ISSN (English ed. Online) 2311-6374 ISSN (Ukrainian ed. Print) 1991-0177 ISSN (Ukrainian ed. Online) 1999-818X MINISTRY OF EDUCATION AND SCIENCE OF UKRAINE KHARKIV STATE ACADEMY OF PHYSICAL CULTURE SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT Scientific and theoretical journal Published 6 times in a year English ed. Online published in October 2013 № 4 (48) Kharkiv Kharkiv State Academy of Physical Culture 2015 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 (LBC) 75.0 P 48 UDC 796.011(055)”540.3” Slobozhanskyi herald of science and sport : [scientific and theoretical journal]. – Kharkiv : KSAPC, 2015. – № 4(48). – 79 p. The journal includes articles which are reflecting the materials of modern scientific researches in the field of physical culture and sports. The journal is intended for teachers, coaches, athletes, postgraduates, doctoral students research workers and other industry experts. Contents Themes: 1. Physical education of different population groups. 2. Improving the training of athletes of different qualification. 3. Biomedical Aspects of Physical Education and Sports. 4. Human health, physical rehabilitation and physical recreation. 5. Biomechanical and informational tools and technologies in physical education and sport. 6. Management, psychological-educational, sociological and philosophical aspects of physical education and sport. 7. Historical aspects of the development of physical culture and sports in Ukraine. Publication of Kharkiv State Academy of Physical Culture Publication language – English. The journal is included in the list of professional publications in Ukraine, which may publish results of dissertations (Decree of Presidium of SCADT Ukraine: №3–05/11 from 10.11.1999. №1–05/34 from 14.10. 2009. Certificate of State Registration – КВ №12221-1105Р from 17.01.2007). The journal is reflected in the database: IndexCopernicus; Google Scholar; V.I. Vernadsky National Library of Ukraine; Ulrich’s Periodicals Directory WorldCat Russian Electronic Library (RSCI) Published by order of the Academic Council of KSAPC from 31.08.2015 record №1 ISSN (English ed. Online) 2311-6374 ISSN (Ukrainian ed. Print) 1991-0177 ISSN (Ukrainian ed. Online) 1999-818X Key title: Slobozhanskyi herald of science and sport Abbreviated key title: Slobozhanskyi her. sci. sport © Kharkiv State Academy of Physical Culture, 2015 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 SlobozanS`kij naukovo-Sportivnij viSnik № 4(48), 2015 Editor in Chief ashanin v., romanenko v. The use of compuTer Technologies aT an assessmenT of Rovniy A., Doctor of Science (Physical Education and Sport), sensory-moTor reacTions in single combaTs .................................5–7 Professor (Kharkov, Ukraine) azhyppo o., puhach Y., Druz v., zhernovnikova Y. Members of the Board: DeTerminaTion of biological age in DifferenT perioDs Azhippo O., Doctor of Science (Peda- of human onTogenesis .....................................................................8–14 gogical), Professor (Kharkov, Ukraine) Al Raggad Raid, Doctor of Science bogush v., Getmantsev S., Sokol o. reznichenko o., (Philosophy), PhD (Pedagogical), kuvaldina o., Yatsunskiy Y. (Amman, Jordan) Aftіmіchuk O., Doctor of Science (Peda- rowing sporTswomen moTor acTions formaTion ........................15–20 gogical), Professor, (Chisinau, Republic of Moldova) bondar a., Saltan n., Saltan a. Ashanіn V., PhD (Mathematics and Physics), Professor, Academician ANPRE calenDar of holDing sporTs compeTiTions as a source in (Kharkov, Ukraine) sTuDy of feaTures of DevelopmenT of DomesTic sporT in Baykovskiy Yu., Doctor of Science The 30s of The xxTh cenTury ...........................................................21–24 (Pedagogical), Professor, (Moscow, Russia) Cieślicka M. Doctor of Science (Physical briskin Y. odynets t. Education and Sport), funcTional sTaTe of The carDiorespiraTory sysTem of (Bydgoszcz, Poland) Druz V., Doctor of Science women wiTh posTmasTecTomy synDrome wiTh DifferenT (Biology), Professor (Kharkov, Ukraine) Types of aTTiTuDe To The Disease ....................................................25–27 Kamayev O., Doctor of Science (Physi- cal Education and Sport), Professor (Kharkov, Ukraine) Deyneko a. Krutsevich T., Doctor of Science (Physi- socio-peDagogical conDiTions of formaTion of culTure cal Education and Sport), of moTor acTiviTy in sTuDenTs of seconDary schools ...............28–30 Professor (Kyiv, Ukraine) Lizogub V., Doctor of Science (Biology), Professor ivasyk n. (Cherkasy, Ukraine) Manolaki V. Doctor of Science (Peda- ВаскgrounD DevelopmenT quesTionnaire qualiTy of life gogical), Professor, for school age chilDren wiTh broncho-pulmonary Disease ....31–33 (Chisinau, Republic of Moldova) Mulyk V., Doctor of Science (Physical Education and Sport), kuvaldina o. Professor (Kharkov, Ukraine) evaluaTion of effecTiveness of breaking fragmenTs Peshkova O., PhD (Medicine), passing performeD by rally crews ...............................................34–39 Professor (Kharkov, Ukraine) Podrіgalo L. Doctor of Science (Medi- cine), Professor nizhevska t. (Kharkov, Ukraine) The sysTem of Training of fuTure Teachers of physical Pristupa Ye., Doctor of Science (Peda- gogical), Professor (Lviv, Ukraine) culTure for use of means of arT peDagogics in The Prusik K., Doctor of Pedagogical Sci- professional acTiviTy .....................................................................40–42 ences, Professor, Academy of physical education and sport (Gdans’k, Poland) Savchenko V., Doctor of Science olkhovy o., temchenko v., petrenko Y. (Pedagogical), Professor, Academician influence of informaTion communicaTive Technologies (Dnepropetrovsk, Ukraine) on sTuDenTs’ sporT-orienTeD physical eDucaTion inTeresT .......43–45 Sergіyenko L., Doctor of Science (Peda- gogical), Professor (Mуkolaуiv, Ukraine) ruban l., Miroshnichenko i., Sasko i. Sutula V., Doctor of Science screening-quesTionnaire subjecTive evaluaTion of (Pedagogical), Professor (Kharkov, Ukraine) lifesTyle for women in reproDucTive age ....................................46–48 Tomenko O., Doctor of Science (Physical Education and Sport), (Sumy, Ukraine) Shesterova l. Vrublevskiy Ye., Doctor of Science The influence of visual impairmenT on separaTe inDicaTors (Pedagogical), Professor of a funcTional conDiTion of Touch sysTems of pupils (Minsk, Belarus) Yezhi Rut, Doctor of Science of miDDle classes ............................................................................49–51 (Physical Education and Sport), (Rzeszow, Poland) Shesterova l., tu Yankhao. Yermakov S., Doctor of Science (Peda- gogical), Professor Dynamics of physical prepareDness of runners on miDDle (Kharkiv, Ukraine) DisTances who live in various climaTic conDiTions ......................52–54 Shlonska o. feaTures Technical anD TacTical Training of volleyball players of high class of DifferenT roles ....................................55–59 Sushko r. efficiency analysis of compeTiTive acTiviTy of highly skilleD baskeTball players aT The sTage of maximum realizaTion of i nDiviDual poTenTial .........................................................................60–64 3 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 tyhorskyy o., Dzhym v. improving The Training process of highly skilleD boDybuilDers in The preparaTory perioD, general preparaTory phase ..................................................................................................65–69 zaplatynska o. The Training program in basic gymnasTics jumps aT The sTage of iniTial Training .................................................................................................................................................70–72 zhurid S., rebaz Sleman. Technique-TacTical prepareDness of The «gelios» Team (kharkov) by The resulTs of The 24Th ukrainian fooTball championship in The firsT league (2014–2015) .............................73–77 4 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 UDC 796.8/004.42 aSHanin v., roManEnko v. kharkiv state academy of physical culture The use of computer technologies at an assessment of sensory-motor reactions in single combats Abstract. purpose: to develop a complex of program applications by an assessment of sensory-motor reactions of sportsmen who are engaged in different types of single combats. Material and Methods: theoretical analysis and generalization of scientific and methodical literature, method of computer programming. results: the computer program applications by an assessment of sensory- motor reactions of sportsmen-wrestlers are developed and the preliminary approbation of appendices is carried out, their metrological informational content is confirmed. Conclusions: during the approbation the received results confirm the data on characteristic values of the level of psychomotor reactions of sportsmen which are available in literature. it allows recommending the developed computer applications for a practical use. Keywords: sensory-motor reaction, program computer applications, tablet personal computer, single combats. Introduction. Modern computer technologies open before researchers in the field of sport new opportunities. The improvement of technical characteristics of computers, the reduction of their sizes, the emergence of essentially new devices transfer the dialogue a user to a new level. The software product also improves with the growth of a technical component. The use of new computer programs with a simple and clear interface allows increasing accuracy and speed of receiving results, and also saves the time at their processing for making decisions [1; 4]. One of new devices which appeared in the last years and deserve attention is a tablet personal computer which is equipped with a touch screen. The use of tablet computers fell within many scope of human life; they found the application for designers, artists, writers, musicians etc. The appeal of a tablet consists first of all in its portability, in good technical characteristics which are coming nearer at the leading producers to the level of desktop computers, and opportunity to communicate with a user via a touch screen. Having the customized program applications on a tablet, it is possible to expect sufficient efficiency of its use and in the field of sports metrology. The analysis of the existing appendices testifies to a large number of the programs devoted to sports subject, both an information orientation, and a methodical orientation. But, unfortunately, the specialized programs allowing estimating a psycho-physiological condition of a sportsman are available generally on desktop computers and cost rather much. As psycho-physiological functions of a person represent a biological basis of separate and typological features of the highest nervous system, they characterize the process of formation and improvement of special skills of the movement in the conditions of the educational and competitive activity. The functional condition of psychophysiological functions can be an indicator as the degree of preparedness of a sportsman and the development of processes of exhaustion and overstrain in it [5; 8; 9]. According to experts [2; 7; 10], on fighting sports where takes place a high intellectual tension where technical and tactical actions are executed with various existential features, and the success of competitive fight depends not only on actions of a sportsman, but also and on actions of a competitor, an assessment of psychomotor indicators allows receiving an additional information on a functional condition of a sportsman for the improvement of a method of its sports preparation. The above-mentioned confirms a relevance of the development of a complex of statements on the basis of a tablet personal computer for an assessment of sensory-motor reactions of sportsmen, namely, sportsmen who engage in various types of single combats. These appendices will be calculated, first of all, for students and teachers of specialized higher educational institutions in their professional and scientific activity. The objective of the research: to develop a complex of appendices on an assessment of sensory-motor reactions of sportsmen who are engage in various types of single combats. The tasks of the research: 1. To make the analysis of special literature on a problem estimates of sensory-motor reactions of sportsmen. 2. To take a complex of tests for sportsmen of single combats. 3. To develop and approve a tablet personal computer application allowing defining the complex of sensory-motor reactions of sportsmen who engage in single combats. Material and methods of the research. The following methods are used for the solution of objectives: theoretical analysis and generalization of scientific and methodical literature, method of a computer programming. Results of the research and their discussion. An approximate complex of test tasks is selected, which in our opinion and opinion of experts, is possible to use in single combats, on the basis of studying of special literature on psychophysiological diagnostics [1; 3; 5; 6; 12, etc.] and modern program complexes (“Psychodiagnostics” [4], “A sports psychophysiologist” (LLC SMC Analitik, Omsk), the program complex Diagnostician-1 (laboratory of a higher nervous activity of Cherkassy pedagogical university, in the co-authorship with Doctor of Biological Science, professor V. N. Makarenko), etc.). Test tasks by an assessment both simple and difficult sensory-motor reactions are given below: 1. Assessment of a motility and simple reaction to a visual signal. 2. Assessment of a simple motive reaction to a visual signal (SVMR). © ashanin v., romanenko v., 2015 5 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 3. Assessment of a simple acoustical motor reaction (SAMR). 4. An assessment of reaction of a choice among static objects. 5. An assessment of reaction to a moving object (RMO). 6. An assessment of feeling of speed. 7. Assessment of reaction of distinction, reaction to a dynamic object. 8. An assessment of reaction of a choice from two dynamic objects. 9. An assessment of force of nervous system (Tepping-test). 10. A time sense assessment, both with a use of sound intervals, and light. The program applications including the above-named test tasks are developed in the Swift programming language and calculated on a use on tablet computers with the operating system iOS [13]. The preference to these tablets and the operating system were caused by their speed, reliability, technical characteristics and simplicity of communication with the user. The interface of all developed programs is simplified and consists of two operating buttons “Start” and “Reset” (pic. 1). Pic. 1. Interface of a working window of the program for an assessment of a reaction of distinction, reaction to a dynamic object All tests are developed in one style, and the process of testing is carried out in the automatic mode. The testing technique practically of all tests includes the offer to the examinee to execute 12 attempts, and after the implementation of the test the program selects 10 best results, calculates an arithmetic average, defines a normality of distribution of the received results according to the criterion of Shapiro-Wilk and, at the compliance of data of the law of normal distribution, suggests to keep result in a database (pic. 2). At the unsuccessful implementation of the test it is offered to pass it repeatedly. No more than one minute is on average spent for the implementation of the test. Pic. 2. Window of preservation of the result of the test “An assessment of feeling of speed” 6 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 More than 50 sportsmen who are engaged in different types of single combats (fight, taekwondo, karate) having qualification from 1 category to the master of sports of the international class (MSIC), various age (from 16 till 22 years old) took part in a preliminary approbation of the developed applications. As the tested the tablet computer iPad of the 4th generation was used. Results on some tests (SVMR – simple visual motor reaction, SAMR – simple acoustical motor reaction, RMO – reaction to a moving object) are presented in tab. 1. Table 1 Results of an assessment of psychomotor reactions, ms Qualification of sportsmen SVMR SAMR RMO MS, MSIC 220,9±3,21 197,9±2,35 18,3±0,85 1 category, CMS 251,2±4,81 214,1±4,32 24,7±0,93 note. SVMR – is a simple visual motor reaction, SAMR – is a simple acoustical motor reaction, RMO – is a reaction to a moving object. The given results in the tab. 1 and the results received by us according to other tests confirm the data which are available in literature [5; 7; 11] on characteristic values of the level of psychomotor reactions of sportsmen. It allows recommending the developed computer applications for a practical use. Conclusions: 1. The analysis of special literature confirmed the relevance and the importance of a problem of an assessment of psychomotor reactions at sportsmen, and also defined the directions of improvement of a technique of preparation in single combats taking into account a functional condition of psycho-physiological functions at a sportsman. 2. The test tasks for an assessment of psychomotor reactions of sportsmen of single combats including the tasks according to simple and difficult motor reaction, and also the tasks according to specific perceptions, such as feeling of speed, time sense are selected. 3. The computer program applications by assessment sensory-motor reactions of sportsmen of single combats are developed and the preliminary approbation of appendices is carried out, their metrological informational content is confirmed. Prospects of further researches. The further research will be directed on an approbation of appendices on tablet computers of other models, the question of transfer of appendices on smartphones and their optimization according to technical capabilities of mobile devices, import and export of databases to cloudy storages with possibility of their further use is also considered. References: 1. ashanin v. s. slobozans’kij nauk.-sport. visn. [slobozhanskyi science and sport bulletin], kharkіv, 2002, vol. 5, p. 164–166. (rus) 2. bleyer a. n. Teoriya i praktika fizicheskoy kultury [Theory and practice of physical culture], 2006, vol. 6, p. 28–31. (rus) 3. ilin ye. p. psikhomotornaya organizatsiya cheloveka [psychomotor organization human], spb., 2003, 384 p. (rus) 4. kozina zh. l., barybina l. n., mishchenko D. i., Tsikunov a. a. fizicheskoye vospitaniye studentov [physical education students], 2011, vol. 3, p. 56–59. (rus) 5. korobeynіkov g. v., korobeynіkova l. g., kozіna zh. l. otsіnka ta korektsіya psikhofіzіologіchnikh stanіv u sportі [estimation and correction of physiological conditions in sport], kharkіv, 2012, 340 p. (ukr) 6. lizogub v. s. fіzіologіchniy zhurnal [physiological magazine], 2010, T. 56, vol. 1, p. 148–151. (ukr) 7. pirozhkov o., kochetkova s. chelovek v mire sporta: novyye idei, tekhnologii, perspektivy [The man in the sports world], moscow, 1998, vol. 2, p. 386–387. (rus) 8. rovniy a. s., rovniy v. a., rovna o. o. fіzіologіya rukhovoi aktivnostі [physiology of physical activity], kh., 2014, 344 p. (ukr) 9. romanenko v. a. Diagnostika dvigatelnykh sposobnostei [Diagnostics of motor abilities], Donetsk, 2005, 290 p. (rus) 10. saenko v. g. slobozans’kij nauk.-sport. visn. [slobozhanskyi science and sport bulletin], kharkіv, 2015, vol. 2, p. 166–171. (ukr) 11. pavlova v. i., Terzi m. s., saraikin D. a. vestnik chelyabinskogo gosudarstvennogo pedagogicheskogo universiteta [bulletin of chelyabinsk state pedagogical university], chelyabinsk, 2014, vol. 6, p. 1412–1417. (rus) 12. praktikum po psikhofiziologicheskoy diagnostike [workshop on psychophysiological diagnostics], moscow, 2000, 128 p. (rus) 13. apple Developer, access mode : developer.apple.com. 14. yablyk – apple news, access mode : yablyk.com. (rus) Received: 10.07.2015. Published: 31.08.2015. Volodymyr Ashanin: phD (physics-mathematics), professor; kharkiv state academy of physical culture: klochkivska str. 99, kharkiv, 61058, ukraine. ORCID.ORG/0000-0002-4705-9339 е-mаіl: [email protected] Vyacheslav Romanenko: phD (physical education and sport), associate professor; kharkiv state academy of physical culture: klochkivska st., 99, kharkov, 61058, ukraine. ORCID.ORG/0000 0002 3878 0861 E-mail: [email protected] 7 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 UDC 6126.003.12 / 161.263 aGHYppo o., puGaCH Y., Druz v., zHErnovnikova Ya. kharkiv state academy of physical culture Determination of biological age in different periods of human ontogenesis. Abstract. the aim: to determine the parameters of the standardized assessment of biological age and individual characteristics of its occurrence. Material and methods: there is analytical generalization of data of scientific literature, clinical anthropometry of the observed contingent, use of sign semantic spaces. results: the estimation of biological age, based on the standardized parameters being the basis of morphological and functional organogenesis, is worked out. Conclusions: shows the structure of construction of passport of biological development, that provides the measure similarity of individual development of the relatively set age-related standard. Keywords: biological age, line of the age-related norms, physical development, ontogenesis of organogenesis. Introduction. The level of development of organism is determined by the physiological ripening of the morphological and functional systems, reflecting his biological age duration of that in the far of cases does not coincide with chronologic age. For determination of biological age many enough methods are used. It is related to that any morphological and functional systems that came to the maturity undertake in basis of his estimation. Development of the standardized parameters of biological age is extraordinarily important therefore [1, 2, 3]. Reasonable standard determination of biological age will allow in more depth to get to understanding of nature of individual “norm” of physical development and level of physical preparedness in accordance with a project “Innovative approaches to health technology in school physical education.” The aim of the study: is to determine the parameters of the standardized assessment of biological age and individual characteristics of its occurrence. Material and methods: there is analytical generalization of data of scientific literature, clinical anthropometry of the observed contingent, use of sign semantic spaces. Results of the study. Among the contingent of certain chronologic age biological age corresponds to chronologic only at those persons that make the mode of distribution of the inspected contingent on the controlled morphological and functional criterion of estimation. Each of such sorts of criteria in relation to specifies the mode on late, normal and passing ahead development on this morphological and functional index. By virtue of that the used morphological and functional criteria of estimation of biological age have the chronologic period of maturity, and then they can be built in the successive temporal row of norms of the biological ripening of the systems of organism. At the synchronous ripening the process of development of all morphological and functional formations of organism can be characterized the measure of delay or passing from his norm. However in every controlled population synchronicity as process, reflecting cooperation of the developing systems, being based on statistical principle of achievement of end-point, has a certain range of variation from the modal value. Exactly this disagreement is the basis of propensities organism to certain nosologies. Sizes such the deviation from the norm of synchronous development, number rejectable in the development of morphological and functional educations, order of ranging of them as far as the looked after deviation from the norm of synchronous development present the symptoms of functional violation of interdependent functional relations told on the change of viability of organism. Totality of constantly meeting symptoms taking into account their character relation on the display of the looked after compatibility in their structure determine syndromes characteristic for certain diseases. Establishment of constancy of relations of symptoms in corresponding syndromes and constancy of their met is made by prodrome of display of morphological and functional violations and come forward basis of preclinical diagnosis. The most difficult period establishment of prodrome is early child’s age, that determined by insufficiency of selection of necessary amount of symptoms, or to insufficient exactness of their quantitative measuring for systematization corresponding prodrome of ripening or plan nosologies [4, 5]. The first step in this direction is introduction of additional signs of morphological and functional indexes that is present at birth of child. The indexes of clinical anthropometry behave to such signs, entered M. J. Breitman. Their basis is based on measuring of linear sizes of biokinematics structure of body. In all fifteen indexes are used in measuring entered to them. Order such measuring and location of points of output of necessary sizes presented in a table 1 and on a Figure 1. To data fifteen anthropometric sizes must add the complete height of body, his weight, specific closeness of body and his volume. At a necessity the deeper working out in detail the amount of the controlled signs it maybe to complement by volume of and weighing each of measurable anthropometric descriptions. With the purpose of exception of distinction of size units of measurable indexes of length of body, weight, closeness, a volume must be presented their testimonies in dimensionless units. This is achieved at introduction of general criterion of comparison in relation to every group of measurable indexes having identical units. For all anthropometric indexes of linear sizes of body attitude of their length is entered toward length of body. It allows to eliminate the absolute sizes of body and express them in the stakes of unit or in a percentage ratio to length of body, that reflects the quality structure of his structure, that remains identical at permanent met in the synchronously developing structures of body with folded for their constitution of somatotype of the looked after criteria of relation of the compared sizes. It is like possible to execute these operations for gravimetric and by volume indexes. In this case the quality structure of body will be presented by the amount of the used components, in size the looked after deviations from the accepted standard and by the order of the following of them in the ranged presentation. If to take the type of build at that all morphological and © aghyppo o., pugach y., Druz v., zhernovnikova ya., 2015 8 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 Table 1 Anthropometric proportions of the human body % № name Part of body ratio women men – – I Upper face Head neck II Lower face 10 10 III Neck 7 6,23 IV Acromion-teat distance 14 13,3 V Teat navel distance Body 10 10 VI Umbilical, inguinal distance – – VII Hip – – VIII Shin Leg – – IX Foot 9 10 X Half acromioclavicular distance 6 6,3 XI Half the distance between teat Horizontal distance The length of the foot from the heel 14 15 XII to the end of the thumb Fig. 1. Quality structure of structure of body of man depending on different correlation of endocrine activity. (In the construction of linear diagrams of somatotype a complete height is taken for unit by consisting of the parts of body, presented in to the relation of length of body. From fifteen descriptions driven to the table 1 on linear diagrams used only nine. (Table 1 and figure 1 taken from the monograph of M. J. Breitman the “Clinical semiotics and differential diagnostics of endocrine diseases”). 9 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 SLOBOZHANSKYI HERALD OF SCIENCE AND SPORT • 2015 functional systems in the process of the development correspond to the modal values at, that biological and chronologic age coincides, then his structure shown in dimensionless units, it is possible to use as a standard in relation to that it is necessary to execute comparison of individual biological age at certain chronologic age. Increase of quantity of the compared indexes that characterize the structure of display of biological age of interactive morphological and functional educations requires corresponding space of comparison of their measure of likeness. Basis of construction such of space is based on that the type of build biological and chronologic age of time of development coincides at that comes forward a standard, here all proportions of the compared descriptions come forward unit of comparison. By a zero border of counting out of the looked after rejections aside hypo or hyper displays of the compared descriptions will come true in relation to a line, passing in the distance unit of relatively initial zero. This line executes the role of zero because in relation to her placing of all looked after rejections that can have the differently directed character are conducted. The most comfortable construction of such sign semantic space is the arctic system of coordinates, in that this line will be presented by the circumference of single radius. In this case any radius a vector expresses the certain used index of biological age, which it is presented on a figure 2. Fig. 2. Circular graph for presentation of passport descriptions of biological age An external circumference reflects maximally (max) possible deviation from the normal value of the controlled sign; an internal circumference reflects the standard value of the controlled signs and comes forward the index of norm of their display, the radius of this circumference is equal to conditional unit; an internal circumference reflects the border of minimum value of meeting deviation from his standard display in the norm of biological age; the marked zone (а-b) corresponds to the possible vibrations of signs, making functional optimums of the looked after rejections, that reflect operative adaptation providing the no spread function of display of viability arising up in ontogenesis. Talking about the difference of biological age relatively chronologic it is possible only in case that there is synchronous lag or passing ripening of all morphological and functional educations from a norm chronologic and biological age coincides in that. In all other cases it is possible to talk about an allometry and asynchronous of development of different morphological and functional educations with establishment of their ranged row from the latest in development to passing ahead in development, what is the basis of determination of prenosological forecasting of process of developing violations going beyond the zone of operative adaptation functional optimum. In relation to every measurable sign, the sum of that in dimensionless sizes is equal to unit, it is possible to present the ranged row of elements, in that their order of the following, size of rejection and distance, is set between him. In relation to this order individual logarithmic spirals are built, where the change of the order of structure, related to moving of order or change only of corner between their radiuses, is visible. The structure of such transformations is given in figure 3. A) B) Fig. 3. Presentation of the structure of biological age in the form of ranked distribution of controlled amounts recognized in terms of not having a dimension in the case where there is asynchronous in their morphological and functional maturation 10