Analysis of Anthropometric and Biomotor Components on the Performance of FIK UNP Basketball Athletes

Abstract

This study aims to determine the development of anthropometric and biomotor components of male basketball athletes of FIK UNP in 2020. This research is an ex post facto research. The data collection technique used was the measurement test. The research subjects of all male basketball athletes of FIK UNP were 15 athletes. There are two research instruments, namely anthropometric measurements and biomotor measurements. Anthropometric measurements using body weight and scales. Biomotor measurements used are sprint, sit and reach, handgrip, push up, sit up, back up, run test, wall pass, Multistage Fitness Test and vertical jump. The analysis technique used descriptive statistics with frequency in percentage form. The results showed that the body mass index was 22.3 in the normal category, the rate of velocity increased by 0.15 seconds, the level of flexibility increased by 1.00 cm, the strength level in the right finger muscle increased in strength in the right finger muscle by 0.85 kg, the strength level in the left finger muscles increased by 1.50 kg, the strength level in the arm muscles increased by 11.55, the strength level in the abdominal muscles increased by 5.15, the strength level in the back muscles increased by 7 , 85, at the agility level there was an increase of 0.20 seconds, at the coordination level there was an increase of 13.70, at the endurance level there was an increase of 1.25 and at the power level there was a decrease of 1.15 cm.

Analysis of Agility, Strength and Power Differences in Basketball Players in Relation to Age

“…In addition, the research approach is ex post facto i.e. the researcher analyzes cause and effect in the absence of an intervention to the subject [7]. The sampling technique uses purposive sampling.…”

“…Furthermore, physical biomotor components must be optimized under physical settings. Coordination, speed, endurance, strength, power, and agility are all biomotor components in basketball [7] In basketball, agility is a crucial physical component, and power plays a vital role in achieving success in games [8] [9]. Therefore having high strength is essential when it comes to developing power and agility in basketball.…”

“…Their research, however, did not look at power and agility. Susanto et al [7] looked at the anthropometric and biomotor components of basketball players of various ages. Another study compared core and reserve basketball players to determine their level of physical condition [14].…”

Analysis of Body Mass Index and Physical Condition of Martial Athletes in West Kalimantan Province: Study towards PON 2021

“…This is a quantitative descriptive study that aims to quantify the independent and dependent variables, with the data presented as numbers [12] [13]. Furthermore, the method adopted was ex post facto, i.e., the analysis of cause and effect are done after the participants have been treated [14]. Martial arts athletes will compete in the 2021 National Sports Week (PON), which will feature 12 karate, 11 judo, and 8 Kempo sports, with a total of 31 male athletes aged ±20-23 years, weighing ±60-80 kilograms and standing ±160-179 cm tall.…”

Effect of 8-Week β-Alanine Supplementation on CRP, IL-6, Body Composition, and Bio-Motor Abilities in Elite Male Basketball Players

“…The anthropometric component measures the human body’s composition and describes its proportions. Body weight, height, and fat thickness are all factors in the anthropometric component of basketball [ 13 ]. The five basic bio-motor abilities are strength, endurance, speed, flexibility, and coordination.…”