This information is not medical advice and is not a substitute for diagnosis or treatment by a physician.Data sources and disclaimers (data limitations, copyright, etc.)The analysis on "Effective treatment of medical ethics: A Synthesis of Findings from 25 Studies" on this page is based on PubMed data provided by the U.S. National Library of Medicine (NLM). However, NLM does not endorse or verify these analyses.

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 medical ethics: A Synthesis of Findings from 25 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 Dataset
Please check the disclaimer.
This page's analysis is based on PubMed data provided by the U.S. National Library of Medicine (NLM).
Original Abstract of the Article

Major Research Findings

Sepsis and septic shock are major causes of morbidity and mortality worldwide, associated with a high economic and social burden on healthcare systems and communities, yet with few definite treatment modalities. The efficacy of steroids in the management of sepsis or septic shock remains a controversy and subject of investigation due to their theoretical beneficial effects. 20

Sepsis and septic shock are potentially life-threatening complications of infection that are associated with high morbidity and mortality in adults and children. Fluid therapy is regarded as a crucial intervention during initial treatment of sepsis. Whether conservative or liberal fluid therapy can improve clinical outcomes in patients with sepsis and septic shock remains unclear. 18

Late onset neonatal sepsis (systemic infection after 48 hours of age) continues to be a significant cause of morbidity and mortality. Early treatment with antibiotics is essential as infants can deteriorate rapidly. It is not clear which antibiotic regimen is most suitable for initial treatment of suspected late onset sepsis. 3

Sepsis affects millions of patients annually, resulting in substantial health and economic burdens globally. The role of esmolol potentially plays in the treatment of sepsis and septic shock in adult patients remains controversial. A meta-analysis found that esmolol significantly decreased 28-day mortality, heart rate, tumor necrosis factor-α levels, and troponin I levels. 25

Management of cardiac intensive care unit (ICU) sepsis is complicated by the high incidence of systemic inflammatory response syndrome, which mimics sepsis but without an infective cause. This pilot randomized trial investigated whether or not, in the ICU, 48 hours of broad-spectrum antibiotic treatment was adequate to safely treat suspected sepsis of unknown and unproven origin and also the predictive power of newer biomarkers of sepsis. 11

Severe sepsis and pneumonia are common problems in the intensive care units (ICUs) and cause high morbidity and mortality. Optimal doses and appropriate routes of antibiotics are critical to improve their efficacy, but their appropriate routes remain controversial. 19

Although frequently used in treating intensive care unit (ICU) patients with sepsis, empirical antifungal therapy, initiated for suspected fungal infection, has not been shown to improve outcome. This study investigated whether empirical micafungin reduces invasive fungal infection (IFI)-free survival at day 28. 17

Early acquired infection may cause severe illness or death in the neonatal period. Prompt treatment with antibiotics has shown to reduce mortality. It is not clear which antibiotic regimen is suitable for treatment of presumed early neonatal sepsis. 2

A recent randomized controlled trial (RCT) demonstrated rapid but individually variable hemodynamic improvement with therapeutic plasma exchange (TPE) in patients with septic shock. Prediction of clinical efficacy in specific sepsis treatments is fundamental for individualized sepsis therapy. 24

The objective was to assess the impact on mortality, antibacterial therapy duration, and length of stay of using PCT to guide antibiotic cessation in critically ill patients with sepsis or septic shock. 22

Sepsis is a common and potentially life-threatening response to an infection. International treatment guidelines for sepsis advocate that treatment be initiated at the earliest possible opportunity. It is not yet clear if very early intervention by ambulance clinicians prior to arrival at hospital leads to improved clinical outcomes among sepsis patients. 16

Sepsis and complications to sepsis are major causes of mortality in critically ill patients. Rapid treatment of sepsis is of crucial importance for survival of patients. 6

Sepsis is a common syndrome with substantial morbidity and mortality. A combination of vitamin C, thiamine, and corticosteroids has been proposed as a potential treatment for patients with sepsis. 21

Although timely treatment of sepsis improves outcomes, delays in administering evidence-based therapies are common. This review investigated whether automated real-time electronic sepsis alerts can accurately identify sepsis and improve process measures and outcomes. 13

Sepsis treatment protocols emphasize source control with empiric antibiotics and fluid resuscitation. 14

Early appropriate antimicrobial therapy leads to lower mortality rates associated with severe sepsis. The role of empirical combination therapy comprising at least 2 antibiotics of different mechanisms remains controversial. 9

The benefit of corticosteroids in severe sepsis and septic shock remains controversial. This review examined the benefits and risks of corticosteroid treatment in severe sepsis and septic shock and the influence of dose and duration. 7

Procalcitonin (PCT) algorithms for antibiotic treatment decisions have been studied in adult patients from primary care, emergency department, and intensive care unit (ICU) settings, suggesting that procalcitonin-guided therapy may reduce antibiotic exposure without increasing the mortality rate. 12

In surgical sepsis, the rapid identification of source of infection at an early stage after surgery or serious trauma is crucial for favorable outcome. 4

Late onset neonatal sepsis (LOS) with the mortality of 17 to 27% is still a serious disease. Meropenem is an antibiotic with wide antibacterial coverage. 8

Sepsis is a common condition encountered in hospital environments. There is no effective treatment for sepsis, and it remains an important cause of death at intensive care units. This study aimed to discuss some methods that are available in clinics, and tests that have been recently developed for the diagnosis of sepsis. 10

Despite intensive efforts, the development of novel drugs for the treatment of sepsis has proved to be extremely difficult. 1

Sepsis and septic shock are very common conditions among critically ill patients that lead to multiple organ dysfunction syndrome (MODS) and death. Our purpose was to investigate the efficacy of early administration of dexamethasone for patients with septic shock, with the aim of halting the progression towards MODS and death. 5

Timely antimicrobial treatment and source control are strongly recommended by sepsis guidelines, however, their impact on clinical outcomes is uncertain. 23

Sepsis can lead to multiple organ failure and death. Timely and appropriate treatment can reduce in-hospital mortality and morbidity. 15

Treatment Summary

Various drug treatments have been studied for sepsis and septic shock, including corticosteroids, esmolol, micafungin, meropenem, procalcitonin-guided therapy, and fluid therapy. 20 25 17 9 7 12 18

Benefits and Risks

Benefit Summary

Studies suggest that treatments like corticosteroids, esmolol, micafungin, meropenem, procalcitonin-guided therapy, and fluid therapy for sepsis and septic shock may provide benefits such as reduced mortality, controlled heart rate, improved organ function, and suppressed inflammatory response. 20 25 17 9 7 12 18

Risk Summary

Treatments for sepsis and septic shock like corticosteroids, esmolol, micafungin, meropenem, procalcitonin-guided therapy, and fluid therapy have been reported to have side effects such as increased blood sugar levels, hypernatremia, gastrointestinal bleeding, superinfection, and neuromuscular weakness. 20 25 17 9 7 12 18

Comparison Among Studies

Commonalities

Many studies highlight that sepsis and septic shock are major causes of morbidity and mortality worldwide, imposing a significant economic and social burden on healthcare systems and communities. They also commonly emphasize the crucial importance of early and appropriate treatment in reducing mortality and improving outcomes. 20 18 3 25 11 19 17 2 24 22 16 6 21 13 14 9 7 8 10 1 5 23 15

Differences

Each study varies in terms of target patient populations, research design, and evaluation indicators, leading to diverse outcomes. For instance, the effects of corticosteroids have not yielded consistent findings. Regarding esmolol's effects, while it showed mortality reduction, heart rate suppression, and inflammation suppression, it did not demonstrate any impact on lung injury. 20 25 17 9 7 12 18

Consistency and Contradictions in Results

The effectiveness of treatments for sepsis and septic shock has shown both consistency and contradictions in research findings. For example, while some studies indicate mortality reduction with corticosteroids, others have concluded that they lack efficacy. 20 25 17 9 7 12 18

Practical Application Notes

It is crucial to remember that research findings may differ based on individual patient circumstances and medical conditions. Always consult with a physician when making treatment decisions. Additionally, continuously staying informed about the latest research developments and guidelines is essential to understand treatment effectiveness and potential side effects. 20 25 17 9 7 12 18

Limitations of Current Research

More research is still needed to fully understand the effectiveness of treatments for sepsis and septic shock. Specifically, development of individualized treatments that consider individual patient circumstances and medical conditions is critical. Further investigation into long-term effects and side effects is also necessary. 20 25 17 9 7 12 18

Future Research Directions

Moving forward, larger-scale studies that account for patient diversity are needed to further clarify the effectiveness of treatments for sepsis and septic shock. Besides treatment development, prevention measures and the development of early detection technologies are equally important. 20 25 17 9 7 12 18

Conclusion

Sepsis and septic shock are major causes of morbidity and mortality worldwide, making the development of effective treatments a pressing concern. While many studies have been conducted, much remains to be understood about their effectiveness. Continued research is crucial to develop safer and more effective treatments for patients. 20 25 17 9 7 12 18

Treatment List

  • Steroids
  • Esmolol
  • Micafungin
  • Meropenem
  • Procalcitonin-guided therapy
  • Fluid therapy

Literature analysis of 25 papers
Positive Content
22
Neutral Content
3
Negative Content
0
Article Type
10
10
12
9
25

Language : English


Language : English


Language : English


Language : English


Language : English


Author: JensenJens-Ulrik, LundgrenBettina, HeinLars, MohrThomas, PetersenPernille L, AndersenLasse H, LauritsenAnne O, HougaardSine, MantoniTeit, BømlerBonnie, ThornbergKlaus J, ThormarKatrin, LøkenJesper, SteensenMorten, CarlPeder, PetersenJ Asger, TousiHamid, Søe-JensenPeter, BestleMorten, HestadSøren, AndersenMads H, FjeldborgPaul, LarsenKim M, RossauCharlotte, ThomsenCarsten B, OstergaardChristian, KjaerJesper, GrarupJesper, LundgrenJens D


Language : English


Language : English


Language : English


Author: BrunkhorstFrank M, OppertMichael, MarxGernot, BloosFrank, LudewigKatrin, PutensenChristian, NierhausAxel, JaschinskiUlrich, Meier-HellmannAndreas, WeylandAndreas, GründlingMatthias, MoererOnnen, RiessenReimer, SeibelArmin, RagallerMaximilian, BüchlerMarkus W, JohnStefan, BachFriedhelm, SpiesClaudia, ReillLorenz, FritzHarald, KiehntopfMichael, KuhntEvelyn, BogatschHolger, EngelChristoph, LoefflerMarkus, KollefMarin H, ReinhartKonrad, WelteTobias,


Language : English


Language : English


Language : English


Language : English


Language : English


Language : English


Language : English


Language : English


Author: TimsitJean-Francois, AzoulayElie, SchwebelCarole, CharlesPierre Emmanuel, CornetMuriel, SouweineBertrand, KloucheKada, JaberSamir, TrouilletJean-Louis, BruneelFabrice, ArgaudLaurent, CoussonJoel, MezianiFerhat, GrusonDidier, ParisAdeline, DarmonMichael, Garrouste-OrgeasMaité, NavellouJean-Christophe, FoucrierArnaud, AllaouchicheBernard, DasVincent, GangneuxJean-Pierre, RucklyStéphane, MaubonDaniele, JullienVincent, WolffMichel,


Language : English


Language : English


Language : English


Author: AletrebyWaleed Tharwat, AlharthyAbdulrahman Mishaal, MadiAhmed Fouad, SolimanIbrahim Refaat, HamidoHend Mohammed, RamadanOmar Elsayed, AlzayerWasim, HuwaitBasim Mohammed, AlodatMohammed Ali, MumtazShahzad Ahmed, MahmoodNasir Nasim, Al KurdiMahmoud Hussien, FarragHazem Abdulgaffar, KarakitsosDimitrios


Language : English


Author: SevranskyJonathan E, RothmanRichard E, HagerDavid N, BernardGordon R, BrownSamuel M, BuchmanTimothy G, BusseLaurence W, CoopersmithCraig M, DeWildeChristine, ElyE Wesley, EyzaguirreLindsay M, FowlerAlpha A, GaieskiDavid F, GongMichelle N, HallAlex, HinsonJeremiah S, HooperMichael H, KelenGabor D, KhanAkram, LevineMark A, LewisRoger J, LindsellChris J, MarlinJessica S, McGlothlinAnna, MooreBrooks L, NugentKatherine L, NwosuSamuel, PolitoCarmen C, RiceTodd W, RickettsErin P, RudolphCaroline C, SanfilippoFred, VieleKert, MartinGreg S, WrightDavid W,


Language : English


Language : English


Language : English


Language : English


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.