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The AHF SCENE II Preceptorship Program: rationale and design of an educational program to optimize management of advanced heart failure.

Advanced heart failure requires specialized treatment to improve symptoms, increase survival, and reverse or slow disease progression. The Advanced Heart Failure Shared Clinical Experiences Network, or AHF SCENE, was founded in 1995 to provide small groups of health care professionals with better advanced heart failure management strategies by sharing clinical experiences from centers treating large numbers of patients. The original AHF SCENE program has since been modified to provide health care professionals with more information on current strategies for advanced heart failure management and to better serve the educational needs of professionals who care for these patients. AHF SCENE II promotes new methods, programs, procedures, and pharmacologic interventions and also describes strategies for tracking and improving clinical and economic outcomes in the management of advanced heart failure. AHF SCENE II supports the understanding that rapid, aggressive medical management is essential and is more effective in the context of a well designed program that spans the continuum of care. (c)2000 by CHF, Inc.

Journal Article↗

Design of therapy for advanced heart failure.

Advanced heart failure has been defined as persistent symptoms (NYHA class III-IV) that limit daily life despite routine therapy with agents of known benefit. Although these symptoms can occur both with low and preserved ejection fraction, the majority of reported experience is with low ejection fraction, usually <25%. For this population with expected one year mortality of 30-50%, over twice the mortality of the landmark trials of medical therapy, there is little trial data to guide management, which is based largely on collected experience. Once the disease has progressed to this stage, therapy focuses upon the twin goals of symptom relief and prolongation of survival and is guided according to the hemodynamic profiles defined by clinical assessment. As symptoms at this stage relate largely to the congestion, therapy is targeted to reduction of elevated pulmonary venous and/or systemic venous pressures to near normal levels. The most common obstacle to relief of congestion is the increasingly recognized cardio-renal syndrome, for which both understanding and therapy are currently limited. Design of the outpatient regimen for advanced heart failure must be tailored to the individual patient. Many patients with advanced heart failure cannot tolerate "target" doses of neurohormonal antagonists, and spironolactone should be used only when clinical and renal function are sufficiently stable and frequently monitored in order to avoid life-threatening hyperkalemia. The clinical benefit of bi-ventricular pacing is substantial for the small proportion of patients likely to benefit. The vast majority of patients will never be eligible for cardiac transplantation or ventricular assist devices. To derive maximal benefit from all available therapies, heart failure disease management with collaboration of physicians and specialized nurses offers the greatest benefit to the greatest number of patients with advanced heart failure.

Adrenergic beta-Antagonists↗

Infusion therapy with milrinone in the home care setting for patients who have advanced heart failure.

Advanced heart failure (AHF) is a serious cause of mortality and morbidity in the United States. The treatment of AHF exacts a great financial and manpower toll on the healthcare infrastructure. The quality of life of patients with AHF also is reduced severely. When it is infused at home, Milrinone, which is an intravenous inodilator agent, reduces the number of hospitalizations. Milrinone decreases the overall treatment costs of AHF. Highly skilled home nursing care is required in the treatment of patients. The home care nurse plays a major role in the outcome of a patient with AHF.

Aged↗

Medical management of advanced heart failure.

CONTEXT: Advanced heart failure, defined as persistence of limiting symptoms despite therapy with agents of proven efficacy, accounts for the majority of morbidity and mortality in heart failure. OBJECTIVE: To review current medical therapy for advanced heart failure. DATA SOURCES: We searched MEDLINE for all articles containing the term advanced heart failure that were published between 1980 and 2001; EMBASE was searched from 1987-1999, Best Evidence from 1991-1998, and Evidence-Based Medicine from 1995-1999. The Cochrane Library also was searched for critical reviews and meta-analyses of congestive heart failure. STUDY SELECTION: Randomized controlled trials of therapy for 150 patients or more were included if advanced heart failure was represented. Other common clinical situations were addressed from smaller trials as available, trials of milder heart failure, consensus guidelines, and both published and personal clinical experience. DATA EXTRACTION: Data quality was determined by publication in peer-reviewed literature or inclusion in professional society guidelines. DATA SYNTHESIS: A primary focus for care of advanced heart failure is ongoing identification and treatment of the elevated filling pressures that cause disabling symptoms. While angiotensin-converting enzyme inhibitors and beta-adrenergic agents can slow disease progression and prolong survival, titration and tolerability often present challenges. Most patients are not eligible for surgical intervention but do benefit from a medical regimen tailored to individual clinical and hemodynamic profiles and from heart failure management programs that reduce rehospitalization. Survival ranges from 80% at 2 years for patients rendered free of congestion to less than 50% at 6 months for patients with refractory symptoms, in whom end-of-life options may include hospice care and inactivation of implantable defibrillators. CONCLUSIONS: Current management of advanced heart failure is based more on consensus than on randomized trials. Systematic investigation should address not only new therapies but also strategies for selecting and optimizing therapies already available.

Cardiovascular Agents↗

Voluntary control of vascular tone by using skin-temperature biofeedback-relaxation in patients with advanced heart failure.

BACKGROUND: Advanced heart failure is characterized by activation of the sympathetic nervous system and intense vasoconstriction. Biofeedback-relaxation techniques have been used successfully to treat conditions with similar pathophysiological features. OBJECTIVES: The purpose of this study was to determine if conscious control of skin temperature via a biofeedback-relaxation technique could produce vasodilation and alter central hemodynamic status and circulating levels of catecholamines in patients with heart failure. METHODS: Forty patients with advanced heart failure were randomly assigned to either an intervention or a control group. The study was done in a special cardiac step-down unit accepting patients for hemodynamic monitoring. The patients in the intervention group had one session of skin-temperature biofeedback augmented by imagery of hand warmth and modified progressive muscle relaxation. Skin temperature, systemic vascular resistance, cardiac output, plasma levels of norepinephrine and epinephrine, oxygen consumption, respiratory rate, and pulmonary wedge pressure were measured before and after the biofeedback session. Control patients had the same measurements made but were not given instruction in biofeedback-relaxation techniques. RESULTS: Patients in the biofeedback-relaxation and control groups had comparable clinical profiles at baseline. Patients undergoing biofeedback-relaxation showed the following changes: (1) increase in skin temperature of 3.1 +/- 2.8 degrees F (1.7 +/- 1.5 degrees C) in the finger and 1.5 +/- 5.2 degrees F (0.4 +/- 1.2 degrees C) in the foot, (2) increase in cardiac output of 0.30 +/- 0.33 L/min, (3) decrease in systemic vascular resistance of 152 +/- 225 dyne.sec.cm-5, and (4) decrease in respiratory rate of 4.5 +/- 3.2 breaths per minute. The biofeedback group exhibited no changes in catecholamine levels or oxygen consumption. No changes in any of these parameters were seen in the control group. DISCUSSION: Despite the presence of marked vasoconstriction in patients with advanced heart failure, a single session of biofeedback-relaxation can increase finger temperature and cardiac output and decrease systemic vascular resistance and respiratory rate, apparently without effect on systemic levels of catecholamines or oxygen consumption.

Biofeedback, Psychology↗

[Management of advanced or refractory heart failure].

Advanced heart failure, also be defined as stage D heart failure, characterized by advanced structural heart disease and marked symptoms of heart failure at rest despite dietary modification, salt restriction and maximal medical therapy including ACE inhibitors, angiotensin II receptor blockers, digitalics, diuretics and beta blockers. These patients require frequent hospitalizations and specialized interventions such as heart transplantation, implantation of mechanical assistance devices, continuous intravenous inotropic therapy to palliate symptoms, or continued terminal care.

Cardiovascular Agents↗

Outpatient continuous parenteral inotropic therapy as bridge to transplantation in children with advanced heart failure.

BACKGROUND: Advanced heart failure in children is associated with high morbidity and mortality and is often refractory to standard medical therapy. The purpose of this study was to review our institutional experience with the use of outpatient parenteral inotropic therapy (PIT) for advanced chronic heart failure in children. METHODS AND RESULTS: We reviewed the medical records of all patients treated with PIT as outpatients. Seven patients received outpatient PIT from 2/99 to 1/05 (mean age was 14.6 years +/- 3.7). Median duration of therapy was 10 weeks (range 4-84 weeks). The mean number of emergency department visits per patient was greater before starting PIT than after starting PIT (2.3 +/- 1.8 versus 1.1 +/- 2.2, P < .05). The mean number of hospital admissions from exacerbation of heart failure symptoms decreased after starting PIT (2.1 +/- 1.3 versus 0.6 +/- 0.8, P < .05). Mean EF% in patients with systolic dysfunction improved while on therapy (30 +/- 14% before versus 39 +/- 16% after, P < .05). There was 1 death and 5 complications in 2 patients. Six patients were successfully bridged to transplantation. CONCLUSION: Outpatient continuous parenteral inotropic therapy may serve as a successful bridge to cardiac transplantation in selected pediatric outpatients.

Adolescent↗

Afterload reduction with vasodilators and diuretics decreases mitral regurgitation during upright exercise in advanced heart failure.

In advanced heart failure, mitral regurgitation increases the burden of the failing ventricle and decreases effective stroke volume. Although tailored afterload reduction decreases mitral regurgitation at rest, it is not known if this benefit is maintained during upright exercise. Simultaneous radionuclide ventriculography and thermodilution stroke volumes were compared to measure the forward ejection fraction in 10 patients during upright bicycle exercise before and after therapy with vasodilators and diuretics tailored to decrease pulmonary capillary wedge pressure and systemic vascular resistance. Ventricular volumes, total ejection fraction and the forward ejection fraction did not change during exercise at baseline. At rest, tailored therapy decreased average pulmonary capillary wedge pressure from 36 to 19 mm Hg (p less than 0.01), systemic vascular resistance from 1,570 to 1,210 dynes.s.cm-5 (p less than 0.05), and left ventricular volume index from 251 to 177 ml/m2 (p less than 0.01), while increasing the forward ejection fraction from 0.53 to 0.85 (p less than 0.01) without change in total ejection fraction (0.18 from 0.17). During steady state exercise at low work load, tailored therapy decreased left ventricular volume index from 279 to 213 (p less than 0.05) and increased forward ejection fraction from 0.52 to 0.79 (p less than 0.01) without change in total ejection fraction (0.20 from 0.19). The total stroke volume during exercise was not increased after therapy; the increase in forward stroke volume after therapy appeared to result instead from the decrease in mitral regurgitant flow. The benefits of tailored afterload reduction are maintained throughout upright exercise.

Bumetanide↗

Heart transplantation in patients with diuretic resistant heart failure.

Advanced heart failure is becoming an increasing cause of mortality and morbidity in a large number of patients. Heart transplantation is the treatment of choice for many selected patients in this group. According to the clinical status at the time of transplant, patients may have a different outcome related to the early survival, while the late results are similar and not affected by the patient's initial clinical status. All surviving patients showed recovery of kidney function as soon the cardiac output was restored to normal values. High urine output was present in a large number of patients in the early postoperative period. However, in severely ill patients with cardiac index <2.5 l/min/m2, diuretic resistance and mortality were higher.

Adolescent↗

The role of surgery (non-transplant) in the treatment of severe congestive heart failure.

Advanced heart failure has been considered the main indication for heart transplantation, but the increasing numbers of candidates and shortage of organs for transplantation, with growing waiting lists, has prompted another look at more conventional surgery, previously considered of prohibitive risk. In fact, many cases are the result of anatomical lesions which can be corrected by conventional surgery, and in the past decade many surgical groups have obtained good and even excellent results in the treatment of aortic stenosis with low output and in aortic and mitral regurgitation with severe LV dysfunction. Also, ischemic and idiopathic dilated cardiomyopathy have been successfully treated by several types of LV remodeling surgery, with or without coronary grafting. Many of these procedures have achieved excellent operative and medium- and long-term results and survival which compare favorably with those observed with cardiac transplantation, often with advantages in quality of life and, not unimportantly, in financial costs. For operated patients, especially those with ischemic cardiomyopathy, close follow-up for cardiac failure is extremely important in order to determine the right moment for heart transplantation, if it becomes necessary.

Cardiac Surgical Procedures↗

The prognostic use of right heart catheterization data in patients with advanced heart failure: how relevant are invasive procedures in the risk stratification of advanced heart failure in the era of neurohormones?

BACKGROUND: Right heart catheterization long has been a routine investigation in advanced heart failure, and its measurements have been linked variably to prognosis. However, in the modern era, newer potential markers of prognosis are coming to light. This study reconsiders the use of right heart catheterization data and compares their use to that of N-terminal pro-brain natriuretic peptide (NT-proBNP), a neurohormone linked with prognosis in chronic heart failure. METHODS: We assessed prospectively the prognostic potential of baseline right heart catheterization data in 97 consecutive patients with advanced heart failure referred to the Scottish Cardiopulmonary Transplant Unit for consideration of cardiac transplantation. Patients underwent baseline routine investigation, including right heart catheterization and blood draws for NT-proBNP analysis. Patients were observed for a median of 370 days. RESULTS: The primary end-point of all-cause mortality was reached in 17 patients (17.5%), and the secondary end-point of all-cause mortality or urgent cardiac transplantation was reached in 21 (21.6%) patients. Univariate predictors of all-cause mortality included pulmonary artery systolic pressure (PASP), pulmonary artery wedge pressure (PAWP), and NT-proBNP concentration greater than their median values. Univariate predictors of the secondary end-point included right atrial pressure, PASP, PAWP, and NT-proBNP concentration greater than their median values, and left ventricular ejection fraction, cardiac output, and cardiac index less than their median values. In multivariate analyses, however, only NT-proBNP concentration remained an independent predictor of all-cause mortality. Both NT-proBNP concentration and PAWP were independent predictors of all-cause mortality and of the need for urgent cardiac transplantation. CONCLUSION: Baseline data from routine right heart catheterization are of limited prognostic use in advanced heart failure. A baseline NT-proBNP concentration is a superior, non-invasive method of risk stratification in this era of measuring neurohormones.

Cardiac Catheterization↗

Device therapy for the management of advanced heart failure.

Rapid advances have been made over the last decade in the nonpharmacological treatment of patients with advanced heart failure. This article reviews the current application of device therapy including cardiac resynchronization, defibrillators, cardiac restraint devices and mechanical ventricular support in patients with advanced heart failure.

Bundle-Branch Block↗

The unique management of refractory advanced systolic heart failure.

Advanced systolic heart failure refractory to ambulatory pharmacotherapy continues to be a clinical dilemma with increasing incidence and prevalence. By establishing the presence of signs and symptoms, clinicians could better evaluate hemodynamic perturbations, therefore targeting them through the use of intravenous diuretics, intravenous vasodilators, and intravenous inotropic therapy. This review focuses on the unique features that characterize advanced heart failure, and discusses the special clinical considerations in managing this morbid entity.

Heart Failure↗

Therapeutic options in advanced heart failure.

Treatment of advanced heart failure is usually a challenge. The successful use of beta-blockers to alleviate mild to moderate symptoms of cardiac dysfunction suggests that even severe cases of heart failure may be reversible. Transplantation remains the only sure way to obtain a fully functional heart, but new medications, mechanical devices, and surgical procedures could eventually prove to be alternatives.

Adrenergic beta-Antagonists↗

Outpatient parenteral inotropic therapy for advanced heart failure.

BACKGROUND: Patients with advanced heart failure generally have hemodynamic perturbation characterized by low cardiac output and high ventricular filling pressures. This creates a clinical milieu with profound symptomatology that includes weakness, fatigue, and fluid-retention states causing peripheral edema, mesenteric congestion, and dyspnea syndromes. Great morbidity including hospital admissions and readmissions as well as high mortality rates ensue. Though medication and/or surgical intervention often attenuate heart failure symptomatology, morbidity, and mortality, some patients reach more advanced stages despite aggressive maneuvers. Indeed, patients presenting with acute decompensation of chronic congestive heart failure frequently receive parenteral inotropic drugs during their hospitalization with clinical improvement. Because these agents generally increase cardiac output and reduce pre-load and afterload, they can be lifesaving. Some patients, however, have symptomatic and hemodynamic rebound to worsened heart failure states during or shortly after inotrope weaning. METHODS: It was, then, a logical step to segue from acute inpatient inotrope infusion to long-term administration of these drugs in the outpatient setting when patients were dependent on these agents. Dopamine, dobutamine, and milrinone are all generally available inotropes that have been used singly or in combination in a chronic outpatient infusion setting. CONCLUSIONS: Data from a few small clinical trials and anecdotal case experience suggest that these drugs result in both hemodynamic and clinical improvement that is generally sustained during chronic administration, and even noted long after discontinuation of infusions in some patients. Some reports have suggested that intermittent infusion therapy in outpatients (so-called pulsed therapy) is effective in attenuating congestive heart failure symptoms long term, with more data supporting chronic infusion of these agents. Though questions regarding safety of these agents have been raised, a reasonable compendium of data published to date supports the contention that inotropic drugs used in this fashion ameliorate symptoms. Legitimate concern may be raised regarding exacerbation of arrhythmias with subsequent sudden cardiac death syndrome; however, in severely symptomatic heart failure patients, the trade-off between symptomatic amelioration and the chance of sudden cardiac death may be worthwhile. Unfortunately, precise guidance regarding the best drug, dose, optimal administration technique, weaning protocol, and actual risk/benefit ratio are not well characterized. Practice as been guided, in large part, by anecdotal experience. However, it appears that chronic or pulsed outpatient parenteral inotropic infusion therapy is frequently prescribed and that this treatment option is an effective alternative for carefully selected patients with severely symptomatic and advanced heart failure. Formulating optimal protocols for home inotropic drug infusion therapy by conducting properly designed clinical trials will be an essential endeavor.

Adrenergic beta-Agonists↗