How to increase extracellular fluid?
Answers from top 13 papers
More filters
Papers (13) | Insight |
---|---|
95 Citations | Since metabolic functions are accelerated in early life, the reserves of extracellular fluid at this time may be inadequate, particularly if “stress” supervenes and metabolism is raised further. |
13 Citations | The levels achieved in both serum and extracellular fluid were satisfactorily high and prolonged, suggesting that a dosage regimen of 1 g twice daily is satisfactory. |
In addition, alterations in the extracellular matrix enhance the accumulation of fluid and extravasated macromolecules. | |
187 Citations | Rapid removal of extracellular and intravascular fluid volume excess can be safely achieved via peripherally inserted ultrafiltration without the need for central venous catheter placement. |
37 Citations | This technique avoids the problems of performance degradation and toxicity that normally limits the reaction that is permissible in extracellular fluid. |
It is proposed that the extracellular fluid viscosity may play an important role in regulation of cellular and biochemical processes in general. | |
116 Citations | Reducing extracellular [Ca] to less than 100 nM prevented the swelling-induced increase in [Ca]i, suggesting that the source of the increase in [Ca]i was extracellular. |
27 Citations | The results show that the level around which TGF stabilizes distal fluid delivery is reset when extracellular fluid volume is altered. |
48 Citations | This may have adverse consequences for management of extracellular fluid volume (ECFV). |
22 Citations | This insufficient refill might be caused by a transcellular fluid shift from the extracellular to the intracellular compartment. |
A decrease in the volume of extracellular fluid was caused not only by the reduction in the dense mass of the body but also by its dehydration. | |
Therefore, the functional change related to extracellular fluid flow should be reversible. | |
64 Citations | In vivo too the method seems to detect intra- and extracellular fluid volumes separately. |
Related Questions
How much fluid should athletes intake?5 answersAthletes should aim to intake fluids strategically to optimize performance and prevent dehydration. Research indicates that fluid intake is crucial for athletes, with a suggested range of ~10-19 mL·kg−1 BM during training sessions. Optimal hydration plans should consider individual sweat rates and exercise intensities to limit total body water loss to less than 2% of body mass. However, studies show that many athletes fail to match fluid loss during training, with median fluid intakes as low as 0.25 L/h. Inadequate fluid intake can lead to blood pressure and heart rate instability in athletes, emphasizing the importance of proper hydration practices. Therefore, athletes should focus on personalized hydration strategies, considering factors like exercise duration, intensity, and environmental conditions to maintain performance and overall health.
What are the importance of adequate fluid intake during postpartum?5 answersAdequate fluid intake during the postpartum period is important for several reasons. Water is essential for maintaining the body's functions and plays a role in temperature regulation, nutrient transport, and maintaining fluid and electrolyte balance. For breastfeeding women, increasing fluid intake is crucial to meet the body's needs and support milk production. Additionally, a healthy diet during the postpartum period is important for maternal and infant health, and optimal food consumption is necessary to support breastfeeding and reduce postpartum weight retention. However, excessive fluid intake during the first days postpartum can be harmful to infant health. Therefore, it is important for postpartum women to have adequate fluid intake, but it should be balanced and appropriate for their individual needs.
What is the best way to adjust fluid intake in patients with diabetes and COPD?4 answersThe best way to adjust fluid intake in patients with diabetes and COPD is to stimulate a nitric oxide synthase (nNOS)-positive neuron of the median preoptic nucleus (MnPO) to increase fluid intake. Additionally, using a three-way valve with a plate-like blocking plate and a plate moving part can help adjust the inflow amount of fluid. Another method is to use a can adjust fan of intake, which regulates the intake and provides shock attenuation and refrigeration. Corrugated screen filters with longitudinal corrugations can also increase the flow capacity of the filter screen. Finally, neurofuzzy systems, which combine artificial neural networks (ANNs) and fuzzy logic, can incorporate data from various variables to assist clinicians in making decisions.
Is bioimpedance a potential solution to problems of fluid overload?3 answersBioimpedance has shown potential as a tool to assess fluid overload and its impact on organ dysfunction in patients with septic shock. Studies have demonstrated that bioimpedance-based estimates of fluid overload are associated with increased risk of cardiovascular outcomes and chronic kidney disease progression in populations with heart failure and chronic kidney disease. Additionally, bioimpedance measurements have been used to assess the effects of empagliflozin on fluid overload in patients with chronic kidney disease, showing a reduction in fluid overload over time. In patients with chronic kidney disease, bioimpedance methods such as calf normalized resistivity (CNR) and fluid overload to extracellular volume (FO/ECV) ratio have been found to be more sensitive in diagnosing fluid overload compared to clinical assessment. These findings suggest that bioimpedance has the potential to be a valuable tool in monitoring fluid status and preventing complications related to fluid overload, particularly in patients with heart failure and chronic kidney disease.
How to increase intracellular fluid?8 answers
How to increase intracellular potassium?18 answers