Abstract

Competitive aerobics has emerged as a highly competitive sport beyond its own physical limit. Modern competitive aerobics competition is very fierce; athletes cannot only rely on a specific competitive skill to achieve good results. Protein is the physical basis of life activity. The life activity of human body is closely related to protein, and protein is closely related to human exercise ability. This article aims to study protein metabolism and demand of aerobics athletes during training based on multisensor data fusion. A total of 26 female aerobics athletes were randomly divided into two groups: exercise group and exercise + nutrition group. According to the characteristics of human motion, a comprehensive measurement acquisition sensor system for collecting human motion information is designed and implemented, and the system is used to monitor the subject's protein condition in real time. The subjects took protein nutrient solution before breakfast every day. The dynamic recognition algorithm designed in this paper also has shortcomings, and the monitoring protein method based on gait and other signs is not completely correct. The experiment lasted for 7 weeks. The results showed that the level of serum transferrin receptor decreased significantly in the quiet + nutrition group for 4 weeks, which was significantly different from that at 0 and 3 weeks in the same group (P < 0.01) and was significantly different from that in the same group at 7 weeks (P < 0.05). In the exercise group, the level of serum transferrin receptor increased significantly at 5 weeks, compared with the same group at 0 and 3 weeks (P < 0.05).

Highlights

  • The technical level of competitive aerobics is affected by factors such as physical quality, psychological quality, technical ability, sense of music, and expressiveness of athletes

  • The results showed that the serum transferrin receptor level in the quiet + nutrition group decreased significantly after 4 weeks, which was significantly different from that of the same group at 0 weeks and 3 weeks (P < 0.01) and significantly different from that of the same group at 7 weeks (P < 0.05)

  • Many chemical reactions are completed under the action of enzymes, so it can effectively control the metabolism of the human body and expel wastes from the body

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Summary

Introduction

The technical level of competitive aerobics is affected by factors such as physical quality, psychological quality, technical ability, sense of music, and expressiveness of athletes. The development of computer technology can be used for the daily training of competitive gymnastics, so the aerobics technology of athletes can use advanced computer technology. Exercise can make the human body protein metabolism change, but different nature of the exercise produced different effects, so protein requirements for athletes at different events are not the same. Nanopore sensing technology can detect protein changes from a single-molecule level, effectively improving the accuracy of detecting athletes’ protein conditions. This topic uses nanopore single-molecule sensors to carry out experimental studies on single-protein molecules and protein interaction relationships. During Goodyear and other snow and ice athletes’ training, the daily protein requirements were as follows: when the training amount was small, male speed skating athletes were 139 g/d and female athletes were 95 g/d. 5, which was significantly different from that of the same group at weeks 0 and 3 (P < 0.05), showing that the serum transferrin receptor level at weeks 0 and 3 was significantly lower than that at week 5

Catalytic Function
Transportation Function
Motor Function
Hormone Function
Function of Protein during Exercise
The Influence of Strength Training on Protein
The Influence of Endurance Training on Protein
Endurance Exercise and Protein Metabolism
The Protein Requirement of Athletes
Protein Synthesis
Oxidation of Amino Acids
Glucogenesis
Lack of Basic Training
The Combination of Physical Training and Technical
Single Training Content and Lack of Diversity
Single-Molecule Detection Method of Protein
Collection and Processing of Test Samples
Determination of
The Structure Design of the Plantar Pressure Sensor
Effect of Protein Nutrition Taken by Aerobics Athletes (1)
Changes in Protein Metabolism before and after the Experiment
Findings
Conclusion

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