Effective treatment of carbohydrates: A Synthesis of Findings from 23 Studies
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This analysis is based on research papers included in PubMed, but medical research is constantly evolving and may not fully reflect the latest findings. There may also be biases towards certain research areas.
This information is not medical advice and is not a substitute for diagnosis or treatment by a physician. If you have concerns about "Effective treatment of carbohydrates: A Synthesis of Findings from 23 Studies", please consult your doctor.
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Key Research Findings
Several studies have investigated effective treatments using carbohydrates. For example, 1 examined the efficacy of oral carbohydrates in treating mild hypoglycemia in adults with type 1 diabetes using automated insulin delivery (AID). This study suggests that the 15g of carbohydrates every 15 minutes recommended by traditional hypoglycemia management guidelines may be excessive for patients using AID.
Meanwhile, systematically reviewed the effectiveness of low-carbohydrate diets in treating type 2 diabetes, suggesting that low-carbohydrate diets may be effective in treating type 2 diabetes regardless of energy intake.
2 reports the development of glyco-modified Pt(IV) prodrugs as a novel anticancer agent specifically targeting cancer cells. The study suggests the possibility of enhancing selectivity for cancer cells by modifying the coordination sphere of the metallic center with vectors such as monosaccharides, which have receptors overexpressed on the tumor cell membrane.
explores the use of microbially accessible and fermentable carbohydrates or butyrate as a supportive treatment for patients with Coronavirus SARS-CoV-2 infection. The study suggests the potential of these substances in treating viral infections. Further, 5 proposes a novel method of converting carbohydrates in biomass into semiconductive hydrothermal carbonization carbon (HTCC) for environmental remediation. HTCC generates photoexcited electrons, holes, and hydroxyl radicals under solar light illumination, which can be utilized for photocatalytic treatment such as water disinfection and organic pollutant degradation.
4 investigates the impact of hydrothermal treatment on the structural modification of specific carbohydrates in brewer's spent grain and the formation of degradation products using model compounds. The study suggests that hydrothermal treatment could be an environmentally friendly technology for extracting valuable carbohydrates from brewer's spent grain, contributing to a healthy diet.
treatmentまとめ
These studies suggest the potential of carbohydrates in treating various conditions. For example, 1 examined the efficacy of oral carbohydrates in treating mild hypoglycemia in adults with type 1 diabetes using automated insulin delivery (AID). This study suggests that the 15g of carbohydrates every 15 minutes recommended by traditional hypoglycemia management guidelines may be excessive for patients using AID.
systematically reviewed the effectiveness of low-carbohydrate diets in treating type 2 diabetes, suggesting that low-carbohydrate diets may be effective in treating type 2 diabetes regardless of energy intake.
Benefits and Risks
Benefit Summary
Carbohydrates can potentially offer various benefits, including treating hypoglycemia, treating type 2 diabetes, targeted cancer cell therapy, treating viral infections, and environmental remediation.
Risk Summary
Consuming carbohydrates poses potential risks like blood sugar spikes, obesity, and periodontal disease. Certain carbohydrates may also exacerbate specific conditions. For instance, 7 suggests that replacing saturated fatty acids with carbohydrates, particularly sugar, could worsen cardiovascular disease risk.
Comparison Between Studies
Similarities Between Studies
These studies suggest the potential of carbohydrates to play a vital role in various fields, including treatment and prevention of various conditions, and addressing environmental concerns. Moreover, these studies imply that the effects of carbohydrates can vary based on factors like intake amount, type, timing, and individual condition.
Differences Between Studies
These studies differ in the conditions investigated, research methodologies employed, and targeted populations. Therefore, directly comparing their findings is challenging. However, these studies suggest that the effects of carbohydrates can vary based on factors like the condition targeted, research methods used, and the population studied.
Consistency and Contradictions in Results
The results from these studies don't always present consistent findings regarding the effects of carbohydrates. For instance, 1 examined the efficacy of oral carbohydrates in treating mild hypoglycemia in adults with type 1 diabetes using automated insulin delivery (AID). This study suggests that the 15g of carbohydrates every 15 minutes recommended by traditional hypoglycemia management guidelines may be excessive for patients using AID. Conversely, 7 suggests that replacing saturated fatty acids with carbohydrates, particularly sugar, could worsen cardiovascular disease risk. These study results imply that the effects of carbohydrates can vary based on factors like intake amount, type, timing, and individual condition.
Implications for Real-World Application
The effects of carbohydrates can vary based on factors like intake amount, type, timing, and individual condition. Therefore, when using carbohydrates for therapeutic purposes, it is essential to consider individual circumstances and determine the appropriate intake amount, type, and timing. Additionally, the risks associated with carbohydrate intake, including blood sugar spikes, obesity, and periodontal disease, must be considered. Carbohydrate consumption should be carefully managed keeping these risks in mind.
Limitations of Current Research
As these studies have limited scope in terms of conditions investigated, research methodologies employed, and targeted populations, generalizing the results is difficult. Furthermore, these studies did not evaluate the long-term effects of carbohydrates. Further research is required to understand the long-term effects of carbohydrates.
Future Research Directions
To gain a deeper understanding of the effects of carbohydrates, further research is required encompassing diverse conditions, research methodologies, and targeted populations. Studies examining the long-term effects of carbohydrates and the relationship between carbohydrate intake and overall health are also needed.
Conclusion
Carbohydrates may play a role in treating and preventing various conditions and could contribute to solving environmental issues. However, the effects of carbohydrates can vary based on factors like intake amount, type, timing, and individual condition. When using carbohydrates for therapeutic purposes, it is essential to consider individual circumstances and determine the appropriate intake amount, type, and timing. Additionally, the risks associated with carbohydrate intake, including blood sugar spikes, obesity, and periodontal disease, must be considered. Carbohydrate consumption should be carefully managed keeping these risks in mind. Furthermore, further research is required to gain a deeper understanding of the effects of carbohydrates across diverse conditions, research methodologies, and targeted populations.
treatmentの一覧
Hypoglycemia treatment, Type 2 diabetes treatment, Targeted cancer cell therapy, Treatment of viral infections, Environmental remediation
Benefit Keywords
Risk Keywords
Article Type
Author: TalebNadine, ChengRan, WuZekai, MessierVirginie, DesjardinsKatherine, Rabasa-LhoretRémi
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Author: MoynihanEoin, BassiGiada, RuffiniAndrea, PanseriSilvia, MontesiMonica, Velasco-TorrijosTrinidad, MontagnerDiego
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Author: BilucaFabíola C, Della BettaFabiana, de OliveiraGabriela Pirassol, PereiraLais Morilla, GonzagaLuciano Valdemiro, CostaAna Carolina Oliveira, FettRoseane
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Author: IakovlevMikhail, van HeiningenAdriaan
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Author: NiemiPiritta, FauldsCraig B, SibakovJuhani, HolopainenUlla, PoutanenKaisa, BuchertJohanna
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Author: MerchantAndrew, PeukeAndreas D, KeitelClaudia, MacfarlaneCraig, WarrenCharles R, AdamsMark A
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Author: MaenzClaudia, LoscherChristine, IwanskiAlicja, BrunsMichael
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Author: ZhangMeng-Lin, ShengGuo-Ping, YuHan-Qing
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Author: AdesoganA T, KruegerN, SalawuM B, DeanD B, StaplesC R
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Author: HoekstraJ H, SzajewskaH, ZikriM Abu, Micetic-TurkD, WeizmanZ, PapadopoulouA, GuarinoA, DiasJ A, OostvogelsB
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Author: NishikawaKiyotaka, MatsuokaKoji, KitaEiji, OkabeNoriko, MizuguchiMasashi, HinoKumiko, MiyazawaShinobu, YamasakiChisato, AokiJunken, TakashimaSachio, YamakawaYoshio, NishijimaMasahiro, TerunumaDaiyo, KuzuharaHiroyoshi, NatoriYasuhiro
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Author: FerroD R, PumiliaP, CassinariA, RagazziM
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Author: ShoemakerJ D, ElliottW H
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