布科维娜学生大腿参数的解剖特征

S. Karatieieva
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Medium-intensity training took place under the control of a trainer, the frequency of training was 3.43 ± 1.26 days/week (90 minutes each). Students of the control group did not do the sports. The initial survey was conducted in 2021 year, and the same students were resurveyed in 2022 year. All subjects were subjected to an anthropometric study, according to the method of P.P. Shaparenka (thigh circumference in the upper third, in the middle third and in the lower third, body weight, height). So, it was found that when comparing the first and second measurement, the thigh circumference indicators at the second measurement (in dynamics after one year) were slightly higher in students who play football (young boys and young girls) in the upper, middle and lower thirds than in students who play handball (for students who play football ±3.43 cm, for students who play handball ±2.12 cm). The model for predicting the circumference of the thigh in the upper third on the right: Cpr=β1 + β2 + 0.493w – 0.135h, where Cpr is the circumference of the thigh in the upper third (right), w is body weight, h is height, β1= (49.735 for girls and 44.489 for young men), β2= (–1.391 for the soccer group; –2.321 for the handball group), on the left: Cpl=β1 + β2 + 0.465w, where Cpl is the circumference of the thigh in the upper third (left), w is body weight, β1= ( 25.736 for girls and 20.147 for boys), β2= (–1.333 for the football group; –0.515 for the handball group). \nThe model for predicting the circumference of the thigh in the middle of the right: Cmr=β1 + β2 + 0.460w – 0.183h, where Cmr is the circumference of the thigh in the middle of the right, w is body weight, h is height; β1= (52.567 for young girls and 48.930 for young boys), β2= (–2.235 for the football group; –1.968 for the handball group); on the left: Cml=β1 + β2 + 0.449w, where Cml is the thigh circumference in the middle of the left, w is body weight; β1= (20.716 for young girls and 20.943 for young boys), β2= (– 0.254 for the football group; –1.405 for the handball group). The model for predicting the circumference of the thigh in the lower third of the right: Cdr=β1 + β2 + 0.418w, where Cdr is the circumference of the thigh in the lower third of the right, w is body weight, β1= (25.560 for young girls and 20.165 for young boys), β2= (– 0.039 for the football group; 0.061 for the handball group); on the left: Cdl=β1 + β2 + 0.387w, where Cdl is the thigh circumference in the lower third on the left, w is body weight; β1= (24.638 for young girls and 18.523 for young boys), β2= (– 0.379 for the football group; –0.261 for the handball group). So, it is established that for significant predictors for predicting thigh circumference on the right in the upper and middle third are gender, sport, height and body weight, in the lower third are gender, sport and body weight, on the left are gender, sport and body weight.","PeriodicalId":505424,"journal":{"name":"Art of Medicine","volume":"64 8","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2024-03-28","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"ANATOMICAL CHARACTERISTICS OF THE THIGH PARAMETERS THE STUDENTS OF BUKOVYNA\",\"authors\":\"S. Karatieieva\",\"doi\":\"10.21802/artm.2024.1.29.56\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"It is known that the factor that determines success in sports is the morphological features of the structure of the human body. In order to establish the anatomical characteristics of the thigh parameters of students of Bukovyna who play football and handball, followed by modeling for sports selection, a study was conducted of students of higher educational institutions of Bukovyna (n=129), of which young boys - n=69 and young girls - n=60. The subjects were divided into a main group - 89 students who improved by playing football and handball and a control group - 40 students who did not do the sports. Students of the main group, in addition to the physical activity that was included in the program of their specialty during the year, additionally attended sports sections in football and handball during the year. Medium-intensity training took place under the control of a trainer, the frequency of training was 3.43 ± 1.26 days/week (90 minutes each). Students of the control group did not do the sports. The initial survey was conducted in 2021 year, and the same students were resurveyed in 2022 year. All subjects were subjected to an anthropometric study, according to the method of P.P. Shaparenka (thigh circumference in the upper third, in the middle third and in the lower third, body weight, height). So, it was found that when comparing the first and second measurement, the thigh circumference indicators at the second measurement (in dynamics after one year) were slightly higher in students who play football (young boys and young girls) in the upper, middle and lower thirds than in students who play handball (for students who play football ±3.43 cm, for students who play handball ±2.12 cm). The model for predicting the circumference of the thigh in the upper third on the right: Cpr=β1 + β2 + 0.493w – 0.135h, where Cpr is the circumference of the thigh in the upper third (right), w is body weight, h is height, β1= (49.735 for girls and 44.489 for young men), β2= (–1.391 for the soccer group; –2.321 for the handball group), on the left: Cpl=β1 + β2 + 0.465w, where Cpl is the circumference of the thigh in the upper third (left), w is body weight, β1= ( 25.736 for girls and 20.147 for boys), β2= (–1.333 for the football group; –0.515 for the handball group). \\nThe model for predicting the circumference of the thigh in the middle of the right: Cmr=β1 + β2 + 0.460w – 0.183h, where Cmr is the circumference of the thigh in the middle of the right, w is body weight, h is height; β1= (52.567 for young girls and 48.930 for young boys), β2= (–2.235 for the football group; –1.968 for the handball group); on the left: Cml=β1 + β2 + 0.449w, where Cml is the thigh circumference in the middle of the left, w is body weight; β1= (20.716 for young girls and 20.943 for young boys), β2= (– 0.254 for the football group; –1.405 for the handball group). The model for predicting the circumference of the thigh in the lower third of the right: Cdr=β1 + β2 + 0.418w, where Cdr is the circumference of the thigh in the lower third of the right, w is body weight, β1= (25.560 for young girls and 20.165 for young boys), β2= (– 0.039 for the football group; 0.061 for the handball group); on the left: Cdl=β1 + β2 + 0.387w, where Cdl is the thigh circumference in the lower third on the left, w is body weight; β1= (24.638 for young girls and 18.523 for young boys), β2= (– 0.379 for the football group; –0.261 for the handball group). So, it is established that for significant predictors for predicting thigh circumference on the right in the upper and middle third are gender, sport, height and body weight, in the lower third are gender, sport and body weight, on the left are gender, sport and body weight.\",\"PeriodicalId\":505424,\"journal\":{\"name\":\"Art of Medicine\",\"volume\":\"64 8\",\"pages\":\"\"},\"PeriodicalIF\":0.0000,\"publicationDate\":\"2024-03-28\",\"publicationTypes\":\"Journal Article\",\"fieldsOfStudy\":null,\"isOpenAccess\":false,\"openAccessPdf\":\"\",\"citationCount\":\"0\",\"resultStr\":null,\"platform\":\"Semanticscholar\",\"paperid\":null,\"PeriodicalName\":\"Art of Medicine\",\"FirstCategoryId\":\"1085\",\"ListUrlMain\":\"https://doi.org/10.21802/artm.2024.1.29.56\",\"RegionNum\":0,\"RegionCategory\":null,\"ArticlePicture\":[],\"TitleCN\":null,\"AbstractTextCN\":null,\"PMCID\":null,\"EPubDate\":\"\",\"PubModel\":\"\",\"JCR\":\"\",\"JCRName\":\"\",\"Score\":null,\"Total\":0}","platform":"Semanticscholar","paperid":null,"PeriodicalName":"Art of Medicine","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.21802/artm.2024.1.29.56","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0

摘要

众所周知,决定运动成败的因素是人体结构的形态特征。为了确定布科维纳市踢足球和手球的学生大腿参数的解剖学特征,然后建立运动选择模型,对布科维纳市高等院校的学生(129 人)进行了研究,其中男生 69 人,女生 60 人。研究对象被分为主要组(89 名通过踢足球和手球得到提高的学生)和对照组(40 名没有参加体育运动的学生)。主要组的学生在一年中除了参加专业课程中的体育活动外,还参加了足球和手球的体育课。中强度训练在教练的指导下进行,训练频率为每周 3.43±1.26 天(每次 90 分钟)。对照组的学生不参加这些运动。首次调查于 2021 年进行,并于 2022 年对相同的学生进行了再次调查。根据 P.P. Shaparenka 的方法(上三分之一、中三分之一和下三分之一的大腿围、体重、身高),对所有受试者进行了人体测量研究。因此,在比较第一次和第二次测量结果时发现,踢足球的学生(少男少女)大腿上三分之一、中三分之一和下三分之一的周长指标(踢足球的学生为±3.43厘米,踢手球的学生为±2.12厘米)略高于踢手球的学生(踢足球的学生为±3.43厘米,踢手球的学生为±2.12厘米)。右侧上三分之一处大腿周长的预测模型:Cpr=β1+β2+0.493w-0.135h,其中 Cpr 为大腿上三分之一处的周长(右侧),w 为体重,h 为身高,β1=(女生为 49.735,男生为 44.489),β2=(足球组为-1.391;手球组为-2.321),左侧为大腿上三分之一处的周长:Cpl=β1+β2+0.465w,其中 Cpl 为大腿上三分之一处的周长(左侧),w 为体重,β1=(女孩为 25.736,男孩为 20.147),β2=(足球组为-1.333;手球组为-0.515)。预测右大腿中部周长的模型:Cmr=β1+β2+0.460w-0.183h,其中 Cmr 为大腿中部右侧的周长,w 为体重,h 为身高;β1=(少女为 52.567,少男为 48.930),β2=(足球组为-2.235;手球组为-1.968);左侧:Cmr=β1+β2+0.460w-0.183h,其中 Cmr 为大腿中部右侧的周长,w 为体重,h 为身高:Cml=β1+β2+0.449w,其中 Cml 为左侧中部的大腿周长,w 为体重;β1=(少女为 20.716,少男为 20.943),β2=(足球组为-0.254;手球组为-1.405)。大腿右下三分之一处周长的预测模型:Cdr=β1+β2+0.418w,其中 Cdr 为大腿右下三分之一处的周长,w 为体重,β1=(年轻女孩为 25.560,年轻男孩为 20.165),β2=(足球组为- 0.039,手球组为 0.061);左侧为大腿右下三分之一处的周长:Cdl=β1+β2+0.387w,其中 Cdl 为左下三分之一处的大腿周长,w 为体重;β1=(少女为 24.638,少男为 18.523),β2=(足球组为-0.379,手球组为-0.261)。因此,可以确定,预测大腿围的显著预测因子,右侧中上三分之一为性别、运动、身高和体重,下三分之一为性别、运动和体重,左侧为性别、运动和体重。
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ANATOMICAL CHARACTERISTICS OF THE THIGH PARAMETERS THE STUDENTS OF BUKOVYNA
It is known that the factor that determines success in sports is the morphological features of the structure of the human body. In order to establish the anatomical characteristics of the thigh parameters of students of Bukovyna who play football and handball, followed by modeling for sports selection, a study was conducted of students of higher educational institutions of Bukovyna (n=129), of which young boys - n=69 and young girls - n=60. The subjects were divided into a main group - 89 students who improved by playing football and handball and a control group - 40 students who did not do the sports. Students of the main group, in addition to the physical activity that was included in the program of their specialty during the year, additionally attended sports sections in football and handball during the year. Medium-intensity training took place under the control of a trainer, the frequency of training was 3.43 ± 1.26 days/week (90 minutes each). Students of the control group did not do the sports. The initial survey was conducted in 2021 year, and the same students were resurveyed in 2022 year. All subjects were subjected to an anthropometric study, according to the method of P.P. Shaparenka (thigh circumference in the upper third, in the middle third and in the lower third, body weight, height). So, it was found that when comparing the first and second measurement, the thigh circumference indicators at the second measurement (in dynamics after one year) were slightly higher in students who play football (young boys and young girls) in the upper, middle and lower thirds than in students who play handball (for students who play football ±3.43 cm, for students who play handball ±2.12 cm). The model for predicting the circumference of the thigh in the upper third on the right: Cpr=β1 + β2 + 0.493w – 0.135h, where Cpr is the circumference of the thigh in the upper third (right), w is body weight, h is height, β1= (49.735 for girls and 44.489 for young men), β2= (–1.391 for the soccer group; –2.321 for the handball group), on the left: Cpl=β1 + β2 + 0.465w, where Cpl is the circumference of the thigh in the upper third (left), w is body weight, β1= ( 25.736 for girls and 20.147 for boys), β2= (–1.333 for the football group; –0.515 for the handball group). The model for predicting the circumference of the thigh in the middle of the right: Cmr=β1 + β2 + 0.460w – 0.183h, where Cmr is the circumference of the thigh in the middle of the right, w is body weight, h is height; β1= (52.567 for young girls and 48.930 for young boys), β2= (–2.235 for the football group; –1.968 for the handball group); on the left: Cml=β1 + β2 + 0.449w, where Cml is the thigh circumference in the middle of the left, w is body weight; β1= (20.716 for young girls and 20.943 for young boys), β2= (– 0.254 for the football group; –1.405 for the handball group). The model for predicting the circumference of the thigh in the lower third of the right: Cdr=β1 + β2 + 0.418w, where Cdr is the circumference of the thigh in the lower third of the right, w is body weight, β1= (25.560 for young girls and 20.165 for young boys), β2= (– 0.039 for the football group; 0.061 for the handball group); on the left: Cdl=β1 + β2 + 0.387w, where Cdl is the thigh circumference in the lower third on the left, w is body weight; β1= (24.638 for young girls and 18.523 for young boys), β2= (– 0.379 for the football group; –0.261 for the handball group). So, it is established that for significant predictors for predicting thigh circumference on the right in the upper and middle third are gender, sport, height and body weight, in the lower third are gender, sport and body weight, on the left are gender, sport and body weight.
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