No. 11, 2013

1. Application of the instrumental planto-podography in screening for detecting symptoms of displaying marfanoid appearance and systemic involving of connecting tissue A.S. Vedenina, A.L. Korshunova, E.V. Zemtsovsky, L.M. Smirnova pp. 5-9
2. Instrumental assessment of compensatory reactions to loading imbalance in biotechnical system with structural-functional lower limb asymmetry L.M. Smirnova, I. V. Tkachuk, O. E. Gaevskaya pp. 10-14
3. Method and system for information support of diabetes patients E.A. Pustozerov, Z.M. Yuldashev pp. 16-20
4. Technology and system for the remote monitoring of copd patients А.Ю. Глазова, Ю.Г. Бибичева, З.М. Юлдашев, М.А. Похазникова pp. 22-27
5. Auscultation and lung sound analysis telemedicine system А.Ю. Глазова, А.А. Макаренкова pp. 28-32
6. Biosubstance potentiometrycal contorl methods in human condition monitoring during postoperative period G.A. Mashevskiy pp. 33-37
7. Investigation of the kinetics of uremic markers elimination during hemodialysis by dual-wavelength spectrometry А.М. Василевский, К.А. Вишневский, А.Ю. Земченков, А.В. Комашня, Г.А. Коноплёв, О.С. Степанова, А.М. Тучкова, А. Фрорип pp. 38-42
8. Decision support system surgeon emergency in the treatment of patients with severe liver injury E.A. Semenova pp. 44-47
9. Designing of the mobile equipment for estimation of adaptation of human organism to changing environment conditions M. S. Krivolapov, A.Z. Yafarov pp. 48-51
10. Instrumental means for processing of data of electroencephalography based on structural linguistic analysis С.И. Артёмов, Ю.И. Сенкевич pp. 52-55
11. The automated complex of psychophysiological state of athletes rehabilitation E. V. Sadykova, N. A. Sadykova pp. 56-60
12. Aggregation of the data automated complexes Д.С. Копылов, В.В. Шаповалов, Ю.М. Шерстюк pp. 62-64
13. On the extrapolation of statistical markers of mutagenesis in bioindicator organisms at different evolutionary levels M. I. Bogachev, A.R. Kayumov, O.A. Markelov, V.A. Mironov pp. 65-70
14. Use of the polynomial approximation for estimation of mechanical ventilation parameters А.Н. Калиниченко, А.П. Немирко pp. 71-74

Научно-педагогическая школа «Автоматизация медико-биологических исследований, методов и средств синтеза интеллектуальных биотехнических систем» Санкт-Петербургский государственный электротехнический университет «ЛЭТИ» им. В.И. Ульянова (Ленина)

1. Научно-педагогическая школа Автоматизация медико-биологических исследований, методов и средств синтеза интеллектуальных биотехнических систем З.М. Юлдашев pp. 4