Masui. The Japanese journal of anesthesiology
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Chronic renal failure (CRF) is related to cardiac diseases. Cardiac surgery is also related to postoperative acute kidney injury (AKI). It means heart and kidney have close relationship. ⋯ Finally, we discussed prevention and treatment options of CPB related AKI, including furosemide, hANP mannitol, and statin. Published evidence in this area is still insufficient, but many studies are still carried out focusing on postoperative AKI. In the future we may be able to find the best answer for managing CRF patients undergoing cardiovascular surgeries.
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Chronic kidney disease (CKD) often accompanies cardiovascular complications, causing postoperative morbidity and even mortality. Since fluid and electrolyte homeostasis is deregulated in CKD patients, fluid therapy itself may cause postoperative morbidity. Recent studies have shown that forced diuresis through fluid overload offers no renoprotective effect and instead has harmful consequences. ⋯ The regulation of renal function through the endocrine system (i.e., renin-angiotensin-aldosterone and vasopressin) is a key target for protecting the kidney in CKD. The recent development of a receptor blocker targeting these endocrine systems may be beneficial for correcting the fluid balance caused by excess intraoperative fluid therapy. The main issue for fluid therapy in surgical CKD patients may not be the quantity of fluid, but rational intervention affecting the endocrine system.
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To avoid perioperative cardiac complications and deterioration of renal function in chronic kidney disease (CKD), anesthesiologists are required to manage respiration and circulation properly. Three mechanisms are considered to worsen renal function during inappropriate mechanical ventilation; first, hypercapnia or hypoxemia, second, unstable systemic hemodynamic, and third, systemic inflammatory mediators derived from pulmonary biotrauma. Many circulatory problems are present in CKD patients, for example, hypertension, cardiac hypertrophy, cardiomyopathy, ischemic heart disease, arterial sclerotic valve disease, salt and water retention etc. ⋯ Appropriate hemodynamic monitoring, including direct arterial pressure, left ventricular preload, intravascular volume and cardiac output could be helpful for anesthesiologists to manage CKD patients safely. In the area of CKD and anesthesia, there is lack of evidence in respiratory and circulatory strategies. Prospective studies in these aspects are required in the future.
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In Japan, the number of patients with chronic kidney disease (CKD) has increased. Hence, the opportunities for intensive care management of patients with CKD have also increased. Acute kidney injury (AKI) easily develops following CKD, and conversely, it can be a risk factor for CKD. ⋯ While "goal-directed" hemodynamic management, which targets particular hemodynamic variables, might be useful in CKD patients, there is no evidence to prove its efficacy. Renal Replacement Therapy (RRT) is usually started after metabolic acidosis, hyperkalemia, ingestion of dialyzable toxin, volume overload and uremia have occurred. However, it is not clear whether continuous or intermittent RRT is beneficial in these patients.
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We report a case of ventilation failure due to supraglottic air leakage with the use of uncuffed tracheotomy tube. A 4-year-old girl with 22q11.2 deletion syndrome after tracheotomy due to tracheomalacia developed left caudate bleeding and was admitted urgently. She required mechanical ventilation but suffered from a supraglottic air leakage which prevented adequate ventilation via a tracheostomy site. ⋯ The supraglottic air leakage was not detected under mandatory mechanical ventilation following seal of the connector of the LMA with a piece of tape. The respiratory condition of the patient improved gradually. The use of an LMA may be useful to stop or significantly decrease the air leak.