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Title: Fizioterapevtska diagnostika, struktura telesa in regeneracija Authors: Rajh, Miha (Author) Amon, Mojca (Mentor) More about this co-author... Language: Slovenian Work type: Bachelor thesis/paper Organization: FIZIOTERAPEVTIKA - PHYSIOTHERAPEUTICA Abstract: Strukturo telesa delimo v večini na tri glavne skupine: endomorfija (relativna debelost), mezomorfija (relativna mišično-skeletna razvitost) in ektomorfija (relativna vitkost). Analizo telesne strukture lahko izvajamo z različnimi napravami, od zelo preciznih do manj: bioelektrična impedančna analiza oziroma BIA, dvoenergijska rentgenska absorpciometrija ali DRA analiza, RT, magnetna resonanca ali MR in mnoge druge. Bolj natančno kot lahko določimo strukturo telesa, bolj natančno lahko sledimo, kako se bo ta oseba odzvala na različne fizične napore, kako se bo regenerirala. Struktura telesa predstavlja vpliv pri regeneraciji na različne telesne napore, mednje spada tudi odziv na različne bolezni, od manj do bolj kompleksnih. Zato je razmerje mišične mase in maščobne mase pomembno za zdravo življenje sploh v procesu staranja, zdravljenja ali regeneracije. Za neposredno razumevanje procesa regeneracije so potrebne nadaljnje raziskave. Keywords: Fizioterapevtska diagnostika, telesna sestava, struktura telesa, regenerativna medicina, mišična masa, maščobna masa, regeneracija tkiv, vplivi na telesno strukturo, analiza telesne sestave, metode analiziranja telesne sestave Year of publishing: 2022 Publisher: [M. Rajh] COBISS_ID: 132583171  VisID: 3592 Views: 913 Downloads: 56 Files:  1460$$miha_rajh_fizioterapevtska_diagnostika_struktura_telesa_in_regeneracija.pdf (660,29 KB)   Metadata:

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Secondary language

Language:	English
Title:	Physiotherapeutic diagnosis, body composition and regeneration
Abstract:	Body structure is broadly divided into three main groups: endomorphy (relative obesity), mesomorphy (relative musculoskeletal development) and ectomorphy (relative thinness). Body structure analysis can be carried out using a variety of devices, ranging from the very precise to the less so: bioelectrical impedance analysis or BIA, dual-energy X-ray absorptiometry or DXA analysis, CT, MRI and many others. The more precisely we can determine the structure of the body, the more precisely we can track how that person will respond to different physical stresses, how he or she will regenerate. Body structure represents the impact on regeneration to different physical stresses, including the response to different diseases, from minor to more complex. Therefore, the ratio of muscle mass to fat mass is important for a healthy life, especially in the process of ageing, healing or regeneration. Further research is needed to understand the regeneration process directly.
Keywords:	Physiotherapeutic diagnosis, body composition, composition of the body, regeneration, regenerative medicine, muscle mass, fat mass, tissue regeneration, effects on body compostion, body composition analysis, body composition analysis methods

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