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25 results of 5 texts with exact phrase : 'cardiac surgery'.

1. NEUROSONOLOGY AND CEREBRAL HEMODYNAMICS, vol. 12, 2016, No. 2 , , ,

Clinic for Cardiac Surgery, Clinical Centre of Serbia,
Clinic for Cardiac Surgery, Clinical Centre of Serbia,
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P10 The Effect of Neurorehabilitation in a Patient with Stroke After Cardiac Surgery (Case Report).
P10 The Effect of Neurorehabilitation in a Patient with Stroke After Cardiac Surgery (Case Report).
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THE EFFECT OF NEUROREHABILITATION IN A PATIENT WITH STROKE AFTER CARDIAC SURGERY(CASE REPORT)
THE EFFECT OF NEUROREHABILITATION IN A PATIENT WITH STROKE AFTER CARDIAC SURGERY(CASE REPORT)
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cilitation (PNF) method, in a patient with stroke after cardiac surgery.
cilitation (PNF) method, in a patient with stroke after cardiac surgery.
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We present a 72-year old patient with right-side haemiparesis as a result of an ischemic stroke in the left middle cerebral artery after cardiac surgery (aortocoronary bypass and replacement of mitral valve).
We present a 72-year old patient with right-side haemiparesis as a result of an ischemic stroke in the left middle cerebral artery after cardiac surgery (aortocoronary bypass and replacement of mitral valve). The patient was with an impaired myocardial function with ejection fraction (EF)
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2. NEUROSONOLOGY AND CEREBRAL HEMODYNAMICS, vol. 13, 2017, No. 1 , , ,

Heart valves (most successful for the aortic valve), myocardial tissue, arteries and veins, grafts are produced for the cardiac surgery [9, 10, 16, 23, 26, 34].
Bertassoni et al. [3] successfully bioprinted a blood vessel network, improving the metabolic transport and the formation of endothelial monolayers. Heart valves (most successful for the aortic valve), myocardial tissue, arteries and veins, grafts are produced for the cardiac surgery [9, 10, 16, 23, 26, 34].
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3. NEUROSONOLOGY AND CEREBRAL HEMODYNAMICS, vol. 13, 2017, No. 2 , , ,

after Cardiac Surgery (Case Study).
after Cardiac Surgery (Case Study).
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PHYSIOTHERAPY IN NEUROLOGICAL, RESPIRATORY AND METABOLIC COMPLICATIONS AFTER CARDIAC SURGERY (CASE STUDY)
PHYSIOTHERAPY IN NEUROLOGICAL, RESPIRATORY AND METABOLIC COMPLICATIONS AFTER CARDIAC SURGERY (CASE STUDY)
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cardiac surgery, physical therapy, polymorbidity, stroke
cardiac surgery, physical therapy, polymorbidity, stroke
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4. NEUROSONOLOGY AND CEREBRAL HEMODYNAMICS, vol. 14, 2018, No. 1 , , ,

cardiac surgery, cardio rehabilitation, neurorehabilitation, stroke
cardiac surgery, cardio rehabilitation, neurorehabilitation, stroke
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Cerebrovascular complications are observed at low frequency after cardiac surgery, despite the advance in surgical techniques.
Cerebrovascular complications are observed at low frequency after cardiac surgery, despite the advance in surgical techniques. The most serious of them is stroke. The period of recovery requires complex rehabilitation, which includes the means of neurorehabilitation, cardio rehabilitation and general care in the early postoperative period. The preparation of the rehabilitation program requires an accurate assessment of the functional capacity of the patient and the rehabilitation potential. Success is achieved by complying with the fundamental principles of Physical Medicine and Rehabilitation for individual approach, gradual increase of the load and complexity.
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Cardiac Surgery offers safe and effective methods to treat a series of heart diseases.
Cardiac Surgery offers safe and effective methods to treat a series of heart diseases. The identification of increased preoperative risk today is of paramount importance. However there is a possibility for cerebrovascular complications. The reasons are various, some of them are related to the improvement in surgical techniques, making possible the operations on older patients and those with more comorbidities.
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The American College of Cardiology and the American Heart Association have classified cerebrovascular complications after cardiac surgery in two types.
The American College of Cardiology and the American Heart Association have classified cerebrovascular complications after cardiac surgery in two types.
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Pathophysiology and causes of POCD after cardiac surgery have been carefully studied.
an international consensus about the diagnostic criteria of POCD, thus determining their frequency is complicated. Pathophysiology and causes of POCD after cardiac surgery have been carefully studied. They are associated with various factors during the surgical intervention (extra-corporal blood flow, hypothermia, duration of the surgery), anesthesia, and individual factors related to the patient. Stroke is a serious perioperative complication, despite its not so high incidence [15]. It reduces the possibility of survival, worsens patients’ quality of life, and leads to significant social and economic consequences [12].
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In this review, we will focus on the relationship between stroke and cardiac surgery and the need for rehabilitation.
In this review, we will focus on the relationship between stroke and cardiac surgery and the need for rehabilitation.
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for neurological complications after cardiac surgery ranges from prevention of possible complications to recovery of the limb motor function, recovery of the ability to walk and return to daily activities [11].
for neurological complications after cardiac surgery ranges from prevention of possible complications to recovery of the limb motor function, recovery of the ability to walk and return to daily activities [11]. The ability of the human brain to reorganize, albeit limited, is known, and is associated with the plasticity of the brain [6]. When creating a rehabilitation program to restore the neurological deficit, the level of impaired myocardial function and the features of the postoperative period must be taken into account.
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Rehabilitation of stroke patients after cardiac surgery.
Rehabilitation of stroke patients after cardiac surgery.
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The method of PNF is an effective method in modern neurorehabilitation used to increase the motion range, improve the neurological status and cardiac function in patients with ischemic stroke following cardiac surgery.
. PNF’s philosophy is to obtain proprioceptive stimuli that facilitate neuromuscular response through implementation of optimum resistance [9]. Relaxation of antagonists and strengthening of agonists of the movement are achieved. It is essential to apply the optimum amount of resistance strength in order not to cause unwanted fatigue and pain that would burden the cardiac function. Therefore, hemodynamic variables (heart rate, blood pressure), and presence of subjective complaints are tracked. The method of PNF is an effective method in modern neurorehabilitation used to increase the motion range, improve the neurological status and cardiac function in patients with ischemic stroke following cardiac surgery. The choice of treatment techniques are decided specifically for each patient. The motor recovery of the patients continues for a long time and can be stabilized around the 18th month after the stroke onset.
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Neurological complications after cardiac surgery are associated with increased morbidity and mortality.
Neurological complications after cardiac surgery are associated with increased morbidity and mortality. They increase the time for hospitalization and rehabilitation, and hence the costs of treatment. The quality of life of patients and their families is reduced. Besides identifying high risk patients, improving cardiac surgery techniques and providing adequate cerebral protection, complex and specialized rehabilitation for prophylaxis and treatment of neurological complications after cardiac surgery is needed.
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Besides identifying high risk patients, improving cardiac surgery techniques and providing adequate cerebral protection, complex and specialized rehabilitation for prophylaxis and treatment of neurological complications after cardiac surgery is needed.
Neurological complications after cardiac surgery are associated with increased morbidity and mortality. They increase the time for hospitalization and rehabilitation, and hence the costs of treatment. The quality of life of patients and their families is reduced. Besides identifying high risk patients, improving cardiac surgery techniques and providing adequate cerebral protection, complex and specialized rehabilitation for prophylaxis and treatment of neurological complications after cardiac surgery is needed.
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Risk factors for perioperative ischemic stroke in cardiac surgery.
Costa MA, Gauer MF, Gomes RZ, & Schafranski MD. Risk factors for perioperative ischemic stroke in cardiac surgery.
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Neurological complications of cardiac surgery.
C, Newman M. Neurological complications of cardiac surgery.
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Postoperative cognitive dysfunction after cardiac surgery.
Tan, A, & Amoako D. Postoperative cognitive dysfunction after cardiac surgery.
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5. NEUROSONOLOGY AND CEREBRAL HEMODYNAMICS, vol. 15, 2019, No. 1 , , ,

Department of Cardiac Surgery, UMHAT “St.
Department of Cardiac Surgery, UMHAT “St. Marina” – Varna, Bulgaria
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The patient was transferred to the Department of Cardiac Surgery for emergency cardiac surgery.
Due to the presence of a left atrial tumor, high-grade mitral stenosis, and acute left-sided heart failure (IV functional class), the case was discussed on a multidisciplinary consilium including neurologists, interventional radiologist, anesthesiologist-resuscitator, and a cardiac surgeon. The patient was assessed being with a high risk for specific treatment for acute ischemic stroke. Based on the chest CT findings, a decision for urgent cardiac surgical treatment was taken. The patient was transferred to the Department of Cardiac Surgery for emergency cardiac surgery. Using intubation anesthesia and extracorporeal blood flow, transseptal access to the left atrium was performed; a tumor formation with size of 7/7 cm and macroscopic characteristic of myxoma was excised. Material for pathoanatomic examination was taken (Fig. 2). The interatrial defect was closed with own tissues. Subsequently the patient recovered spontaneously the sinus rhythm, and a smooth exit from the extracorporeal blood circulation was observed.
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