obtain numerous volumes of foreign journals and books to compose a large chemical library, all being in his ownership, which he transfered by testament to the Adam Mickiewicz University. Beside the numerous professional duties carried out by prof. Jerzy Suszko, espe cially during the first decade after World War II, he was also a very active member of the Evangelical Augsburg Church in the Poznań parish. During his intensive activity for the congregation, he became a president of the Polish Evangelical Society (PTE) and, being delegated by the academic Senate, was a superintendent (curator) of the Polish Evangelical University Students Association (SPAME). The Professors daugh ter, Alina, was engaged in this youth organisation as vice-president for a few years. Professor Jerzy Suszko was married twice. With the first wife, Emilia, maiden name Gulda (1895-1972), he had four children, three of them, Roman
(1919-1979), Alina (1923-1996), and Jadwiga (1925-1994), having a sdentile career, while the sec ond son, Bogdan (1921-1924) died when he was three. The Professor spent the last years of his life, together with Wiktoria Ewa Bagińska-Antkowiak (1907-1988), em ployed for many years at the University as the head clerk of the Dean s office, whom he married at the begining of 1972. Professor Jerzy Suszko died on October 5,1972 and was buried in the pathway for meritorious people at the Junikowo cemetery in Poznań. To honour the merits of Prof. J. Suszko for the University in Poznań, one of the streets in Poznań is called by his name. On the centenary year of his birth, a commem orating plate with his image (done by Stefan Stawiński) was unveiled in the Adam Mickiewicz University hall of Collegium Chemicum. The author is grateful to his friend, Martin Court, for watching over his English.
Indeks osób (Indeks nie obejmuje osoby Jerzego Suszki) A Adamanis Franciszek 123 Adamiak Ryszard 287 Ajdukiewicz Kazimierz 9, 170, 181-182, 188-189,19Յ, 225, 370, 382 Alexiewicz Andrzej 203, 393 Antczak Stanislaw 207, 208 Antkowiak Róża (z d. Wala) 14, 319, 406 Antkowiak Wiesław Zygmunt 193, 251, 289, 321, 328, 352, 400, 404, 415, 417, 418, 419 Antkowiak-Suszko Wiktoria Ewa 119, 123, 125, 244, 278, 279-280, 282, 350,368, Becker J. 306, 389, 411 Bierut Bolesław 164, 210, 230, 232 Błachowski Stefan 9, 88,148,166,188 Boczoń Krystyna (z d. Manyś) 259, 404 Boczoń Władysław 259, 404 Borowiak Teresa 290, 321 Bratek-Wiewiórowska Maria Danuta 270, 319, 406, 415, 416 Bucko Jerzy 232 C Chorąży K. 212 Clausen 376 Յ90-39Յ Antkowiak Zygmunt 390, 391, 393 ApSimon John 320 Augustyniak Halina 251 Augustyniak Jacek 260, 404 D В Bagińska Franciszka (z d. Marciniak) 390 Bagińska-Antkowiak Ewa zob. Antkowiak-Suszko Wiktoria Ewa Bagiński Wawrzyniec 390 Bardoń Anna zob. Gulda Anna Bartz Jan Aleksander Maria 12, 148, 153, 154, 158, 164, 165, 193, 246, 256, 319, З26, 375-379, 375, 397, 404, 414, 415, 416 Bażyński Feliks 146 ~ Danielewicz Danuta 260 Dąbrowski Stefan 116, 118, 119, 120, 123, 181, 186, 187, 188, 189, 192, 247, 364, 371, З92 Dega Wiktor 269, 270 Dega-Szafran Zofia 308,337,402,406,416, 417,418 Denizot Alfred 85 Deresiewicz Janusz 423 Dettloff Szczęsny 85, 171, 197-207, 223, 228, 231, 253, 386-387 Dezor-Mazur Magdalena 195,196, 321, 405 Dmochowski Antoni 381 Dobak Janusz 404 Dobrowolski 123 441
Doering W.E. 299 Domagalina Eugenia (z d. Bałuk) 164, 165, 312, 313.398,404,414,415 Domański Tadeusz 254, 308,395, 407,410, 411, 412 Domasłowski Jerzy 128,130, 286, 423 Domka Florian 282 Dorabialska Alicja 146, 261, 263, 264, 265 Dubas Tadeusz 308, 410 Dudzik Z. 251 Dusik Jadwiga 123 Dusik Marcin 158, 341 Dutkiewicz Edward 290, 404 Dworzaczyk 192 Dymek Walenty 198 Działoszyński Lech 147, 148, 151, 152, 154, 158, 164, 165, 254, 379֊38i, 403,404 Dziarmaga Agnieszka 115,116,118,158,159, 423 Dziewoński Karol 59, 60, 62, 63, 66, 67, 68, 71, 72, 75, 99, 176, 273, 284, 29Յ, 294, 323, 324, 334, 361, 387, 409 F Farnik Jan 22, 24 Federer E. 413 Fiedorów Ryszard 290 Fiedziuszko J. 301,411, 412 Figlerowicz Marek 193 Fojcik Jan 13, 27 Fojudzki Edmund 150,153, 402 Franciszek Józef I 38,100 G Gajowczyk Franciszek 326, 412 Gałecki Antoni 84, 85, 89, 102, 115, 122, 123, 126, 179, 252-255, 285, 374, 380 Gaudi Johann 39 Gendera Stefan 164,165, 331, 397, 406, 407 Georgievics Georg Edler 39 Gessner Wiesław 321 Gibasiewicz Stanislaw 391 Gibbs E.M. 311 ~ Gierek Edward 237 Glixelli Stanisław 89, 421 Gniłka Włodzimierz 146 Golankiewicz Bożenna (z d. Kubiak) 266, 315, 401, 404, 417,418, 419 Golankiewicz Krzysztof 251, 332, 400, 404, 416 Golanski Henryk 257 Górska Krystyna 192 Grabska Józefa 198 Grignard Victor 99, 421 Grochmalicki Jan 85 Grochowiak Michał 46 Grot Zdzisław 88, 423 Gruszka-Probst Dariusz 13, 29, 349 Gryszkiewicz-Trochimowski Eustachy 73 Grzymała Stanisław 321 Gulda Anna z d. Bardoń 40,46, 88, 338 Gulda Emilia zob. Suszko Emilia Franciszka (z d. Gulda) Gulda Wilhelm 360 H Hahn Witold
153, 244, 328, 398, 404, 415 Hasiuk Michał 238 Hauser Przemysław 13,185, 353, 423 Hein Edmund 376 Heltberg Romana (pseud. „Helga”) 137,138 Henry Th.A. 311 Hensel W. 199, 203 Heyrovski Jaroslav 151 Hochstätter W. 299,410 Hönigschmid О. 306 Hrynakowski Konstanty 84, 85, 89, 104, 153 Hurwic Józef 242 Hylińska Agnieszka 80, 261,423 I Ignasiak Bolesław 332, 310,419 Ignasiak Teresa Maria (z d. Zimmer) 308, 332, 403,404, 419 Infeld Leoold 238 Irschick A. 299, 410 442 ~
J Jagiełło Andrzej 396, 407 Jakubski Antoni Władysław 123 Janczewski Marian 153,164,165, 244, 325, 326, 398, 404, 41Յ, 414 Janiak Lidia 260 Janiak Tadeusz 157,158, 260, 382-383 Janowicz Zbigniew 203 Jarzyński L. 315, 410, 411 Jasiński Tomasz 185,410 Jastrzębski M. 329, 388 Jaśkiewicz Wiktor 120,183,199, 203, 219 Jaxa-Bykowski Ludwik 101,181,186 Joszt Adolf 71, 73 Jurga Stefan 210, 214 Jurkowski Adam 123 К Kaczmarczyk Zdzisław 183, 206 Kalandyk Stanisław 89 Kamińska Barbara 164,165, 306, 307, 399, 404, 415 Kapitańczyk Kazimierz 265 Karwatka Piotr 13, 297 Kemuła Wiktor 115, 242, 261 Kępiński Zdzisław 206 Kiełczewski Michał 326, 400, 404,418 Kiełczewski Władysław 403, 404 Kinastowski Stefan 224, 242,331,400,404, 415, 418, 419 Kirbisowa Brygida 192 Klafkowski Alfons 203, 206, 239, 245, 246, 257 Klanowski Tadeusz 183,199, 203, 212 Klapczyński Włodzimierz 404 Kłeczek Krzysztof 349 Kolańczyk Kazimierz 203 Kolbe F. 299, 410 Kolos Włodzimierz 152, 269, 270, 277, 403, 404 Konarski Jerzy 290 Kondracka Irena 204 Konopnicki Adam 308, 395, 410,411 Konował Andrzej 258 Korczak-Strus Witold 405 ~ Kordon Witold 15,423 Korfanty Wojciech 369 Koroniak Henryk 13, 321 Kosma Paulina 349 Kostrzewski Józef 9, 85,186, 205, 223 Kosturkiewicz Zofia (z d. Lipińska) 400,405 Kotarbiński Tadeusz 370 Kozákján 66, 73, 75 Kozioł Teresa 259 Kozłowski Roman 133,134 Krassowska Eugenia 177, 205, 244 Krause Alfons 85,123,134,179, 242, 254 Krygowski Zdzisław 123, 224 Krzyżański Józef 195,196 Krzyżosiak Włodzimierz 287 Kubisz Jan 53, 54 Kuczyński Wieńczysław 120, 242 Kuraszkiewicz Władysław 203 Kurek Antoni 109
Kurek Zofia 109 Kuryłowicz Bolesław 170 Kurzawa Zbigniew 265 Kwiatek Józef 199, 201, 203 Kwiek Marek 191 L Labuda Gerard 192, 283, 285 Lech Jan 203, 204 Leger E. 310 Lembergówna Z. 323, 409 Lempka Aleksander 145,151,153,154, 244, 294, З06, 307, 399, 405, 414, 415 Leszczyńska Halina (z d. Franke) 403, 405 Lewandowski Anzelm 256, 385, 393 Liman Jerzy 192 Lisowski Zygmunt 85 Lompa-Krzymień Ludmiła 251 Lubicz-Niezabitowski Edward 85, 392 Lubomirski Zdzisław 384 Ludwiczakówna Rufina Stella 12, 94, 107, 108, 109, 114, 115, 137, 146, 152, 252, 25З, 254, 266, 284, 296, 298, 299, 300, 302, 308, 315, 323, 331, 333, 374, 380, 388, 396, 405, 410, 411, 412, 413, 443 423
Ł Ławacz Piotr 198, 212, 215, 224 Łoginow Włodzimierz 401, 405 Łosowska Anna 13 Łośko Małgorzata 13, 29, 30 Łuczak Czesław 174, 204, 241, 255, 256, 257 Łysek Marianna zob. Suschka Marianna (z d. Łysek) M Magowska Anita 107,108,114,296,300,423 Majewski Wiesław 403, 405 Maliński Marcin 123 Małecki Andrzej R. 115, 423 Manitius Gustaw 128 Manyś Krystyna zob. Boczoń Krystyna Marchlewski Julian 225 Markiewicz Władysław 238 Markiewicz Wojciech T. 321 Mastalerz Zbigniew 158 Matuszak Kazimiera 260 Matuszewski Tadeusz 405 Matysiak Jarosław 260 Mazak P. 329, 410 Mazurowa Magdalena zob. Dezor-Mazur Magdalena Mąkowski Bogdan 157,158, 405 Meissner Witold 260, 319, 405, 416 Mianowski Józef 62 Michajluk Leon 401, 405 Michejda Franciszek 17, 26, 27, 369 Michejda-Pinno Barbara 349 Michel Monika 80, 261, 423 Michniak Czesław 227,423 Milecki Jan 287 Miłobędzki Tadeusz 115 Mitura Walter 224, 330, 402, 405, 415 Mocydlarz Janina (z d. Wolińska) 405 Mościcki Ignacy 102,103,104, 362,421 Mroczkowski Zbigniew 397, 405 Müller Eugen 137, 299,410, 421 Musielak Michał 9, 207, 209, 423 N Nalepa Jerzy 192 Narotorska Gertruda 260 Nielsen A. 299, 410 Nikłewski Bronisław 181, 410 Nowakowa Izabela 195, 423 Nowakowski A. 142 Nowicki Robert 12 O Orlicz Władysław 120,123 Oroszyński 224 Ostrowski Bogdan 146 P Paderewski Ignacy Jan 216 Pajewski Janusz 192, 206, 225 Pańczyk Halina 203 Paszyc Stefan 153,176, 282, 283, 284, 285, 405 Pawłowski Stanisław 9, 89,123 Pepke Jan 145,151,158, 271,301, 302, 305, 397, 405, 414 Pęczalski Tadeusz 123 Picheta Jan 26, 423 Piechulek W. 326, 411, 412 Pigoń Stanisław 227 Pilch Paweł
16, 22, 26 Piłsudski Józef 15, 92 Płygawko Danuta 116 Podgórska J. 323, 409 Podkowińska Halina 260, 267, 405 Podlewski Jan Kazimierz 38,153,180, 294, 345, 396, 405, 412, 42Յ Polaczkowa Wanda 263 Pollak Roman 85,170,181, 229 Poniecki Jan 265 Popiołek Franciszek 30 Pospieszalski Marian 374, 375 Prajer Lidia (z d. Janczewska) 153,164,165, 244, 299, 300, 398,405,414, 415 Prędka Maria 198,199, 200 Prosiński Stanisław 153, 269, 270,398, 406 Przybylski Bernard 190 Puciata Włodzimierz 12 Purzycki Jerzy 406 Purzycki Juliusz 12, 62,100,111 444 ~
R Rabe Paul 44, 72, 176, 284, 293, 294, 296, 298, 299, 301, 302, 306, 360,409,410, 413 Rakowska Agnieszka 260 Rataj Franciszek 56 Ratajczak Aleksander 329, 378, 400, 406, 416 Ratajski Cyryl 209 Ratajszczak A. 291, 307 Reiman 230 Rejnowski R. 331, 413 Reyman Jan 254, 255, 396, 407, 412 Riegen W. von 299, 410 Rosental Stefan 137 Rozwadowska Maria Danuta (z d. Wujek) 319, 320,402,406,417 Różycki Stefan 116,120,123,186 Runge Stanislaw 9, 89 Ruxer Mieczysława 190 Ryffert Halina 274 S Sajdak Jan 85, 89 Sas-Korczyński Antoni 83, 84 Schillak Ryszard Bernard 329,397,406,411 Schoen Jadwiga 66, 67 Schramm Ryszard Wiktor 254 Schramm Tomasz 13,185, 353, 423 Schuler W. 413 Sianożęcki 73 Sieklicka-Wilamowska Aleksandra 13 Siemińska-Słupska Jadwiga 99,115,423 Sikora Anna 15,16, 22, 23, 26, 59, 359 Sikora Ewa 22, 26 Sikora Paweł 22, 26 Simm Kazimierz 120,123,127,148 Skibniewski Zbigniew 12, 291 Skolik Jerzy 260 Skraup Zdenko Hans 310 Skrzeszewski Stanislaw 116,123 Smoczkiewicz Maria Aleksandra (z d. Ewert-Krzemieniewska) 102, 260, 406 Smoleński Dionizy 268 Smoleński K. 420 ~ Smoleński Stanislaw 135,136,145 Smulikowski Kazimierz 123,126, 271 Solomon W. 310, 311 Spychała Walerian 392 Stalin Józef 171, 172, 184, 193, 198, 199, 200, 201, 202, 204, 229, 230, 231, 232 Stalmach Paweł 28, 29, 30, 369 Staronka Wilhelm 73, 74 Stasiak Leon 237 Staszic Stanisław 225 Stawiński Stefan 290 Stolzmann Zdzisław 381 Stonawski Jan 16, 51, 349 Strażewicz 123 Stuchenberg 114 Sucharda Edward 71, 73, 75, 76, 77, 278 Suschka Ewa (siostra Jerzego) 22, 26 Suschka Georg (dziadek Jerzego) 17, 21, 26 Suschka Jerzy
„Pierwszy” 16 Suschka Marianna (z d. Łysek) 17, 21, 22, 26, 361 Suszka Adam (stryj Jerzego) 17, 22, 25 Suszka Anna (z d. Sikora, matka Jerzego) 15,16, 22, 23, 25, 26 Suszka Johann (ojciec Jerzego) 15, 16, 17, 22, 23, 26, 361 Suszko Alina zob. Suszko-Purzycka Alina Suszko Bogdan 69, 70, 350, 361, 370 Suszko Emilia Franciszka (z d. Gulda) 51, 52, 53, 56, 60, 62, 66, 70, 71, 92, 100, 106, 109, 111, 119, 278, 292, 350, 360, 368, 370-372 Suszko Roman 62, 65, 69, 70, 71, 92, 106, 115,129, 278, 288, 350, 361, 362, 370 Suszko Tomasz 266 Suszko Wiktoria Ewa (primo voto Antkowiak) zob. Antkowiak-Suszko Wiktoria Ewa Suszko-Purzycka Alina 12, 69, 71, 92, 100, 101,106, 129, 254, 260, 288, 307, 316, Յ50, 361, 370, 371, 399, 406 Suszko-Żółkiewicz Jadwiga Julia 69, 71, 92, 106, 288, 350, 361, 371 Sypniewska 189 Szafran Mirosław 290, 332, 401, 406, 416, 417, 418 445 ~
Szafran Zofia zob. Dega-Szafran Zofia Szczeniowski Szczepan 120, 161, 178, 183, 191,199, 203, 229, 234, 216,383 Szczepaniak Walenty 179, 386 Szeląg Franciszek 94, 164, 165, 299, 396, 406, 411, 413 Szepsowa M. 95 Szmyt Maria 253 Szulakiewicz Aleksander 213 Szych B. 331,413 Ś Ścigacz Marian 158 Śniadecki Jan 225 Śniadecki Jędrzej 225 Świderski 123 Święcicki Heliodor 207, 208, 214, 216 Świętosławski Wojciech 71, 73,162 Świtalski Karol 128,129 T Taylor Edward 186 Thie! Jacek 259, 266, 287, 306, 308, 311, 337, 403, 406, 419 Tománek Alfred 254, 255, 299, 301, 395, 407, 411 Tomczak 192 Topolski Jerzy 185, 423 Trojanowski W. 120 Trzebna Kazimiera W. 288 Trzebny Włodzimierz 406 Trzebniak F. 329, 413 Trzebny Włodzimierz Józef 12, 399 Tymieniecki Kazimierz 192 U Urbański Tadeusz 258, 266 W Wala Róża zob. Antkowiak Róża Walter Jan 286 Waszak 193 Wątorska Magdalena 13 Wdowicki M. 331,413 Widy-Wirski Feliks 187 Wiertelak Jan 253 Wiewiórowska Maria Danuta zob. Bratek-Wiewiórowska Maria Danuta Wiewiórowski Maciej 7, 12, 148, 152, 170, 179, 193, 246, 251, 252, 258, 259, 265, 266, 270, 273, 274, 275, 285, Յ18, 319, 320, 333, 348,350, 355, 385,399,406, 413, 415, 416 Winkler Johann 17 Wiśniewski Jerzy 192 Witkowska Anna 149 Witkowski Józef 85,115,120,123,125,127, 137,138, 392 Wodziczko Adam 85,101,123,126, 374 Wojciechowski Bolesław 153,165,170 Wojciechowski Zygmunt 152,191,192,406 Wojtczak Jan 259, 264, 403,406 Wójtowska Regina 164,165, 339, 340 Wolf Lethar K. 137 Wołoszyn Stefan 203 Woodward R.B. 299 Woźniczak Jan 307 Wójciński Ludwik 94, 146, 331, 372-375, 396, 413, 416 Wójciński Stanisław
375, 407 Wroniak Zdzisław 199, 203 Wrzosek Adam 186, 209, 210, 212, 215 Wyrzykiewicz Elżbieta (z d. Jürgenson) 406 Wysokińska Aleksandra 13 Wytrzyszczak Sebastian 407 Z Zalewski Romuald 260 Zalachowski Wiktor 142 Zaral Andrzej 260 Zawidzki Jan 71, 73 Zbierski Henryk 203 Zelba Bolesław 146 Zieliński Henryk 158,401, 406, 416 Zierhoffer August 127 Zimmer-Ignasiak Teresa Maria zob. Ignasiak Teresa (z d. Zimmer) Zwierzchowski R. 315,411 Ż Żarnowski Józef 332, 402, 406, 416, 419 Żukowski Waldemar 290 ~ 446 ~
Bibliografia 15 Lat pracy Wydziału Mat. Fiz. Chem. UAM 1945-1960, Poznań 1961. 200 Let Budovy Evangelické Školy v Návsí, 1808-2008,200 Lat Budynku Szkoły Ewangeli ckiej w Nawsiu, Vydalo SGS pro Farní sbor Slezske církve ewangelicke a.v. v Návsí, 2008. Antczak S., Fundacja „Nauka i Praca”. Testament ideowy i materialny, w: Heliodor Świę cicki. W 90. rocznicę powstania Uniwersytetu Poznańskiego, Poznań 2009. Domaslowski J., Kościół Ewangelicko-Augsburski w Poznaniu i w Zachodniej Wielkopolsce w latach 1919—2005, Poznań 2005. Dziarmaga A., Tajne komplety na poziomie uniwersyteckim, „Tygodnik Katolicki Niedzie la” 2003, edycja kielecka, nr 18. Grot Z. (red.), Dzieje Uniwersytetu im. Adama Mickiewicza 1919-1969, Poznań 1972. Kordon W., Legioniści wrócili, „Głos Ludu - Gazeta Polaków w Republice Czeskiej” z 9.12.2014. Kronika Uniwersytetu Poznańskiego za lata akademickie 1945-1954/55, red. J. Deresiewicz, Poznań 1958. Ludwiczak R.S., Wiewiórowski M., Jerzy Suszko, „Nauka Polska” 1963, 6(48), R. XI. Magowska A., Rufina Stella Ludwiczak (1906-2001) - chemik organik, „Kwartalnik Hi storii Nauki i Techniki” 2005, 50,139. Małecki A.R., 65. Rocznica Tajnego Nauczania UJ (cz. II), „Alma Mater” 2007, 92, 50-55. Michel M., Hylińska A., Almanach Polskiego Towarzystwa Chemicznego, Warszawa 2012. Michniak Cz., Imię - które zobowiązuje, „Nowy Świat”, tygodniowy dodatek do „Glosu” 1956, nr 6. Musielak M., Heliodor Święcicki (1854-1923), Poznań 2013. Nowakowa I., Cztery wystawy podjednym dachem, „Glos Wielkopolski” z 14 maja 1959 r., nr 113 (4751)· Picheta J., Jak w rodzinie. 65 lat Sceny
Polskiej w Cieszynie, „Kurier Śląski WNET” 2016, nr 30. Podlewski J.K., Profesor Jerzy Suszko 1889—1972, „Farm. Pol.” 1973, 29,100. Schramm T., Uniwersytet Poznański w latach 1945—1956, w: .Alma Mater Posnaniensis. W 80. rocznicę utworzenia Uniwersytetu w Poznaniu, red. P. Hauser, T. Jasiński, J. Topolski, Poznań 1999. Siemińska-Slupska J., Moje uniwersyteckie studia biologiczne w czasie okupacji, w: Ne cedat Academia, kartki z dziejów tajnego nauczania w Uniwersytecie Jagiellońskim 1939-1945, oprać. M. i A. Zarębowie, Kraków 1975. Szymeczek J. (red.), www.enavsi.cz, navsi@sceav.cz, Návsí/Nawsie 2008. 423 ~
|
| any_adam_object | 1 |
| author | Antkowiak, Wiesław 1931- |
| author_GND | (DE-588)118262541X (DE-588)1182698336 |
| author_facet | Antkowiak, Wiesław 1931- |
| author_role | aut |
| author_sort | Antkowiak, Wiesław 1931- |
| author_variant | w a wa |
| building | Verbundindex |
| bvnumber | BV045544573 |
| ctrlnum | (OCoLC)1091653844 (DE-599)BVBBV045544573 |
| edition | Wydanie 1 |
| format | Book |
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| genre | (DE-588)4006804-3 Biografie gnd-content (DE-588)4016928-5 Festschrift gnd-content |
| genre_facet | Biografie Festschrift |
| id | DE-604.BV045544573 |
| illustrated | Illustrated |
| indexdate | 2024-07-10T08:21:04Z |
| institution | BVB |
| isbn | 9788323233299 8323233292 |
| language | Polish |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-030928435 |
| oclc_num | 1091653844 |
| open_access_boolean | |
| owner | DE-12 |
| owner_facet | DE-12 |
| physical | 456 Seiten Illustrationen, Porträt 25 cm |
| psigel | BSB_NED_20190823 |
| publishDate | 2017 |
| publishDateSearch | 2017 |
| publishDateSort | 2017 |
| publisher | Wydawnictwo Naukowe Uniwersytetu im. Adama Mickiewicza |
| record_format | marc |
| series2 | Biografie Rektorów Uniwersytetu im. Adama Mickiewicza w Poznaniu |
| spelling | Antkowiak, Wiesław 1931- Verfasser (DE-588)118262541X aut Jerzy Suszko (1889-1972) = Professor Jerzy Suszko (1889-1972) Wiesław Z. Antkowiak ; Uniwersytet im. Adama Mickiewicza w Poznaniu Professor Jerzy Suszko (1889-1972) Wydanie 1 Poznań Wydawnictwo Naukowe Uniwersytetu im. Adama Mickiewicza 2017 456 Seiten Illustrationen, Porträt 25 cm txt rdacontent n rdamedia nc rdacarrier Biografie Rektorów Uniwersytetu im. Adama Mickiewicza w Poznaniu Englische Zusammenfassung Suszko, Jerzy 1889-1972 (DE-588)1182698336 gnd rswk-swf Suszko, Jerzy / (1889-1972) Suszko, Jerzy / (1889-1972) / bibliografia (DE-588)4006804-3 Biografie gnd-content (DE-588)4016928-5 Festschrift gnd-content Suszko, Jerzy 1889-1972 (DE-588)1182698336 p DE-604 Suszko, Jerzy 1889-1972 (DE-588)1182698336 hnr Digitalisierung BSB München 25 - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030928435&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis Digitalisierung BSB München 25 - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030928435&sequence=000003&line_number=0002&func_code=DB_RECORDS&service_type=MEDIA Abstract Digitalisierung BSB München 25 - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030928435&sequence=000005&line_number=0003&func_code=DB_RECORDS&service_type=MEDIA Register // Personenregister Digitalisierung BSB München 25 - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030928435&sequence=000007&line_number=0004&func_code=DB_RECORDS&service_type=MEDIA Literaturverzeichnis |
| spellingShingle | Antkowiak, Wiesław 1931- Jerzy Suszko (1889-1972) = Professor Jerzy Suszko (1889-1972) Suszko, Jerzy 1889-1972 (DE-588)1182698336 gnd |
| subject_GND | (DE-588)1182698336 (DE-588)4006804-3 (DE-588)4016928-5 |
| title | Jerzy Suszko (1889-1972) = Professor Jerzy Suszko (1889-1972) |
| title_alt | Professor Jerzy Suszko (1889-1972) |
| title_auth | Jerzy Suszko (1889-1972) = Professor Jerzy Suszko (1889-1972) |
| title_exact_search | Jerzy Suszko (1889-1972) = Professor Jerzy Suszko (1889-1972) |
| title_full | Jerzy Suszko (1889-1972) = Professor Jerzy Suszko (1889-1972) Wiesław Z. Antkowiak ; Uniwersytet im. Adama Mickiewicza w Poznaniu |
| title_fullStr | Jerzy Suszko (1889-1972) = Professor Jerzy Suszko (1889-1972) Wiesław Z. Antkowiak ; Uniwersytet im. Adama Mickiewicza w Poznaniu |
| title_full_unstemmed | Jerzy Suszko (1889-1972) = Professor Jerzy Suszko (1889-1972) Wiesław Z. Antkowiak ; Uniwersytet im. Adama Mickiewicza w Poznaniu |
| title_short | Jerzy Suszko (1889-1972) |
| title_sort | jerzy suszko 1889 1972 professor jerzy suszko 1889 1972 |
| title_sub | = Professor Jerzy Suszko (1889-1972) |
| topic | Suszko, Jerzy 1889-1972 (DE-588)1182698336 gnd |
| topic_facet | Suszko, Jerzy 1889-1972 Biografie Festschrift |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030928435&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030928435&sequence=000003&line_number=0002&func_code=DB_RECORDS&service_type=MEDIA http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030928435&sequence=000005&line_number=0003&func_code=DB_RECORDS&service_type=MEDIA http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030928435&sequence=000007&line_number=0004&func_code=DB_RECORDS&service_type=MEDIA |
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