429
12 Consensus Drug Design Using IT Microcosm
101. Vassiliev PM (2002) Generalized pattern as a meta-model of biologically active compound
class. In: Proceedings of the I Russian school-conference “Molecular modeling in chemistry, biology and medicine”, Saratov, 18–20 Sept 2002, pp 19–20
102. Vassiliev PM (2007) Prediction of biological activity in IT Microcosm with check for noncontradiction of prediction estimates spectrum. In: Proceedings of the 5
th
Russian conference “Molecular modeling”, Moscow, 18–20 Apr 2007, p 42
103. Vassiliev PM (2007) Information technology of computer search for novel drugs. In:
Proceeding of the III Congress of Pharmacologists of Russia “Pharmacology—practical
health”, Saint Petersburg, 23–27 Sept 2007. Psycopharmacol biol narcol 7:1631–1632
104. Vassiliev PM (2008) Mirages of 3D molecular modelling. Bull Volgogr Res Cent RAMS
3:69–71
105. Vassiliev PM (2009) Information technology for prediction of pharmacological activity of
chemical compounds. Dissertation, Volgograd State Medical University
106. Vassiliev PM (2012) IT Microcosm for property prediction of organic compounds. In: Proceedings of the 2nd French-Russian workshop in chemoinformatics and bioinformatics,
KFU, Kazan, 17 Sept 2012, pp 8–9
107. Vassiliev PM, Breslaukhov AG (1990) Hierarchical language for description of structures
of bioactive compounds. In: Proceedings of the second World congress of theoretical organic chemists, University of Toronto, Toronto, p AA–38 (8–14 July 1990)
108. Vassiliev PM, Derbisher VE (1998) Principles of computer appraisal of environmental hazard of chemical production. In: Proceedings of the IV Traditional scientific and technical
conference of CIS countries, VolgGTU, Volgograd, 15–16 Sept 1998, pp 211–213
109. Vassiliev PM, Spasov AA (2005) Computerized information technology in prognosis of
pharmacological activity of structurally heterogeneous compounds. Vestn Volgogr State
Med Univ 1:23–30
110. Vassiliev PM, Spasov AA (2006) Fragmentary encoding languages of compound structure
for computer prediction of biological activity. Ross Khim Zh 50(2):108–127(Zhurn Ross
Khim ob-va im DI Mendeleeva)
111. Vassiliev PM, Spasov AA (2009) Computer prediction of synergism of hypoglycemic and
antioxidant compounds using IT Microcosm. In: Proceedings of the XVI Russian National
Congress “Man and drug”, Moscow, 6–10 Apr 2009, pp 528–529
112. Vassiliev PM, Spasov AA (2009) QSAR-modeling of component synergism in prediction
of pharmacological activity of mixtures of naturally occurring and synthetic organic compounds. In: Proceedings of the 6th Russian conference “Molecular modeling”, Moscow,
8–10 Apr 2009, p 58
113. Vassiliev PM, Kochetkov AN (2011) IT Microcosm. State Registration Certificate for software program 2011618547 (Russian), 31 Oct 2011
114. Vassiliev PM, Spasov AA (2012) Computer prediction of hypoglycemic activity of antidiabeic drugs using IT Microcosm. In: Proceedings of the XIX Russian National Congress
“Man and drug”, Moscow, 23–27 Apr 2012, p 361
115. Vassiliev PM, Breslaukhov AG, Kochetkov AN (1991) SOS, a system of computerized
evaluation of environmental hazard of chemical compounds and production. In: WATOC.
Proceedings of the first All-Union conference on theoretical organic chemistry, Volgograd,
29 Sept–5 Oct 1991, p 507
116. Vassiliev PM, Orlov VV, Khortik KV et al (2000) Principles of computer system creation
for prediction of environmentally hazardous properties of chemical compounds. In: Proceedings of International ecological congress “Novelties of environmentalism and safety of
living”, BaltSTU, Saint Petersburg, 14–16 June 2000, p 202
117. Vassiliev PM, Orlov VV, Derbisher VE (2000) Prediction of carcinogenic risks of organic
compounds by method of chances. Pharmac Chem J 34(7):19–22
118. Vassiliev PM, Kablov VF, Khortik KV et al (2001) The computer prediction method of the
vulcanization accelerator properties. Kauchuk i rezina 3:22–25
119. Vasiliev PM, Gorlov IF, Yurina OS (2002) A computer-aided prediction of a pharmacological activity spectrum of waln’s extract. Russ Agric Sci 2:55–58
12 Consensus Drug Design Using IT Microcosm
101. Vassiliev PM (2002) Generalized pattern as a meta-model of biologically active compound
class. In: Proceedings of the I Russian school-conference “Molecular modeling in chemistry, biology and medicine”, Saratov, 18–20 Sept 2002, pp 19–20
102. Vassiliev PM (2007) Prediction of biological activity in IT Microcosm with check for noncontradiction of prediction estimates spectrum. In: Proceedings of the 5
th
Russian conference “Molecular modeling”, Moscow, 18–20 Apr 2007, p 42
103. Vassiliev PM (2007) Information technology of computer search for novel drugs. In:
Proceeding of the III Congress of Pharmacologists of Russia “Pharmacology—practical
health”, Saint Petersburg, 23–27 Sept 2007. Psycopharmacol biol narcol 7:1631–1632
104. Vassiliev PM (2008) Mirages of 3D molecular modelling. Bull Volgogr Res Cent RAMS
3:69–71
105. Vassiliev PM (2009) Information technology for prediction of pharmacological activity of
chemical compounds. Dissertation, Volgograd State Medical University
106. Vassiliev PM (2012) IT Microcosm for property prediction of organic compounds. In: Proceedings of the 2nd French-Russian workshop in chemoinformatics and bioinformatics,
KFU, Kazan, 17 Sept 2012, pp 8–9
107. Vassiliev PM, Breslaukhov AG (1990) Hierarchical language for description of structures
of bioactive compounds. In: Proceedings of the second World congress of theoretical organic chemists, University of Toronto, Toronto, p AA–38 (8–14 July 1990)
108. Vassiliev PM, Derbisher VE (1998) Principles of computer appraisal of environmental hazard of chemical production. In: Proceedings of the IV Traditional scientific and technical
conference of CIS countries, VolgGTU, Volgograd, 15–16 Sept 1998, pp 211–213
109. Vassiliev PM, Spasov AA (2005) Computerized information technology in prognosis of
pharmacological activity of structurally heterogeneous compounds. Vestn Volgogr State
Med Univ 1:23–30
110. Vassiliev PM, Spasov AA (2006) Fragmentary encoding languages of compound structure
for computer prediction of biological activity. Ross Khim Zh 50(2):108–127(Zhurn Ross
Khim ob-va im DI Mendeleeva)
111. Vassiliev PM, Spasov AA (2009) Computer prediction of synergism of hypoglycemic and
antioxidant compounds using IT Microcosm. In: Proceedings of the XVI Russian National
Congress “Man and drug”, Moscow, 6–10 Apr 2009, pp 528–529
112. Vassiliev PM, Spasov AA (2009) QSAR-modeling of component synergism in prediction
of pharmacological activity of mixtures of naturally occurring and synthetic organic compounds. In: Proceedings of the 6th Russian conference “Molecular modeling”, Moscow,
8–10 Apr 2009, p 58
113. Vassiliev PM, Kochetkov AN (2011) IT Microcosm. State Registration Certificate for software program 2011618547 (Russian), 31 Oct 2011
114. Vassiliev PM, Spasov AA (2012) Computer prediction of hypoglycemic activity of antidiabeic drugs using IT Microcosm. In: Proceedings of the XIX Russian National Congress
“Man and drug”, Moscow, 23–27 Apr 2012, p 361
115. Vassiliev PM, Breslaukhov AG, Kochetkov AN (1991) SOS, a system of computerized
evaluation of environmental hazard of chemical compounds and production. In: WATOC.
Proceedings of the first All-Union conference on theoretical organic chemistry, Volgograd,
29 Sept–5 Oct 1991, p 507
116. Vassiliev PM, Orlov VV, Khortik KV et al (2000) Principles of computer system creation
for prediction of environmentally hazardous properties of chemical compounds. In: Proceedings of International ecological congress “Novelties of environmentalism and safety of
living”, BaltSTU, Saint Petersburg, 14–16 June 2000, p 202
117. Vassiliev PM, Orlov VV, Derbisher VE (2000) Prediction of carcinogenic risks of organic
compounds by method of chances. Pharmac Chem J 34(7):19–22
118. Vassiliev PM, Kablov VF, Khortik KV et al (2001) The computer prediction method of the
vulcanization accelerator properties. Kauchuk i rezina 3:22–25
119. Vasiliev PM, Gorlov IF, Yurina OS (2002) A computer-aided prediction of a pharmacological activity spectrum of waln’s extract. Russ Agric Sci 2:55–58