Hypertension and nephrology

[Therapy of isolated systolic hypertension III.]


OCTOBER 20, 2017

Hypertension and nephrology - 2017;21(05)

[In the elderly and very elderly (˃80 yrs), a wealth of data from large clinical trials are available, showing the necessity of treatment mostly with drug combinations - fix-combinations are preferred for increasing the adherence/persistence to therapy. Using diuretics, ACE-inhibitors/ARBs with calcium antagonists, and in special cases diuretics and beta blockers are also suggested by recent European guidelines (ESH, HSH). The target is <140 mmHg, but in octogenarians <150 mmHg. Some studies are pressing for even lower SBP (to around 120 mm Hg), but it seems to be wise to balance advantages/disadvantages, so the optimal SBP may be around 130 mmHg.]



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[New results on the pathomechanism of antibody-mediated renal allograft rejection]

MEZÔ Blanka, ANDREAS Heilos, RUSAI Krisztina, PROHÁSZKA Zoltán

[Antibody mediated rejection (ABMR) is a severe clinical problem which is the major immunological cause of kidney transplant failure and may develop slowly months or years after transplantation. According to current knowledge, late ABMR is classically caused by the development of donor specific antibodies (DSA) and the complement system is believed to contribute to tissue damage. The detection of ABMR has been facilitated by improved techniques and new test, resulting in changes of the diagnostic criteria from time to time. The clinical interpretation of DSAs is still not clear however the complement binding ability could help to judge their relevance. In this review we discuss the new results on the pathomechanism and current diagnostic guideline of ABMR. Identification and treatment of ABMR before onset of clinical symptoms is still a big challenge but may lead to a significantly better outcome. In our study we are investigating the role of the complement system including quantitative and genetic testing of several complement proteins that can serve as a diagnostic/prognostic marker of the disease.]

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Clinical Neuroscience


POZSEGOVITS Krisztián, KAZUO Suzuki, NAGY Zoltán

[Background - In the industrialized countries the very elderly stroke patient is more frequent than before. For the time being Japanese people have the highest expected lifespan, so the epidemiological features of stroke in the very elderly can be examined here quite easily. From a few publications with low case number it is known that in this group of patients the statistical characteristics of stroke is remarkably different from the youngers' one. Subjects and methods - The subjects aged 85 or more years were selected from the Akita Stroke Registry with first-ever acute stroke from 1996 to 1998. Results - 8,046 cases were recorded. There were 7362 patients aged <85 years, and 684 patients aged ≥85 years (8.5%). Sex ratio (women/men) was 1.89 in the two age groups. In the population of Akita the crude incidence of firstever stroke was 222/100,000/year, and 1,085/100,000/year in the very elderly, who were characterized with relatively lower prevalence of stroke risk factors, except that of atrial fibrillation (26.9%) and cardiac diseases (34.2%). The stroke subtype distribution (cerebral infarction 73.2%, intracerebral haemorrhage 20.6%, subarachnoidal haemorrhage 6.1%) was significantly different from the one known in Japan. Mortality rates were considerably high, especially in the SAH group. The most powerful prognostic factor of death was the consciousness level at onset. The following in order of predicting value was the SAH stroke subtype. Conclusion - While people aged 85 years or more had relatively lower prevalence of cardiovascular risk factors, they suffered stroke with very high frequency, the evolved cerebrovascular event caused very severe symptoms and led to death with high rate. Implicitly this is illuminating the complexity of aging as a procession, furthermore it raises the importance of prevention, more rather of the acute stroke care and rehabilitation in this high age group.]

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KÉKES Ede, BARNA István, DAIKI Tenno, DANKOVICS Gergely, KISS István

[Prevalence of hypertension over the age of 56 is increasing in size and a significant proportion (60-80%) of isolated systolic hypertension. Within the population screening in the older age groups - in the light of economic development - 25-40% of the prevalence. We have an opportunity to analyse the prevalence and specificity of isolated systolic hypertension from age 36 to age 10 years on the base of 7 years data of the MÁESZ (Comprehensive Health Protection Screening Program of Hungary 2010- 2020) survey. Between 56-65 years 23.27-24.23% (male/female) 66-75 years 34,89-33,15% and over 76 years 44.04-41.5% occurrence was found. Divergence of systolic and diastolic pressure has begun since 36 years. Pulse pressure was used to separate individuals with varying degree of vascular disorders.]

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[In our country as well as around the world the most common chronic disease is the hypertension, and it is also an important risk factor causing disability and premature death. Within this, getting to know the true prevalence of therapy- resistant hypertension is important also from a public health perspective, since the prognosis of it is worse than that of those who reaches goal blood pressure range. It usually comes with hypertension mediated organ damages and higher (2- 2.5 folder) cardiovascular risk. It is prevalence in the literature is from 5% to 30%. The knowledge of the true prevalence depends on many factors, like: there are many different definitions of resistant hypertension, what is the main profile of the data collecting study site and what level of the health care system it works, or for example a questionnaire of a multicenter trial cannot be used totally in each country and study site.]

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[Epilepsy in the elderly]

NIKL János

[The incidence of epilepsy is higher among the elderly, the most rapidly growing segment of the population, than in any other age group. New-onset seizures in elderly patients are typically symptomatic or cryptogenic partial seizures that require long-term treatment. Epilepsy in the elderly is a frequently occuring pathology, differing in etiology, clinical presentation and prognosis from those of young people. Establishing the diagnosis of epilepsy in old age can be more difficult than in younger patients due to the extensive range of differential diagnoses and a higher prevalence of concomitant disease. Beyond a certain age physiological and pathophysiological changes can affect the pharmacokinetics and pharmacodynamics of antiepileptic drugs(AEDs), increasing the risk of pharmacological interactions due to polypharmacy. Furthermore, the elderly people are sensitive to advers events of AEDs, as for example, to cognitive disturbances, osteoporosis. Several of newer AEDs have good safety and cognitive effect profiles and have no interactions with other drugs. The treatment strategies are demanding: they must take into consideration the co-morbidity, co-medication, alterations in drug metabolism, and the effects on aging body. These factors make the management of epilepsy in the elderly particulary challenging, but with appropiate pharmacological treatment most elderly people with epilepsy will remain seizurefree.]

Hypertension and nephrology

[Hypertension and brain function. Correlation of high blood pressure and demencia in aging. Hypertension in young-middle adults - demencia in elderly]


[The cerebral vascular damage caused by hypertension is manifested primarily in cognitive dysfunction, which is caused by hypoperfusion of brain tissue, ischemic, or bleeding stroke, or white matte injury. Hypertension may not only result in cerebral damage to the vascular background - dementia -, but may also contribute to the development and progression of classical gene-related Alzheimer’s disease. Blood pressure gradually increases in the elderly and in the very elderly, and the frequency of hypertension-mostly as isolated systolic hypertension - is 50% to 70%. High blood pressure predominately, or in full, means not only an increase in the circulatory resistance of the small children, but also, as part of the aging of the body, the rigidity (stiffness) of the arteries. At the same time, the incidence of dementia, along with age, rises sharply - up to 20% in those over 65 years of age, and over 40% in 80-90 years of age. The relationship between high blood pressure and dementia from the young age to the very old age may change as a function of current age. In the very old age of life, the varying influence of other pathological factors other than hypertension is becoming more and more important in the deterioration of both the vascular structure and the brain function. In this late stage of life, the very advanced rate of aging and nutritive blood flow often require higher perfusion pressure, and the not enough thought-out blood pressure reduction can be more damaging than a protective effect on brain condition or function. SPRINT MIND - the Intense Blood Pressure Reduction - hasn’t resolved the question, and we can legally assume that the 130-140 Hgmm SBP. Is the most favorable for dementia. The value of DBP 70 Hgmm is definitely unfavorable.]