Effect of Exercise and Spirulina on Elderly Men

The Effect of Aerobic Training with Spirulina Supplementation on Mitochondrial-Derived Peptides, Inflammatory factors and Heart damage in Overweight Elderly Men

Status

Active, not recruiting

Phases

Phase 3

Study type

Interventional

Source

IRCT

Registry ID

IRCT20140415017288N7

Enrollment

Registered

2021-03-06

Start date

2021-04-09

Completion date

Unknown

Last updated

2022-01-11

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

Conditions

overweight elderly men. Overweight

Interventions

Intervention 1: Control group: in this group we have not any intervention during 8 weeks, and will consider this group as placebo. Intervention 2: Intervention group: Training group (in this group for

Eligibility

Sex/Gender

Male

Age

50 Years to 65 Years

Inclusion criteria

Inclusion criteria: Age range in the range of 50-65 years BMI more than 25 kg per square meter Inactive lifestyle (exercise less than 1 hour per week) Do not use the drug in 6 months No person or family has Covid disease 19 Satisfaction to participate in the study

Exclusion criteria

Exclusion criteria: Take supplements and practice before starting the protocol Detection of other underlying diseases during the implementation of the protocol, such as cardiopulmonary problems and musculoskeletal disorders during exercise that prevent the performance of the activity Covid 19 disease

Design outcomes

Primary

Measure	Time frame
Effect of aerobic training and spirulina supplementation on E-selectin. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on Ghrelin. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on Nesfatin-1. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on Obstatin. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on YY peptide. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on sICAM-1. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on sVCAM-1. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on E-selectin. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on endothelin-1. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on Humanin. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on mitochondrial ORF of the 12S rRNA type-c (MOTS-c). Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on Transformi	—

Measure

Time frame

Effect of aerobic training and spirulina supplementation on E-selectin. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on Ghrelin. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on Nesfatin-1. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on Obstatin. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on YY peptide. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on sICAM-1. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on sVCAM-1. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on E-selectin. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on endothelin-1. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on Humanin. Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on mitochondrial ORF of the 12S rRNA type-c (MOTS-c). Timepoint: Before and after the protocol. Method of measurement: Biochemical and laboratory methods.;Effect of aerobic training and spirulina supplementation on Transformi

—

Countries

Iran (Islamic Republic of)

Contacts

Public ContactAhmad Abdi

Islamic Azad University

a.abdi@iauamol.ac.ir+98 11 4321 7124

Outcome results

None listed

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