Comparison of the Sprint Snacks and Intermittent Exercise on Fat and Carbohydrate Oxidation.

Comparison of the Fat and Carbohydrate Oxidation in Overweight Men following the same Volume Sprint Snacks and Intermittent Exercise over a day.

Status

Active, not recruiting

Phases

Unknown

Study type

Interventional

Source

IRCT

Registry ID

IRCT20211128053197N1

Enrollment

Registered

2022-08-08

Start date

2022-09-16

Completion date

Unknown

Last updated

2022-08-29

For informational purposes only — not medical advice. Sourced from public registries and may not reflect the latest updates. Terms

Conditions

Obesity. Obesity due to excess calories

Interventions

Intervention 1: Intervention group 1: sprint snacks exercise.This exercise includes two separate sessions of Wingate-based exercise with 8-hour intervals in a day ( a bout of high intensity exercise

Eligibility

Sex/Gender

Male

Age

30 Years to 40 Years

Inclusion criteria

Inclusion criteria: Men; Inactive; Age 30 to 40 years; Body Mass Index 25 to 30 kg per square meter; Waist less than 100 cm; Fat Percentage 20 to 25%; Maximal Oxygen Consumption 25 to 30 ml/kg/min;

Exclusion criteria

Exclusion criteria: Blood Glucose above 110 mg per liter; Systolic Blood Pressure above 130 ml Hg; Hematocrit below 35%; Hemoglobin below 13 g/dl; WBC count more than 11,000 per microliter

Design outcomes

Primary

Measure	Time frame
Fat oxidation. Timepoint: Three minutes before exercise, during exercise, 30 minutes after exercise. Method of measurement: Using a respiratory gas analyzer device.;Carbohydrate oxidation. Timepoint: Three minutes before exercise, during exercise, 30 minutes after exercise. Method of measurement: Using a respiratory gas analyzer device.	—

Secondary

Measure	Time frame
Glucose. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Blood glucose using quantitative photometric method and kit made in Iran (Pars Azmoun Company).;Insulin. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Blood insulin using immunoenzymatic method and kit made in Italy (Daimetra company).;Cortisol. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Blood cortisol using immunoenzymatic method and kit made in Italy (Daimetra company).;Adrenaline. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Adrenaline using ELISA method and kit made in Germany (LDN company).;Noradrenaline. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Noradrenaline using ELISA method and kit made in Germany (LDN company).;Lactate. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Using calorimetric method and lactate evaluation kit made in Germany (ZELLBIO company).;Total albumin protein. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Using calorimetric method.;Oxygen consumption. Timepoint: Three minute before exercise, during exercise, 30 minute after exercise. Method of measurement: Using a respiratory gas analyzer device.;Non-esterified Fatty acids. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Using calorimetric method and lactate evaluation kit made in Germany (ZELLBIO company).;Energy Expenditure. Timepoint: Three minute before exercise, during exercise, 30 minute after exercise. Method of measurement: Using a respiratory gas analyzer device.;Respiratory Exchange Ratio. Timepoint: Three minute before exercise, during exercise, 30 minute a	—

Measure

Time frame

Glucose. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Blood glucose using quantitative photometric method and kit made in Iran (Pars Azmoun Company).;Insulin. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Blood insulin using immunoenzymatic method and kit made in Italy (Daimetra company).;Cortisol. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Blood cortisol using immunoenzymatic method and kit made in Italy (Daimetra company).;Adrenaline. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Adrenaline using ELISA method and kit made in Germany (LDN company).;Noradrenaline. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Noradrenaline using ELISA method and kit made in Germany (LDN company).;Lactate. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Using calorimetric method and lactate evaluation kit made in Germany (ZELLBIO company).;Total albumin protein. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Using calorimetric method.;Oxygen consumption. Timepoint: Three minute before exercise, during exercise, 30 minute after exercise. Method of measurement: Using a respiratory gas analyzer device.;Non-esterified Fatty acids. Timepoint: Before exercise, immediately after exercise, 30 minute after exercise. Method of measurement: Using calorimetric method and lactate evaluation kit made in Germany (ZELLBIO company).;Energy Expenditure. Timepoint: Three minute before exercise, during exercise, 30 minute after exercise. Method of measurement: Using a respiratory gas analyzer device.;Respiratory Exchange Ratio. Timepoint: Three minute before exercise, during exercise, 30 minute a

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Countries

Iran (Islamic Republic of)

Contacts

Public ContactBanipal Tataro

The University of Shahid Beheshti

banitataro@yhoo.com+98 21 4445 4742

Outcome results

None listed

Source: IRCT (via WHO ICTRP) · Data processed: Feb 4, 2026