RUSSIAN RESEARCH ON ARTERIAL HYPERTENSION
1959; American College of Physicians; Volume: 50; Issue: 1 Linguagem: Inglês
10.7326/0003-4819-50-1-129
ISSN1539-3704
Autores Tópico(s)Healthcare Systems and Public Health
ResumoReview1 January 1959RUSSIAN RESEARCH ON ARTERIAL HYPERTENSIONERNST SIMONSON, M.D., JOSEF BROŽEK, Ph.D.ERNST SIMONSON, M.D., JOSEF BROŽEK, Ph.D.Author, Article, and Disclosure Informationhttps://doi.org/10.7326/0003-4819-50-1-129 SectionsAboutPDF ToolsAdd to favoritesDownload CitationsTrack CitationsPermissions ShareFacebookTwitterLinkedInRedditEmail ExcerptTABLE OF CONTENTSI. Introduction 130IL Classification 132III. Central Nervous System Involvement in the Pathogenesis of Essential Hypertension 1341. Central nervous system stimulation and trauma 1342. Production of arterial hypertension by experimentally induced functional disturbances of the central nervous system 1353. Psychic stress and emotional trauma 141a. Life stress and hypertension 141b. The problem of types 142c. Blood pressure in the presence of emotions 143d. Occupational stress 144e. Comment 1454. Central nervous system changes in early hypertension 145a. Electroencephalogram 146b. Psychomotor reactions 146c. Chronaxy 147d....Bibliography1. Lang GF: Gipertonicheskaia Bolezn' (hypertensive disease), Moscow (Medgiz) 496, 1950. Google Scholar2. Miasnikov AL: Role of higher nervous activity in the pathogenesis of hypertensive disease, Zh. vyssh. nervnoi Deiat. 1: 99, 1951. MedlineGoogle Scholar3. Gorev NN: Pathogenesis of hypertension, Arkh. Patol. 1 (3): 3, 1953. Google Scholar4. Kavetskii NE: Arterial hypertension in rural population, Klinich. med. 38 (1): 25, 1957. Google Scholar5. Chernorutskii MV: Gastric ulcer and hypertensive disease as examples of corticovisceral pathology. Problemy kortiko-vistseral'noi Patologii, Akad. Nauk SSSR, 15, 1952. Google Scholar6. BykovKurtsin KMIT: Kortiko-visteral'naia teoriia patogeneza iazvennoi bolezni (Cortico-visceral theory of the pathology of gastric ulcer), Moscow (Medgiz) 260, 1952. Google Scholar7. Ivanov-Smolensky AG: Essays on the pathophysiology of the higher nervous activity according to Pavlov and his school (in English), 1954, Foreign Language Publishing House, Moscow, p. 349. Google Scholar8. Bykov KM: The cerebral cortex and the internal organs, translated and edited by W. Horsely Gantt, 1957, Chemical Publishing Co., New York, p. 448. Google Scholar9. Editorial: Literature on I. P. Pavlov from May 1953 to April 1954, Fiziol Zh. SSSR 38: 655, 1952. MedlineGoogle Scholar10. Editorial: Literature on I. P. Pavlov from May 1953 to April 1954, Fiziol. Zh. SSSR 40: 638, 1954. MedlineGoogle Scholar11. Lang GF: Hypertensive disease and central nervous system, Trudy IV. sessii Akad. Med. Nauk SSSR 6, 1948. Google Scholar12. Pickering GW: High blood pressure, 1955, J. & A. Churchill, London, p. 547. Google Scholar13. Miasnikov AL: Classification of hypertensive disease, Izd. Akad. Med. Nauk, Moscow 1-11, 1951. Google Scholar14. Tsinamzgvarishvili MD: Classification of hypertensive disease in light of research on its clinical aspects and pathogenesis, Klinich. med. 30 (5): 9-16, 1952. MedlineGoogle Scholar15. MiasnikovRatner ALNA: Investigation of the problems of hypertensive disease abroad and in U.S.S.R. in the past decade, Vestn. Akad. med. Nauk SSSR 1 (3): 29, 1956. Google Scholar16. Miasnikov A: Gipertonicheskaia Bolezn' (hypertensive disease), Moscow (Medgiz) 391, 1954. Google Scholar17. BechterewMisslawsky VMNA: Ueber den Einfluss der Grosshirnrinde auf den Blutdruck und die Herzthätigkeit, Neurol. Centralbl., Leipz. 5: 193, 1886. Google Scholar18. Koreisha LA: Interaction of the cerebral cortex, subcortical centers and hypothalamic regions in cardiovascular regulation in man, Trudy Riazan'skoi Akad. Med. Nauk po probleme i reguliatsii krovoobrashcheniia i dykhania 137, 1951. Google Scholar19. Baliasnyi MM: Characteristics of the brachial arterial pressure in patients with arterial hypertension and in patients with hemiplegia syndrome, Soviet Med. 3: 37, 1956. Google Scholar20. Gurvich AM (a) : On the question of disturbance of the regulation of vascular tone in cerebral hemiplegia, Zh. Nevropatol. Psikhiat. 52 (7): 37, 1952. Google Scholar20. Il'ina VN (b) : Changes of the arterial blood pressure in epileptic attacks produced by electrical stimulation in dogs, Zh. Nevropati Psikhiatri 52: 20, 1952. MedlineGoogle Scholar21. Kondratovich MA: Nekotorye Voprosy Reguliatsii Krovoobrashchenia v Usloviiakh Eksperimentalnoi Gipertonii (problems of circulatory regulation in experimental hypertension), Academy of Sciences of the Ukrainian S.S.R., Kiev, p. 111, 1956. Google Scholar22. DixonHeller WEH: Experimentelle Hypertonie durch Erhöhung des intrakraniellen Druckes, Arch. f. exper. Path. u. Pharmakol. 166: 265, 1932. CrossrefGoogle Scholar23. Miasnikov AL: Postconcussion hypertension, Vrach. delo 2: 1, 1950. Google Scholar24. Keiser SA: Central pathogenesis of hypertensive disease, Trudy Akad. Med. Nauk "Gipertonicheskaia Bolezn'" 1: 9, 1950. Google Scholar25. Ivanov-Smolenskii AG: Disturbance of central nervous functions in cerebral concussion, Voenno-med. Sbornik Akad. Nauk SSSR 2: 193, 1945. Google Scholar26. Andreev SV: Conditioned experimental changes of blood pressure, Zh. vyssh. nervn. Deiat. 2 (5): 723, 1952. MedlineGoogle Scholar27. Magnitskii AN: Attempt to apply the "dominant" concept to the analysis of blood pressure changes in hypertension, Trudy Akad. Med. Nauk "Problemy eksperimental'noi gipertonicheskoi bolezni'" 3: 22, 1953. Google Scholar28. FarrisYeakelMedoff EJEHHS: Development of hypertension in emotional gray Norway rats after air blasting, Am. J. Physiol. 144: 331, 1945. CrossrefGoogle Scholar29. Fox MS (a) : Personal communication, 1957. Google Scholar29. Gellhorn E (b) : Autonomic imbalance and the hypothalamus, 1957, University of Minnesota Press, Minneapolis, p. 300. Google Scholar29. GefterAbbakumovaAleksovaGlinka-ChernorutskaiaDobrinskaia IMONAMELMA (c) : Vsesoiusnyi s'esd fiziol., biokh., farmakol., Moscow 168, 1955. Google Scholar30. ChernigovskiiIaroshevskii VNAI: The effect of the functional state of the cerebral cortex on the blood pressure and blood system, Zh. vysshei nervnoi Deiat. 2: 30, 1952. MedlineGoogle Scholar31. Chernov VM: Some problems of etiology and pathogenesis of hypertensive disease in the light of experimental data, Novosti Meditsiny, Izd. Akad. Med. Nauk SSSR 7, 1948. Google Scholar32. Prichodkova EK: Experimental hypertension, Vrach. Delo 11, 1946. Google Scholar33. Usievich MA: Role of functional disturbance of the cerebral cortex in the development of arterial hypertension, Trudy Akad. Med. Nauk, "Problemy eksperimental'noi gipertonii i gipertonicheskaia bolezn'" 3: 5, 1953. Google Scholar34. Strakhov AB: Effect of the functional state of the cerebral cortex on the blood pressure in dog, Zh. vyssh. nervn. Deiat 1: 4, 1951. Google Scholar35. Iaroshevskii AI: Effect of the functional state of the brain on the blood pressure and blood, Trudy Inst. klin. eksper. Kardiologii 2: 339, 1953. Google Scholar36. Gavlichek VN: Changes of the blood pressure in various functional conditions of the cerebral cortex in the dog, Zh. vyssh. nervn. Deiat. 2: 5, 1952. Google Scholar37. Prikhod'kovaZol'nikovTimasheva EKNKIN: Experimental hypertension of central nervous origin and its treatment, Vysshaia nervnaia Deiatel'nost'i kortiko-vistseral'noi Vzaimootnoshenia v Norme i Patologii. Kiev 152-160, 1955. Google Scholar38. NapalkovKaras AVI: Abolishment of pathologic conditioned associations in experimental hypertension, Zh. vysshei nervn. Deiat 7: 402, 1957. MedlineGoogle Scholar39. MakarychevKuritsa AIAI: Experimental hypertension of cortical origin, Zh. vysshei nervnoi Deiat. 1: 199, 1951. MedlineGoogle Scholar40. Buguslavskaia TV: Some data on the role of the adrenals in the pathogenesis of hypertension, Vrach. Delo 851, 1946. Google Scholar41. Spivak RI: Experimental data on the pathogenesis of hypertensive disease, Trudy Inst. klin. eksp. Kardiol. 2: 353, 1953. Google Scholar42. ZhislinSmazhnova SGNA: Hypertensive crises and condition of mediatory systems, Trudy Akad. Med. Nauk "Gipertonicheskaia Bolezn'" 2: 27, 1952. Google Scholar43. AndreevVadkovskaiaGlebova SVIDMS: Effect of renin preparations on the blood pressure, Trudy Akad. Med. Nauk "Gipertonicheskaia Bolezn'" 2: 56, 1952. Google Scholar44. Magakian GO: The arterial blood pressure in monkeys, Akad. Nauk Gruz. SSR, Klin. eksp. Kardiol. 2: 107, 1953. Google Scholar45. Iakovleva LA: Atherosclerosis in monkeys (rhesus). Teoreticheskie i prakticheskie voprosy meditsiny i biologii v esperimentakh na obezianakh, Moscow (Medgiz) 126, 1956. Google Scholar46. MagakianMiminoshviliKokaia GODIGI: Experimental study of the pathogenesis of hypertension and coronary insufficiency, Klinich. med. 37 (7): 30, 1956. Google Scholar47. MiminoshviliMagakianKokaia DIGOGI: Experimental production of arterial hypertension and coronary insufficiency in monkeys. Teoreticheskie i prakticheskie voprosy meditsiny i biologii v eksperimentakh na obezianakh, Moscow (Medgiz) 85, 1956. Google Scholar48. MagakianMiminoshvili GODI (a) : Disturbance of diurnal variations of several physiological functions in neurosis, Bull. eksp. Biol. Med. 39 (3): 27, 1955. Google Scholar48. WolfCardonShepardWolff SPVEMHG (b) : Life stress and essential hypertension: a study of cardiovascular adjustments in man, 1955, The Williams & Wilkins Company, Baltimore, p. 253. CrossrefGoogle Scholar49. TolubeevaFlegontova NAEP (a) : Disturbance of blood pressure regulation in hypertension, Voprosy Kardiologii i Gematologii (Leningrad) 121, 1940. Google Scholar49. WolfWolff SHG (b) : Human gastric function, 1947, Oxford University Press, New York, p. 262. Google Scholar50. Wells HK: I. P. Pavlov: toward a scientific psychology and psychiatry, 1956, International Publishers, New York, p. 224. Google Scholar51. Chernorutskii MV: Role of the disturbed cortico-visceral relations and the significance of the type of higher nervous activity in the pathogenesis and therapy of internal diseases, Ter. Arkh. 29 (3): 13, 1957. MedlineGoogle Scholar52. Dreerman II: On the problem of the methodology of clinical determination of types of higher nervous activity of man, Ter. Arkh. 30 (2): 60, 1958. MedlineGoogle Scholar53. Gakkel' LB: Neuropsychological constitution of hypertensive patients and effect of emotional factors on the development of hypertension, Voprosy Kardiologii (Leningrad) 115, 1940. Google Scholar54. Malkova NN: Effect of some emotions on the blood pressure, Trudy Akad. med. Nauk, Gipertonicheskaia Bolezn' 2: 14, 1952. Google Scholar55. Farber BE: Work capacity in patients with arterial hypertension, Ter. Arkh. 27 (3): 15, 1955. MedlineGoogle Scholar56. Il'ina EV: Effect of high environmental temperature on arterial blood pressure, Klinich. med. 38 (3): 46, 1957. Google Scholar57. Fogelson LI: Work capacity in arterial hypertension, Ter. Arkh. 26 (2): 46-50, 1954. Google Scholar58. Spivak GL: Level of arterial blood pressure and frequency of hypertensive disease in male and female telephone operators, Gipertonicheskaia Bolezn', Moscow (Medgiz) 5: 196, 1958. Google Scholar59. KhvolesSoskin GILS: Investigation of bioelectrical processes in cerebral symptoms of hypertensive disease, Trudy Akad. Med. Nauk "Problemy eksperimental'noi gipertonii i gipertonicheskoi bolezni" 3: 207, 1953. Google Scholar60. Zhirmunskaya EA: Peculiarities of the electrical activity of the brain in different phase of arterial hypertension and under therapy, Zhur. Nevropat. i. psikhiat. 52 (9): 49, 1952. Google Scholar61. PalatnikLimcherParamonovaLevitina SALFEGGA: Functional state of the cerebral cortex of patients with essential hypertension and effect of therapeutic diet, Ter. Arkh. 23 (2): 26, 1951. MedlineGoogle Scholar62. Il'inaIvannikova LITN: Study of the electrical activity of the cerebral cortex in hypertensive disease, Trudy Akad. Med. Nauk "Gipertonicheskaia Bolezn'" 2: 49, 1952. Google Scholar63. Speranskiy II: Differential sedation therapy in patients with hypertensive disease, Ter. Arkh. 24 (2): 23, 1952. Google Scholar64. Brezhneva ES: Changes of the functional state of the cerebral cortex in patients with arterial hypertension according to electroencephalographic data, Klinich. med. 32 (9): 52, 1954. MedlineGoogle Scholar65. Zamyslova KN: Comparison of higher nervous activity with clinical methods and verbalmotor reactions in hypertensive patients, Trudy Akad. Med. Nauk "Gipertonicheskaia Bolezn'" 5: 3, 1958. Google Scholar66. ZamyslovaIl'ina KNLI: Comparison of central nervous system examination with clinical data, EEG, and verbalmotor responses in patients with hypertensive disease and coronary insufficiency, Trudy Akad. Med. Nauk "Gipertonicheskaia Bolezn'" 5: 19, 1958. Google Scholar67. Kosheleva GG: Subordination changes of the functional state of skeletal muscles in arterial hypertension, Fiziologicheskie i biokhemicheskie issledovania gipertonicheskoi bolezn', 1954, Leningrad University, p. 33. Google Scholar68. Fisher LI: Chronaximetric indices in hypertensive disease, and their changes in sleep therapy, Ter. Arkh. 28 (2): 33, 1956. MedlineGoogle Scholar69. Il'ina LI: Nerve and muscle Chronaxie of upper extremities in patients with hypertensive disease, Trudy Akad. Med. Nauk "Gipertonicheskaia bolezn'" 1: 64, 1950. Google Scholar70. Vasilevskaia FM: Functional state of the central nervous system in essential hypertension, Dissertation, First Medical Institute, Leningrad 1-21, 1956. Google Scholar71. Il'ina LI: Skin sensitivity in patients with hypertensive disease, Trudy Akad. Med. Nauk "Gipertonicheskaia bolezn'" 1: 64, 1950. Google Scholar72. Sniakin PG: State of the visual analyzer in arterial hypertension, Zh. Nevropatol. Psikhiatr. 52 (9): 22, 1952. Google Scholar73. ZhislinVlasova SGLN: Vestibular Chronaxie as functional index of higher nervous regulation in hypertensive disease, Trudy Akad. Med. Nauk "Gipertonicheskaia bolezn'" 1: 91, 1950. Google Scholar74. Galvas ET: Functional state of the vestibular apparatus in arterial hypertension, Fiziol. i. biokh. Issled. giperton. bolezn', Leningrad University 21-32, 1954. Google Scholar75. Davidov AM: Vestibular excitability in various phases of hypertensive disease, Ter. Arkh. 24: 22, 1952. Google Scholar76. KonovalovSchmidt NVEV: Some problems of etiology and pathology of arterial hypertension, Zh. Nevropatol. Psikhiatr. 52 (9): 3, 1952. Google Scholar77. Gurevich MI: Chronaxie in experimental hypertension, Vrach. Delo 6: 1-10, 1952. Google Scholar78. Gurevich MI: The functional state of the central nervous system in experimental hypertension, Bull. eksp. biol. med. 39 (4): 29-32, 1955. Google Scholar79. MakarychevKazakova AIZA: Dynamics of cortical processes in dogs with experimental hypertension, Tezisy dokl. zased. biuro med.-biol. nauk Akad. Med. Nauk SSSR 9-10, 1953. Google Scholar80. Gurevich MD: Disturbance of central nervous system functions in renal hypertension, Fiziologichnii Zh. 1: 62, 1955. Google Scholar81. Mentova VN: Reactivity of the cerebral cortex and changes of higher nervous activity in experimental renal hypertension, Trudy Akad. Med. Nauk "Gipertonicheskaia bolezn'" 5: 98, 1958. Google Scholar82. Zonenreich S: Effect of the higher segments of the brain on the electrocardiogram, Klinich. med. 38 (9): 68, 1957. Google Scholar83. PickeringKissinRothschild GWMP: The relationship of the carotid sinus mechanism to persistent high blood pressure in man, Clin. Sc. 2: 193, 1936. Google Scholar84. Smirnova NG: Reflexogenic innervation of blood vessels in hypertensive disease, Ter. Arkh. 21 (3): 17, 1949. Google Scholar85. MogilnitskiiBrumstein NNMS: Changes of vasa vasorum in hypertensive disease, Trudy Akad. Med. Nauk, "Problemy eksperimentalnoi gipertonii i gipertonicheskoi bolezni" 3: 175, 1953. Google Scholar86. Vail SS: Pathomorphology of hypertensive disease in regard to lesions in various organs, Trudy Vsesoiuzn. Sovesch. po gipertonicheskoi Bolezni, Gorki 6, 1947. Google Scholar87. Filistovich VI: Pessimal inhibition of the depressor effect of the carotid apparatus, Fiziol. Zh. 42 (6): 477, 1956. Google Scholar88. Antipenko EN: Dynamics of inhibition in the vasomotor center, Fiziol. i biokh. Issledovania giperton. Bolezni, Leningrad University 9, 1954. Google Scholar89. GordienkoKiselevaTsynkalovskiiSaakov ANVIPBBA: Pathogenesis of hypertension. II. The effect of central nervous inhibition on the course of reflexogen hypertension, Bull. eksp. Biol. Med. 21 (5): 32-35, 1956. Google Scholar90. Boenko ID: Physiological effects of thermal carotid sinus stimulation, Trudy Vsesoiuzn. Obsh. Fiziol. Biokh. i Farmakol. 1: 88, 1952. Google Scholar91. Cherkasskii LP: Characteristics of interoceptive reflexes in experimental hypertension, Voprosy Fiziol. 10: 107, 1954. Google Scholar92. Gorev NN: Functional changes of the central nervous system in experimental hypertension, Akad. Nauk Ukr. SSR, Inst. Fiziol. (reprint, no source indicated), 142, 1955. Google Scholar93. Kondratovich MD: The functional state of the vasomotor center in experimental hypertension. II. Study of depressor reflexes, Bull. Eksp. Biol. Med. 40 (10): 31-34, 1955. Google Scholar94. Antipenko EN: Vascular reflexes in changed excitability of the brain centers, Dissertation, Leningrad University 16, 1950. Google Scholar95. Navakatikian AO: The mechanism of the adrenalin effect on baroreceptors, Bull. Eksp. Biol. Med. 21 (12): 7, 1956. Google Scholar96. Kozenko TM: Formation of cardiovascular conditioned reflexes under certain conditions of acute experiments, Fiziol. Zh. 38 (6): 697, 1952. Google Scholar97. Kovanov KV: Lymphatic system as regulator of the blood pressure, Trudy Vsesoyuzn. Obshtshestva Fiziol. Biokh. Farmakol. 1, 1952. Google Scholar98. Vasil'chenko RS: Reflexes from the carotid sinus zones affecting circulation, respiration, and lymph flow, Bull. Eksp. Biol. Med. 40 (10): 11, 1955. Google Scholar99. Kostiukhina NA: Vascular reactions, plethysmographically recorded, to unconditioned and conditioned stimuli in connection with short wave diathermy of patients with arterial hypertension, Sov. Med. 3: 54, 1955. Google Scholar100. Lebedeva VA: Investigation of the mechanism of interoception, Bull. eksp. Biol. Med. 36 (11): 17, 1952. Google Scholar101. Trofimova TA: The transition of reflex responses of blood pressure from a pressor to a depressor reaction in anesthesia, Bull. eksp. Biol. Med. 39 (2): 21, 1955. Google Scholar102. Mironchik KV: Changes of the blood pressure in dogs after intake of food of different temperature, Voprosy pitania 12 (3): 17, 1953. Google Scholar103. Popova TV: Effect of inspiration of carbon dioxide and oxygen on interoceptive reflexes, Voprosy Fiziologii Interoseptsii 1: 455, 1952. Google Scholar104. Chernigovskii VN: Physiological characteristics of the interoceptive analyzer, Zh. vyssh. nervn. deiat. 6: 53, 1956. MedlineGoogle Scholar105. Ganelina IE: Cardiac reflexes from intestinal and urinary bladder mechanoceptors in experimental neurogenic hypertension and atherosclerosis, Bull. eksp. Biol. Med. 40 (10): 35, 1955. Google Scholar106. EfremovaRatnerY Khaiutin LAMIVM: Reflex changes of blood pressure in man on filling of the urinary bladder, Bull. eksp. Biol. Med. 40 (12): 14, 1955. Google Scholar107. Musiashtshikova SS: Analysis of the effect of central nervous system disturbances on interoceptive reflexes, Bull. eksp. Biol. Med. 36 (11): 22, 1953. Google Scholar108. Palgova LE: Interoceptive effects from the urinary bladder on blood pressure and respiration in ontogenesis, Bull. eksp. Biol. Med. 38 (12): 3, 1954. Google Scholar109. FrolkisFrolkis VVAV: Adaptation mechanisms in reflex reactions, Fiziol. Zh. 42: 854, 1956. Google Scholar110. Durmishian MG: Functional dependence of vegetative nerve ganglia on spinal activity, Fiziol. Zh. 43: 657, 1957. Google Scholar111. Vasilenko FD: Reflexes from venous receptors, Voprosy Fiziol. Interotseptsii 1: 145, 1952. Google Scholar112. Palgova LA: Interoceptor effects from spleen on blood pressure and respiration in ontogenesis, Bull. eksp. Biol. Med. Suppl. 1: 13, 1957. Google Scholar113. Cherkasskii LP: Interoceptive reflexes elicited by increase of intrapulmonary pressure in animals with experimental hypertension, Bull. eksper. Biol. Med. 39 (9): 14, 1955. MedlineGoogle Scholar114. ChernigovskiiIaroshevskii VNII: Problems of nervous regulation of the blood system (Voprosy Nervnoi Reguliatsii Sistemy Krovi), Medgiz (Moscow) 222, 1953. Google Scholar115. Frolkis VV: The role of an interoceptive component in the mechanism of changes of cardiac reflex excitability in pathology, Bull. eksp. Biol. Med. 37 (3): 21-24, 1954. Google Scholar116. Gorbovitskii EB: Changes of the reactivity of the circulatory system in several conditions of increased blood pressure in the dog, Trudy Vsesoyuz. Obsh. Fiziol. Biokh. Farmak. 1: 140, 1952. Google Scholar117. Il'inaTonkikh AI: New data on the neurohormonal link of vascular reactions, Fiziol. Zh. 43: 3, 1957. Google Scholar118. MagakianMiminoshvili GODI: Changes of autonomic reactions in neurogenic arterial hypertension in monkeys, Tezisy dokl. Zased. Biuro Med.-biol. nauk, AMN, SSSR, Sukhumi, 37, 1954. Google Scholar119. Zamyslova NK: Clinical types of hypertensive disease, Voprosy Gipertonicheskoi Bolezni, Gorkii 13, 1951. Google Scholar120. Natanson GE: Clinical significance of vascular tests in patients with essential hypertension, Dissertation, Med. Instit. Riazan' 30, 1955. Google Scholar121. Kononiachenko VA: On stable hypertension and its pathogenesis, Ter. Arkh. 24 (3): 14, 1952. Google Scholar122. Martianova TA: The nature of malignant hypertension, Trudy Akad. Med. Nauk, "Gipertonicheskaia Bolezn'" 5: 70, 1958. Google Scholar123. MogendovichTshuvaev MRAK: On some factors in circulatory changes of man, Fiziol. Zh. 42: 253, 1956. Google Scholar124. Silvestrov VP: Vasomotor reflexes in arterial hypotension, Ter. Arkh. 28 (2): 9-18, 1956. Google Scholar125. Orlova TI: Unconditioned vascular reflexes in hypertensive disease, Vrach. Delo 12: 1103-1108, 1954. Google Scholar126. RybkinSegal IAIE: Conditioned and unconditioned vascular reflexes in patients in the initial phase of arterial hypertension, Ter. Arkh. 27 (2): 15, 1955. Google Scholar127. Klepitsova MP: On the relationship between the first and second signal system in patients in the neurogenic phase of arterial hypertension, Klinich. med. 32 (9): 70, 1954. Google Scholar128. Alexandrova LI: Clinical physiological analysis of the neurotic syndrome in the initial phase of arterial hypertension and the significance of hypnotic inhibition, Zh. Nevropatol. Psikhiatr. 52 (9): 42, 1952. MedlineGoogle Scholar129. Kononiachenko VA: Vascular conditioned and unconditioned reflexes in hypertensive disease, Zh. vysshei nervn. Deiat. 3: 680, 1953. MedlineGoogle Scholar130. Kononiachenko VA: Phasic variations in hypertensive disease, Zh. vysshei nervn. Deiat 5: 793, 1955. MedlineGoogle Scholar131. Ianushkevichus ZI: Higher nervous activity in patients with coronary insufficiency, Ter. Arkh. 28 (2): 22-33, 1956. MedlineGoogle Scholar132. Zaslavskaia RM: Vascular reactions in patients with coronary insufficiency, Ter. Arkh. 28 (4): 28, 1956. MedlineGoogle Scholar133. KaminskiiSavchuk SDVI: New data on functional state of the brain in various stages of hypertension, Zh. vysshei nervn. Deiat. 1: 703, 1951. MedlineGoogle Scholar134. AksentievYermulovichZhmudskayaReznichenko SBJVLFLG: Study of vascular conditioned and unconditioned reflexes as a method of analyzing corticovisceral relations in different diseases, Zh. vyssh. nervn. Deiat. 7: 49, 1957. MedlineGoogle Scholar135. Mansurov KK: Comparison of the functional condition of the central nervous system in patients with hypertensive disease and with rheumatism, Trudy Akad. Med. Nauk, "Gipertonicheskaia Bolezn'" 5: 30, 1958. Google Scholar136. Bragina NN: Vascular reflexes in hypertensive disease, Ter. Arkh. 28 (4): 23, 1956. MedlineGoogle Scholar137. Geifer GA: Unconditioned vascular reactions in arterial hypertension and their dynamics under sleep therapy, Klinich. med. 32 (6): 60, 1954. Google Scholar138. Oleinik SF: Graphical recording of arterial blood pressure according to Korotkov-Ianovski, Klinich. med. 37 (7): 80-85, 1956. Google Scholar139. Savitskii NN: Nekotorye Metody Issledovaniia i Funktsional'noi Otsenki Sistemy Krovoobrashcheniia (some methods for investigation and functional appraisal of circulatory system), Moscow (Medgiz) 314, 1956. Google Scholar140. Ivanov RS: Curves of arterial blood pressure for diagnosis of the phase of arterial hypertension, Klinich. med. 30 (7): 59-62, 1952. MedlineGoogle Scholar141. Baliasnyi MM: Regional cerebral vascular hypertension in arterial hypertension, Sov. Med. 3: 16, 1953. Google Scholar142. Volkova MI (a) : Clinical-ophthalmological observations in different phases of arterial hypertension with various lesions of the eye fundus, dissertation, 1st Med. Inst., Leningrad 1-14, 1955. Google Scholar142. SimonsonKoffKeysMinckler ESAJ (b) : Contour of the toe pulse, reactive hypermia, and pulse transmission velocity: group and repeat variability, effect of age, exercise, and disease, Am. Heart J. 50: 260, 1955. CrossrefMedlineGoogle Scholar143. Nikitin VP: Functional characteristics of large vessels in hypertensive disease, Ter. Arkh. 29 (4): 10-15, 1956. Google Scholar144. Pushkar IT: Diagnosis of atherosclerosis by means of arterial piezography. Ateroskleroz i Koronarnaia Nedostatochnost' (atherosclerosis and coronary insufficiency), Moscow, Medgiz 257, 1956. Google Scholar145. FateevaMaslova MKK: Velocity of pulmonary blood flow in arterial hypertension, Terap. Arkh. 26 (5): 3-6, 1954. MedlineGoogle Scholar146. FateevaSuleToloknovaNesterova MNEVEAAP: Circulation time, measured by means of radioactive sodium, in arterial hypertension, Ter. Arkh. 25 (3): 7-14, 1953. Google Scholar147. Fateeva MN: Measurement of circulation time by means of radioactive sodium, Tezisy Dokl. Zased. Biuro med.-biol. Nauk AMN, Sukhumi 56, 1954. Google Scholar148. BobkovaRsaevSolevev VIGMVV: Measurement of the circulation time by means of radioactive sodium, Sov. Med. 20 (8): 66-70, 1956. Google Scholar149. Davidov NM: Venous pressure in hypertensive disease in the light of prolonged phlebotensometry, Ter. Arkh. 25 (5): 12-18, 1953. Google Scholar150. BagdarasovAlperinGurevichLoginovaMeikul AAPMIBFIVE: Cardiovascular changes in arterial hypertension, Ter. Arkh. 25 (4): 48-63, 1953. Google Scholar151. Ivanitskaia MA: Roentgenological investigation of the heart in arterial hypertension, Ter. Arkh. 27 (3): 19-26, 1955. MedlineGoogle Scholar152. Soleva VS: Early ECG changes in arterial hypertension, in Meeting of Leningrad Therap. Soc., Ter. Arkh. 29 (9): 89, 1957. Google Scholar153. Raiskina ME: Electrocardiograms and cardiac content of glycogen and phosphate compounds in experimental hypertension, Bull. eksp. Biol. Med. 38 (3): 36-40, 1955. Google Scholar154. Kvitnitskii ME: Electrocardiographic changes in experimental hypertension, Bull. eksp. Biol. Med. 36 (1): 12-16, 1953. Google Scholar155. Dibner RD: Functional state of coronary circulation in hypertensive disease, Ter. Arkh. 28 (4): 3-9, 1956. MedlineGoogle Scholar156. Minterev IG: Dynamics of cardiac changes in dogs with experimental hypertension, Voprosy Patol. Fiziol. Serdtsa, Moscow, Medgiz 197-211, 1955. Google Scholar157. Minterev IG: Some functional characteristics of the heart in dogs with prolonged experimental hypertension, Ter. Arkh. 25 (4): 29-37, 1953. Google Scholar158. Arkhangelskii AV: Changes of arterio-venous anastomosis in the heart in arterial hypertension, Arkh. Patol. 17 (3): 45-51, 1955. Google Scholar159. AronovaBlinovaMarshakRydjovaSaradjev GNAMMENMNK: Change of blood distribution in experimental hypertension, Tezisy Dokl. Zased. Biuro med.-biol. Nauk, AMN, Sukhumi 7-8, 1954. Google Scholar160. GurevichTkachuk MIVP: Changes of capillaries in experimental hypertension, Med. Zh. 24 (6) 78-82, 1954. Google Scholar161. GurevichOvsepianTkachuk MIAGVP: Capillarographic study of peripheral circulation in arterial hypertension, Vrach. Delo 6: 1-8, 1954. Google Scholar162. Rusanov VN: State of capillaries in essential hypertension, Klinich. med. Suppl. 37: 9, 1957. Google Scholar163. RatnerSpivak NAGL: Capillary permeability and the effect of neurotropic drugs in arterial hypertension, Ter. Arkh. 27 (2): 28-35, 1954. Google Scholar164. Kushakovskii MS: Hemodynamics in the renal stage of essential hypertension, Ter. Arkh. 30: 19, 1958. MedlineGoogle Scholar165. Kedrov AA: Mechanism of headaches in hypertensive patients, Klinich. med. 32: 29-37, 1954. MedlineGoogle Scholar166. KedrovNaumenko AAAI: Voprosy Fiziologii Vnutricherepnovo Krovoobrashchenia s Klinicheskim ikh Osveshcheniem (physiology of intracranial circulation in relation to clinical problems), Leningrad (Medgiz), 1954. Google Scholar167. RomodanovaGorbach APNL: The so-called hypertensive headaches, Vrach. Delo 2: 125-130, 1952. Google Scholar168. Urinson IP: Pathogenesis of headaches in hypertensive disease, Klinich. med. 29: 54, 1951. MedlineGoogle Scholar169. Stupnitskii AA: Respiratory regulation in patients with hypertensive disease and coronary insufficiency, dissertation, Med. Instit. Kuibishev 19, 1956. Google Scholar170. Zakharevskaia MA: Pathologic changes of the kidney in juvenile hypertension, Klinich. med. 21 (12): 44, 1953. Google Scholar171. Ivanov HI: Kidney function in hypertension, Trudy Akad. Med. Nauk "Gipertonicheskaia Bolezn'" 1: 123, 1950. MedlineGoogle Scholar172. Ratner NA: Renal function in hypertensive disease in the light of the hypothesis of its cortico-visceral pathogenesis, Akad. Nauk Gruz. SSR Inst. Klin, i eksper. Kardiol. 2: 187-202, 1953. Google Scholar173. Ratner NA: Kidney function in different stages of hypertensive disease, Trudy Akad. Med. Nauk "Giperton
Referência(s)