Extraction of essential oils from coconut agro-industrial waste

Umaru, Isaac John; Umaru, Hauwa A.; Umaru, Kerenhappuch Isaac

doi:10.1016/b978-0-12-823349-8.00014-9

Cited by 5 publications

(4 citation statements)

References 32 publications

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“…Similarly, orange and coconut residues are highly used in the country commonly for animal feed or as a natural fertilizer. Several researchers demonstrated the potential of coconut and orange residues to produce essential oils [51,52], pectin [53] and biofuels [54,55].…”

Section: Biomass Potential In Brazilmentioning

confidence: 99%

Renewable Energy Potential and CO2 Performance of Main Biomasses Used in Brazil

Alves,

Salcedo-Puerto,

Nuncira

et al. 2023

Energies

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This review investigates the effects of the Brazilian agriculture production and forestry sector on carbon dioxide (CO2) emissions. Residual biomasses produced mainly in the agro-industrial and forestry sector as well as fast-growing plants were studied. Possibilities to minimize source-related emissions by sequestering part of carbon in soil and by producing biomass as a substitute for fossil fuel were extensively investigated. The lack of consistency among literature reports on residual biomass makes it difficult to compare CO2 emission reductions between studies and sectors. Data on chemical composition, heating value, proximate and ultimate analysis of the biomasses were collected. Then, the carbon sequestration potential of the biomasses as well as their usability in renewable energy practices were studied. Over 779.6 million tons of agricultural residues were generated in Brazil between 2021 and 2022. This implies a 12.1 million PJ energy potential, while 4.95 million tons of forestry residues was generated in 2019. An estimated carbon content of 276 Tg from these residues could lead to the production of approximately 1014.2 Tg of CO2. Brazilian biomasses, with a particular focus on agro-forest waste, can contribute to the development of sustainable alternative energy sources. Moreover, agro-waste can provide carbon credits for sustainable Brazilian agricultural development.

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Section: Biomass Potential In Brazilmentioning

confidence: 99%

Renewable Energy Potential and CO2 Performance of Main Biomasses Used in Brazil

Alves,

Salcedo-Puerto,

Nuncira

et al. 2023

Energies

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“…80 NPs are substances holding attractive pharmacological effects, and which are produced by plants or animals, or found in nature. 81 These molecules are divided into three categories: primary metabolites (PM), secondary metabolites (SM), and high molecular weight polymeric molecules. The first and third categories consists of, respectively, intermediates of catabolic and anabolic pathways, which explains their requirement for survival, while polymeric components, which includes cellulose and proteins, are important for cell structure.…”

Section: Development Of New Antimalarialsmentioning

confidence: 99%

“…The first and third categories consists of, respectively, intermediates of catabolic and anabolic pathways, which explains their requirement for survival, while polymeric components, which includes cellulose and proteins, are important for cell structure. [81][82] SMs, on the other hand, are smaller compounds possessing a wide variety of biological activities; they are important for the organism's interaction with its surroundings, and they are not needed for growth or development. 81 Traditionally, NPs had a major role in drug discovery and development because of their structural diversity and biological activities.…”

Section: Development Of New Antimalarialsmentioning

confidence: 99%

“…[81][82] SMs, on the other hand, are smaller compounds possessing a wide variety of biological activities; they are important for the organism's interaction with its surroundings, and they are not needed for growth or development. 81 Traditionally, NPs had a major role in drug discovery and development because of their structural diversity and biological activities. 83 Morphine (analgesic), quinine and artemisinin (antimalarials), tetracycline and penicillin (antibiotics), and lovastatin (lipid control agent) are some examples of naturally occurring compounds being marketed as drugs.…”

Section: Development Of New Antimalarialsmentioning

confidence: 99%

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Discovery of brussonol analogs as lead candidates for malaria

Barbosa

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I became present in my own life because of this saying, and it helped me slow down and expect less from things. I also would give thanks to my Mentor, Orishas and Guardians, knowing that "I can be one person, but I am not alone" gives me strength to move forward, even when I am feeling hopeless.Second, I would like to thank my parents, Gilda and Catuta; to my brother, Diego, he was sometimes more like a father to me; to my sister-in-law, Michele; and to my nephews, Gustavo, and Vitor. Even though you do not understand what I do, and its purpose, you were always by my side, celebrating each accomplishment and having my back when things were not good. I cannot forget to thank my cat Naruto. It is going to be seven years since I have made the best decision and adopted my baby. He is always guarding, supporting, and caring for me.It is good to know that, no matter where I go, I will have him with me.Next, I would like to thank my supervisor, Rafael Guido, for the opportunity to be part of his group, and for the guidance throughout my doctorate. I also would like to thank Carol Aguiar, my co-supervisor. I came to IFSC through Carol's indication, and she taught me how to be in love with Plasmodium parasites. Thank you for the tips, emotional support, for sharing your knowledge, everything I learned is already paving a great future ahead of me. Additionally, I had an opportunity to have Adele Lehane as my supervisor for six months at the Australian National University. I would like to thank her for all her guidance, for believing in me, even when I was doubting myself. Thank you, Adele, for sharing the hood and the bench with me. It was an amazing opportunity that had a huge impact on myself, not only as a PhD student and researcher, but also as a person. I miss our morning talks. During this time, I also had the privilege to spend time in Giel van Dooren's lab. There, I saw Toxoplasma moving and learned many interesting facts about this intriguing parasite. Being around the Transporter Group opened a new area that I was not aware before, and it showed that there are many opportunities and things to learn from Apicomplexan parasites.Finally, I would like to thank my friends, and lab colleagues. I am here today because, throughout all this time, I had my chosen family with me, and I am so grateful that it is getting bigger. Every place I went I had an opportunity to meet amazing and interesting people, that hold me close when I needed, and my family was away. I will start with Gustavo Viana and Fernando Varotti. I was supervised by both researchers, and I learned a lot from them. I am fortunate to still maintain contact, even though it is not as frequent as usual. From my graduation and Master's time, I would like to thank Alessandra Gonçalves Neves, she was my first supervisor. I cannot forget Silmara, Felipe, Andressa, Simone, Matheus (China), Amanda, Karina, and Karen. I learned with each one of you, and I would like to thank you all for being part of my life. I feel grateful to realize that it does not matter how lon...

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Coconut-sourced MCT oil: its potential health benefits beyond traditional coconut oil

Duranova,

Kuzelova,

Fialkova

et al. 2024

Phytochem Rev

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Plant dietary lipids remain one of the most intriguing and complex classes of biological molecules. Among them, medium-chain triglycerides (MCTs) have garnered recognition for their unique physico-chemical properties and potential health benefits. Despite their classification as saturated fats, they stand apart from other saturated fatty acids due to their distinctive characteristics, positioning them as a valuable component in nutrition. While traditional dietary fats primarily contain long-chain triglycerides (LCTs), MCTs consist of medium-chain fatty acids (MCFAs), naturally found in coconut and palm oils. The structural dissimilarity grants MCTs advantageous attributes, encompassing rapid digestion and absorption, providing a swift source of energy. Importantly, MCT oil derived from coconuts surpasses traditional coconut oil in efficiency and speed of energy conversion due to its higher concentration of readily metabolizable MCTs, making it a superior choice in human nutrition. This comprehensive study delves deeply into the potential of coconut-derived MCT oil, illuminating its chemical constituents, production from coconut oil, distinctive physical and chemical properties, and metabolic characteristics. Additionally, it highlights a range of potential biological activities of the oil, including its efficacy in managing gastrointestinal disorders and promising roles in anticancer, neuroprotective, and antimicrobial effects. The report also discusses the extensive applications of MCT oil across diverse industrial and technological sectors, as well as its utilization in structured lipids, oleogels, and as a carrier for capsaicin. Addressing safety concerns and providing dosage guidelines, this paper emphasizes MCT oil as an alternative to coconut oil in various applications, offering a holistic perspective on its benefits.

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Extraction of essential oils from coconut agro-industrial waste

Cited by 5 publications

References 32 publications

Renewable Energy Potential and CO2 Performance of Main Biomasses Used in Brazil

Renewable Energy Potential and CO2 Performance of Main Biomasses Used in Brazil

Discovery of brussonol analogs as lead candidates for malaria

Coconut-sourced MCT oil: its potential health benefits beyond traditional coconut oil

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