类别 全部 - fatigue - sports - glycolysis - exercise

作者:Milena Angulo 8 年以前

686

bilinguismo de fisiologia del ejercicio

The text delves into various aspects of metabolism and physical activity, emphasizing the different energy systems and their roles in exercise. It highlights the anaerobic lactic system, which generates ATP through glycolysis and supports high-intensity exercise for short durations.

bilinguismo de fisiologia del ejercicio

BILINGUISMO

Catabolism

Is the degradative phase of metabolism, in which relatively large complex organic

Anaerobic System alactic

It is called alactic because it has no accumulation of lactic acid

Aerobic System

Oxidative metabolism of acetyl-CoA. The aerobic system participates as an energy source predominantly around 2 minutes of exercise

Anaerobic Lactic System

Generation ATP through anaerobic glycolysis. This metabolic pathway provides maximum energy to 20-35 seconds of high intensity exercise

Anabolism

Is the construction phase of metabolism, in which the synthesis of molecular cell components such as nucleic acids

Agility

Ability to perform effective and rapid movements.

Adenosine Triphosphate (ATP)

Is required by all living things, play a critical role and performs different functions in cellular metabolism as a unit of nucleic acids

Exercise

Exercise is considered as a tax stress to the body, whereby this responds with an adaptation syndrome

Fatigue

Degeneration process of a material under cyclic loads of values below those that would be capable

Glucosa

It is the most abundant monosaccharide in nature. As in its metabolism does not release hydrogen ions

Glycogen

Storage form of glucose mobilized easily. regulate blood glucose level

Glycolysis

Acetyl CoA formation, from pyruvate, fatty acids and amino acids. In the conversion of pyruvate to acetyl CoA and two

Metabolism

Enzymatically catalyzed set of chemical reactions that take place in the cell

Sport

Sports are physical activities that can be performed voluntarily by recreational and competitive purposes

Strength

Power of muscle contraction as a result of a single maximum effort, in a given movement

Nombre: Ana Milena Angulo

BIBLIOGRAFIA
A. Hernández. Sistemas energéticos. Consultado el 05 de Marzo de 2016. Disponible en: http://www.i-natacion.com/articulos/fisiologia/sistemas.html Prof. Gerardo A. Araya Vargas. Actividad física, ejercicio y deporte. Consultado el 05 de Marzo de 2016. Disponible en: http://www.edufi.ucr.ac.cr/pdf/trans/Actividad%20f%EDsica,%20ejercicio%20y%20deporte.pdf Introducción al tejido muscular. Consultado el 05 de Marzo de 2016. Disponible en: http://wzar.unizar.es/acad/histologia/textos/TemasHistologia_I/1_5_TejidoMuscular.pdf