PROSIDING INTERNASIONAL KEPERAWATAN Proceedings of the International Conference on Nursing and Health Sciences, Volume 4 No 1
NUTRACEUTICALS FOR CARDIOVASCULAR RISK RELATED-OBESITY, THE ROLE OF MUFA AVOCADO: A SCOPING REVIEW
Dublin Core
Title
PROSIDING INTERNASIONAL KEPERAWATAN Proceedings of the International Conference on Nursing and Health Sciences, Volume 4 No 1
NUTRACEUTICALS FOR CARDIOVASCULAR RISK RELATED-OBESITY, THE ROLE OF MUFA AVOCADO: A SCOPING REVIEW
NUTRACEUTICALS FOR CARDIOVASCULAR RISK RELATED-OBESITY, THE ROLE OF MUFA AVOCADO: A SCOPING REVIEW
Subject
avocado cardiovascular; endothelial dysfunction mufa; obesity
Description
Obesity and its complications are a major nutritional problem worldwide, broadly impacting various organ
systems. It causes a negative effect on the risk of obesity-induced cardiovascular disease (CVD). Guidelines
recommend MUFA in dietary therapy for obesity and CVD. However, little literature has focused on the
potential of avocado as a nutraceutical in obesity-induced CVD, particularly related endothelial dysfunction.
Therefore, a scoping review is required. The aim was to review the role of MUFA contained in the avocado
diet on obesity-related CVD risk. This scoping review was performed using the 5-step Arkeys and
O’Malelev framework and reported according to PRISMA ScR. Four electronic databases were searched
systematically. Articles are included if eligible. The result was descriptive and narrative synthesized. A total
of 513 articles were collected. Three studies of Randomized Control Trials met the inclusion criteria.
Overall, nutrients contained in the avocado act as nutraceuticals. Especially monounsaturated fatty acid
(MUFA) oleic can help improve endothelial dysfunction and ultimately reduce the risk of CVD. Available
evidence suggests role MUFA contained avocado has the potential as a nutraceutical of dietary therapy to
improve endothelial dysfunction associated with reducing obesity-induced CVD risk.
systems. It causes a negative effect on the risk of obesity-induced cardiovascular disease (CVD). Guidelines
recommend MUFA in dietary therapy for obesity and CVD. However, little literature has focused on the
potential of avocado as a nutraceutical in obesity-induced CVD, particularly related endothelial dysfunction.
Therefore, a scoping review is required. The aim was to review the role of MUFA contained in the avocado
diet on obesity-related CVD risk. This scoping review was performed using the 5-step Arkeys and
O’Malelev framework and reported according to PRISMA ScR. Four electronic databases were searched
systematically. Articles are included if eligible. The result was descriptive and narrative synthesized. A total
of 513 articles were collected. Three studies of Randomized Control Trials met the inclusion criteria.
Overall, nutrients contained in the avocado act as nutraceuticals. Especially monounsaturated fatty acid
(MUFA) oleic can help improve endothelial dysfunction and ultimately reduce the risk of CVD. Available
evidence suggests role MUFA contained avocado has the potential as a nutraceutical of dietary therapy to
improve endothelial dysfunction associated with reducing obesity-induced CVD risk.
Creator
Nyono Dedi Prabowo, Diah Kurnia Mirawati, Setyo Sri Rahardjo
Source
http://jurnal.globalhealthsciencegroup.com/index.php/PICNHS
Publisher
Global Health Science Group
Date
January - June 2023
Contributor
PERI IRAWAN
Format
PDF
Language
ENGLISH
Type
TEXT
Files
Citation
Nyono Dedi Prabowo, Diah Kurnia Mirawati, Setyo Sri Rahardjo, “PROSIDING INTERNASIONAL KEPERAWATAN Proceedings of the International Conference on Nursing and Health Sciences, Volume 4 No 1
NUTRACEUTICALS FOR CARDIOVASCULAR RISK RELATED-OBESITY, THE ROLE OF MUFA AVOCADO: A SCOPING REVIEW,” Repository Horizon University Indonesia, accessed October 31, 2025, https://repository.horizon.ac.id/items/show/2760.
NUTRACEUTICALS FOR CARDIOVASCULAR RISK RELATED-OBESITY, THE ROLE OF MUFA AVOCADO: A SCOPING REVIEW,” Repository Horizon University Indonesia, accessed October 31, 2025, https://repository.horizon.ac.id/items/show/2760.