Sentences with phrase «higher oxygen consumption»

your dog will shiver, which leads to higher oxygen consumption.

To elaborate a bit more, in response to cold, it's a given — your dog will shiver, which leads to higher oxygen consumption.

As a result of their quicker growth, however, many tumors have a high oxygen consumption.

Therefore, HIIT is a better option when it comes to a total body workout, providing the benefits from aerobic performance (high oxygen consumption), whereas with the anaerobic training your body gets stronger and builds muscle.

The brain has a high oxygen consumption rate and abundant polyunsaturated fatty acids in the neuronal cell membranes.

Not exact matches

The volunteers walked for 60 minutes at 60 percent maximum oxygen consumption on an empty stomach and, on another occasion, two hours after consuming a high - calorie carbohydrate - rich breakfast.

Functionally, SGBS adipocytes displayed higher ISO - induced basal leak respiration and overall oxygen consumption rate, along with increased triglyceride accumulation and insulin - stimulated glucose uptake.

This excess post-exercise oxygen consumption (EPOC) is the main reason why your body burns more calories and fat with the high - intensity interval training compared to the regular aerobic exercises performed at steady pace.

And when you do repeated speed intervals, you're creating a bigger «afterburn,» with oxygen consumption (and therefore caloric expenditure) staying high as your body works to return to its pre-exercise state.

High - intensity training is proven to stimulate the release of lipolytic hormones, as well as GH (Growth Hormone) and epinephrine, which can aid in increased post-workout expenditure of energy and fat burning.This post-workout effect is related to metabolic boost, which is also known as EPOC (Excess Post-Exercise Oxygen Consumption).

«Higher - intensity training can help you burn more calories in a shorter period of time, while also providing an EPOC (excess post oxygen consumption) or afterburn effect to continue expending energy even after the workout is over,» she says.

The origins of Tabata training lead to a study by Japanese scientist Dr. Izumi Tabata, who founded this type of training, primarily focused on the fact that high intensity training improved VO2 max (or your maximal oxygen consumption) by about 14 %, while anaerobic capacity improved by 28 %.

More technically speaking, following a bout of high intensity exercise, you'll create a heighted degree of excess post-exercise oxygen consumption (EPOC), which revs up your metabolism for many hours afterwards.

HIIT sessions stimulate a higher excess post-exercise oxygen consumption (EPOC) because you consume more oxygen during them.

It is a very time - efficient way of burning fat that will boost your metabolism and excess post-exercise oxygen consumption levels much higher than continuous training.

Their maximum oxygen consumption during the exercise protocol was also slightly higher, with a small but significant increase in lipid metabolism (fat burning) during exercise.

Though studies have yet to include matcha's influence on fat burning post resistance training, since we know that the post-exercise oxygen consumption with resistance training is higher than cardiovascular activity, the suggestion is there that matcha prior to your weight training session would also boost your fat burning benefits.

VO2 max is driven to its genetic ceiling, and anaerobic threshold is optimized so work can be sustained at a higher level of oxygen consumption.

A variety of reasons can contribute to higher levels of oxygen consumption, but according to THIS article, cardiac output is the limiting factor:

Endurance athletes have levels of oxygen consumption that are particularly high due to the high intensity / high volume nature of training, as well as due to their genetic gifts; some of them just picked the right parents.

High - intensity exercise provides a greater after - burn effect, also known as excess post-exercise oxygen consumption (EPOC)[8].

HIIT Benefit: Excess Post-Exercise Oxygen Consumption High - intensity interval training (HIIT) has many benefits over low - intensity...

Excess post-exercise oxygen consumption (EPOC) is the process by which your metabolic rate is high after training in order to restore the body to its pre-exercise state.

The oxygen sensors was replaced when I got very high fuel consumption (+30 fuel trim) and P0171 System too lean in MIL.

As previously described, 37 health risk - factor clustering was assessed by measuring 6 biomarkers: (1) overweight, (2) high blood pressure, (3) high total cholesterol, (4) low high - density lipoprotein cholesterol, (5) high glycated hemoglobin, and (6) low maximum oxygen consumption levels adjusted for body weight.

Main Outcome Measures At age 32 years, study members were assessed for the presence of 3 age - related - disease risks: major depression, high inflammation levels (high - sensitivity C - reactive protein level > 3 mg / L), and the clustering of metabolic risk biomarkers (overweight, high blood pressure, high total cholesterol, low high - density lipoprotein cholesterol, high glycated hemoglobin, and low maximum oxygen consumption levels.