| 55 | IC | 1957 | 3 |
| A polarographic meethod for the detection of protein impurities in preparations of tobacco mosaic virus (Biochemica et biophysica Acta, Amstredam, 17–10–1957). | |
| 56 | IC | 1962 | 3 |
| A Sensitive Polarographic Test for the Detection of Protein Impurities in Viral Nucleid Acid. Nature, 18.august. | |
| 57 | IC | 1962–1963 | 3 |
| Charakteristische polarographische aktivität des tabakmosaikvirus I. Unterschied im polarographischen efekt des virus und der nicht- viruseiweissstoffe. Charakteristische polarographische aktivität des tabakmosaikvirus II. Natur der polarographisch aktiven komponente bei zimmertemperatur und pH 10,5. Über die charakteristische polarographische aktivität des tabakmosaikvirus III. Typische stufengestalt bei O°C und ihre ausnützung zur bestimmung der verunreinigungen im viruspurifikat (časopis Collection), Charakteristische polarographische aktivität des tabakmosaikvirus IV. Ursprung der viruswelle und ursache des unterschiedlichen polarographischen effektes des virus und der nichtvirusproteine. | |
| 58 | IC | po 1962 | 3 |
| Die Anwendung der Polarographie in der Virusforschung. (?) | |
| 59 | IC | 1967 | 3 |
| G. Ruttkay–Nedecký, A. Anderlová: Polarography of Proteins containing Cysteine (Nature, 11.II.). | |
| 60 | IC | 1970 | 3 |
| Morfogenéza kapsidu. (?) | |
| 61 | IC | 1973 | 3 |
| Membrane Molecular Biology (anotácia) (Chemické zvesti, 27). | |
| 62 | IC | 1973 | 3 |
| B. Bezúch, G. Ruttkay–Nedecký: The nature of the polarographic reaction observed during the renaturation of the tobacco mosaic virus protein (Studia biophysica, 40, Berlin). | |
| 63 | IC | 1976 | 3 |
| Kapitoly z molekulární biologie (Bulletin Československej spoločnosti biochemickej pri ČSAV). | |
| 64 | IC | 1977 | 3 |
| G. Ruttkay–Nedecký, V. Veselá: Effect of amino acid replacement on the stability of the tobacco mosaic virus protein structure (Acta virologica, 21). | |
| 65 | IC | 1977 | 3 |
| G. Ruttkay–Nedecký, B. Bezúch, V. Veselá: The State of the Tobacco Mosaic Virus Protein Subunit at the Dropping Mercury Electrode (Bioelectrochemistry and Bioenergetics, 4). | |
| 66 | IC | po 1981 | 3 |
| G. Ruttkay–Nedecký, M. Tkáčová, V. Veselá: Use of amino acid replacement for study of the polarographic catalytic hydrogen currents of proteins (AP ?). | |
| 67 | IC | 1985 | 4 |
| G. Ruttkay.Nedecký, V. Brabec: Voltametry of Tobacco Mosaik Virus and its Isolated Protein at the Graphite Electrode (Gen. Physiol. Biophys., 4). | |
| 68 | IC | po 2002 | 4 |
| J. S. Foltan, I. K. R. Haverlík, G. Ruttkay–Nedecký: What is revelaed by similarities between tRNAa about evolution of the genetic code? (?) | |
| 69 | IC | 2007 | 4 |
| I. Kinclová, G. Ruttkay–Nedecký, I. K. Haverlík: Phylogenetic analysis of influenza a virus membrane glycoproteins. (?) | |
| 70 | IC | po 2008 | 4 |
| J. S. Foltan, I. K. R. Haverlík, G. Ruttkay–Nedecký: Global maxima of similarities between tRNA genesover alternative genetic codes approve the hypothesis about recruitments of tRNAa throughr point mutations in their anticidons. (?) | |
| 71 | IC | po 2008 | 4 |
| J. S. Foltan, I. K. R. Haverlík, G. Ruttkay–Nedecký: Distances of the global maxima of similarities between tRNA genes from the standard genetic code during evolution. (?) | |
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