This paper deals with the important issues of the developed model of memory, namely: basic elements of functional scheme of ion-molecular model: potential sources, transmitters, detectors, mass storage media by means of radio-physical analogy. It was established that neurons are structural elements of memory. The question of the role of cash and new proteins in the organization of memory was considered. Without a doubt, that in the process of transfer and accumulation of information is the activation of protein synthesis. Definitions of the source, detector, transmitter and drive information in their biological, biophysical interpretations were given. It is about a multi-element information system. It is clear that from the position of the conceptual model of memory, as originally postulated, opens a wide field for discussion. The below is an element of the hierarchical tree of memory, the more difficult it becomes positively identify him. But any new theory invariably goes through this stage. Detailed scheme of subordination elements of the system of receiving information on ionic and molecular carriers of memory was presented. In the end of this paper a substantial question was considered: is it possible to store all the received information, limited only by the time of functioning (existence) of the body? On the basis of the analysis of literary sources and in the context of developing the authors of ion-molecular memory model answer to the question can be the following: the concept of the possibility of such information storage if there is, obviously, only in that case when there are no structural changes in the library memory.
source, detector, transmitter, drive, neuron, information system, protein, RNA level, reminiscence.
1. Gerasimov I.G., Yashin A.A. Ionno-molekulyarnoaya model´ pamyati. Osnovnye opredeleniya. Vidy pamyati (kratkiy obzor). Vestnik novykh meditsinskikh tekhnologiy. 2013. T. 20. № 4. C. 165-171.
2. Gerasimov I.G., Yashin A.A. Ionno-molekulyarnoaya model´ pamyati. Material´nye nositeli dostavki i khraneniya informatsii. Vestnik novykh meditsinskikh tekhnologiy. 2013. T. 20. № 4. C. 171-176.
3. Chorayan O.G. Neyronnyy ansambl´. Rostov n/D: Izd-vo Rostovskogo un-ta, 1990. 88 s.
4. Psikhofiziologiya / Pod red. Yu.A. Aleksandrova. SPb.: Piter, 2007. 464 s.
5. Beritov I.S. Struktura i funktsii kory bol´shogo mozga. M.: Nauka, 1969. 532 s.
6. Delyakur Zh. Mozg i razum. K.: Fakt, 1999. 96 s.
7. Solodkov A.S., Sologub E.B. Fiziologiya cheloveka. Obshchaya. Sportivnaya. Vozrastnaya. M.: Olimpiya Press, 2005. 528 s.
8. Khomskaya E.D. Neyropsikhologiya. SPb.: Piter, 2005. 496 s.
9. Frol´kis V.V. Starenie i biologicheskie vozmozhnosti organizma. M.: Nauka, 1975. 272 s.
10. Etingen L.E. Normal´naya morfologiya cheloveka starcheskogo vozrasta. M.: 2003. 256 s.
11. Kolesov S.N., Volovik M.A., Priluchnyy M.A. Anatomiya tsentral´noy nervnoy sistemy. M.: Izd-vo. URAO, 2005. 110 s.
12. Bernshteyn N.A. Sovremennye iskaniya v fiziologii nervnogo protsessa. M.: Smysl, 2003. 330 s.
13. Luriya A.R. Osnovy neyropsikhologii. M.: Akademiya, 2003. 384 s.
14. Suvorov N.F., Tairov O.P. Psikhofiziologicheskie mekhanizmy izbiratel´nogo vnimaniya. L.: Nauka, 1985. 287 s.
15. Kostandov E.A. Funktsional´naya asimmetriya polushariy mozga i neosoznavaemoe vospriyatie. M.: Nauka, 1983. 163 s.
16. Seravin L.N. Kachestvennye zakony sokhraneniya, izmeneniya, ispol´zovaniya i peredachi informatsii v biologicheskikh i kiberneticheskikh sistemakh. Vestnik LGU. 1970. № 9. № 2. S. 53-70.
17. Seravin L.N. Teoriya informatsii s tochki zreniya biologa. L: Izd-vo LGU, 1973. 160 s.
18. Brown J. Some tests of the decay theory on immunomediate memory. Quarterly J. Experim. Phisiol. 1958. № 8. P. 12-21.
19. Brown J. Short-term memory. Brit. med. Bull. 1964. V. 20. № 1. P. 8-11.
20. Conrad R. Very brief dearly of immediate recall. Quarterly J. Experim. Phisiol. 1958. № 12. P. 45-47.
21. Conrad R. Serial orders intrusions in immediate memory. Brit. J. Psychol. 1960. V. 15. P. 45-46.
