Effective treatment of dehydration: A Synthesis of Findings from 13 Studies
- Home
- Effective treatment of dehydration
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 dehydration: A Synthesis of Findings from 13 Studies", please consult your doctor.
For NLM copyright information, please see Link to NLM Copyright Page
PubMed data is obtained via Hugging Face Datasets: Link to DatasetPlease check the disclaimer.
Major Research Findings
Osmotic dehydration of olives prior to brining led to vigorous lactic acid processes as indicated by the obtained values of pH (3.7-4.1) and acidity (0.7-0.8%) regardless of the amount of MSG used. However, in non-osmotically dehydrated olives, the highest substitution level of MSG resulted in a final pH (4.5) that was beyond specification for this type of olives. 12
Oral rehydration therapy is used to treat dehydration caused by diarrhea. However, the rehydration solution does not reduce stool loss or length of illness. A solution able to do this may lessen the use of ineffective diarrhea treatments as well as improve morbidity and mortality related to diarrhea. 1
Excess fluid administration and dehydration treatment in a canine model of septic shock affected venous return.
Short-term treatment with empagliflozin resulted in dehydration and cardiac arrest in an elderly patient with specific complications. 4
The effects of osmotic dehydration (OD) treatment on volatile compound (myristicin) content and the antioxidant capacity of nutmeg (Myristica fragrans) were studied. Treatment of nutmeg with OD at 80% sugar concentration for 3 h is preferable, resulting in an acceptable level of myristicin and high antioxidants. 9
Vocal fold dehydration induced by dryness can reduce the stability of voice; such decreased voice stability can be improved by atomizing inhalation therapy; without proper treatment, voice stability caused by vocal fold dehydration cannot heal spontaneously; of three atomizing agents namely, IS, HS and SW, IS had the best treatment effect for decreased voice stability caused by vocal fold dehydration. 8
Oral rehydration therapy is cost-effective compared to intravenous rehydration for acute gastroenteritis without severe dehydration treatment. 7
The World Health Organization (WHO) rehydration management guidelines (Plan C) for children with acute gastroenteritis (AGE) and severe dehydration are widely practiced in resource-poor settings, yet have never been formally evaluated in a clinical trial. 10
Treatment Summary
Osmotic dehydration of olives prior to brining led to vigorous lactic acid processes as indicated by the obtained values of pH (3.7-4.1) and acidity (0.7-0.8%) regardless of the amount of MSG used. 12
Oral rehydration therapy is used to treat dehydration caused by diarrhea. 1 However, there is limited evidence to suggest that intravenous rehydration therapy is more effective than oral rehydration therapy in treating dehydration due to gastroenteritis. 2 The ORT group did have a higher risk of paralytic ileus, and the IVT group was exposed to risks of intravenous therapy. 2
In animal models of endolymphatic hydrops, dehydration treatment was effective in restoring hearing. 5
Careful assessment of dehydration and preventive water intake is recommended in elderly patients and those with neurological deficits, especially when receiving empagliflozin. 4
Benefits and Risks
Benefit Summary
Osmotic dehydration of olives prior to brining led to vigorous lactic acid processes as indicated by the obtained values of pH (3.7-4.1) and acidity (0.7-0.8%) regardless of the amount of MSG used. 12
Oral rehydration therapy is used to treat dehydration caused by diarrhea. 1 Oral rehydration therapy tended to have shorter hospital stays compared to intravenous rehydration therapy. 2
In animal models of endolymphatic hydrops, dehydration treatment was effective in restoring hearing. 5
Risk Summary
In non-osmotically dehydrated olives, the highest substitution level of MSG resulted in a final pH (4.5) that was beyond specification for this type of olives. 12
The ORT group did have a higher risk of paralytic ileus, and the IVT group was exposed to risks of intravenous therapy. 2
The effectiveness of dehydration treatment was limited in severe cases of endolymphatic hydrops. 5
Comparison of Studies
Commonalities of Studies
Several studies focus on the treatment of dehydration. 1 2 7 These studies emphasize that dehydration is a serious problem and requires effective treatment.
Differences of Studies
The subjects and methods vary, and each study differs in terms of the cause of dehydration, treatment methods, and assessment methods. For example, the study on osmotic dehydration of olives examined the effect on lactic acid production during fermentation. 12 On the other hand, studies on diarrhea-induced dehydration compared the effectiveness of oral rehydration therapy and intravenous rehydration therapy. 2 Furthermore, animal models of endolymphatic hydrops investigated the effects of dehydration treatment. 5
Consistency and Contradictions of Findings
Oral rehydration therapy has been shown to be effective in treating dehydration caused by diarrhea, but it does not reduce stool loss or shorten the duration of illness. 1 However, studies comparing the effectiveness of oral rehydration therapy and intravenous rehydration therapy may show inconsistent results. 2 This may be due to differences in study subjects and methods.
Application to Real Life
Dehydration, especially in children and older adults, can become serious, so it's crucial to address it promptly. If you experience symptoms of dehydration, consult a doctor. Also, it's vital to stay adequately hydrated and prevent dehydration in everyday life.
Limitations of Current Research
Research on dehydration treatment is still not comprehensive. In particular, studies on the optimal treatment methods under specific conditions are lacking. Moreover, studies on the long-term effects of dehydration and the cost-effectiveness of different treatment methods are also insufficient.
Future Research Directions
Further research on dehydration treatment methods is necessary. Studies on the optimal treatment methods under specific conditions, as well as the long-term effects of dehydration and the cost-effectiveness of different treatment methods are in demand. Research on dehydration prevention is also crucial.
Conclusion
Dehydration can cause serious health problems. By seeking appropriate treatment, you can prevent dehydration from becoming severe. If you experience symptoms of dehydration, consult a doctor. Additionally, staying adequately hydrated and preventing dehydration in everyday life is essential.
List of Treatments
- Oral rehydration therapy
- Intravenous rehydration therapy
- Osmotic dehydration
Benefit Keywords
Risk Keywords
Article Type
Author: FontaineO, GoreS M, PierceN F
Language : English
Author: HartlingL, BellemareS, WiebeN, RussellK, KlassenT P, CraigW
Language : English
Author: FontaineO, GoreS M, PierceN F
Language : English
Author: SupakulSopak, NishikawaYurika, TeramuraMasanori, TakaseTetsuro
Language : English
Author: WangShu-Qi, LiChen-Long, XuJing-Qi, ChenLi-Li, XieYou-Zhou, DaiPei-Dong, RenLiu-Jie, YaoWen-Juan, ZhangTian-Yu
Language : English
Author: YangBin, LiBing, XuCanhua, HuShijie, DaiMeng, XiaJunying, LuoPeng, ShiXuetao, ZhaoZhanqi, DongXiuzhen, FeiZhou, FuFeng
Language : English
Author: MoseguiGabriela G, ViannaCid M, RodriguesMarcus S, VallePaula M, SilvaFrances V
Language : English
Author: ZouZhe-Fei, ChenWei, LiWei, YuanKun
Language : English
Author: RahmanNurain, XinTan Bee, KamilahHanisah, AriffinFazilah
Language : English
Author: HoustonKirsty A, GibbJack G, MpoyaAyub, ObonyoNchafatso, Olupot-OlupotPeter, NakuyaMargeret, EvansJennifer A, GeorgeElizabeth C, GibbDiana M, MaitlandKathryn
Language : English
A Novel Practical Equation for Treatment of Emergent Hypernatremia and Dehydration Phase in Infants.
Author: GhaffarySaba, MoghaddasAzadeh, DianatkhahMehrnoush
Language : English
Author: BonatsouStamatoula, IliopoulosVasilis, MallouchosAthanasios, GogouEleni, OikonomopoulouVasiliki, KrokidaMagdalini, TaoukisPetros, PanagouEfstathios Z
Language : English
Author: PetersonSusan K, ShinnEileen H, Basen-EngquistKaren, Demark-WahnefriedWendy, ProkhorovAlexander V, BaruChaitanya, KruegerIngolf H, FarcasEmilia, RiosPhilip, GardenAdam S, BeadleBeth M, LinKai, YanYan, MartchStephanie L, PatrickKevin
Language : English
This site uses cookies. Visit our privacy policy page or click the link in any footer for more information and to change your preferences.