Властивості І Переваги Ентеросорбентів На Основі Високодисперсного Нанорозмірного Кремнезему

Voronin, Ye. P.; Чекман, И. С.; Руденко, А. В.; Osіnnya, L. M.; Носач, Л. В.

doi:10.11603/1681-2727.2017.1.7787

Cited by 3 publications

(2 citation statements)

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“…Вживання бентоніту може попереджувати порушення мінерального обміну, яке відіграє важливу патогенетичну роль при значній кількості захворювань [26,27,28]. Загалом ентеросорбція є неінвазивним патогенетично обґрунтованим способом терапії і за умови вибору адекватного сорбенту може сприяти ефективному очищенню організму від токсинів, метаболітів, активних перекисних сполук, вірусів, інших мікроорганізмів [21,29,37].…”

Section: результати обговоренняunclassified

The human microbiome and modern approaches to its preservation (analytical review)

Bobyr,

Nazarchuk,

Paliy

et al. 2023

Rep. of Vinnytsia Nation. Med. Univ.

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Annotation. The article is devoted to the analysis of modern data on the diversity of the microbiome of the human body and the characteristics of the latest trends for its preservation. Scientific search engines, databases of electronic resources PubMed, IRBIS, and Google Scholar were used for information analysis using bibliosemantic, system review methods. The results of research by Ukrainian and foreign scientists indicate a huge positive influence of the microbiome of the human body on physiological and biochemical processes. Specialists in biology and medicine differentiate the microbiome as an “organ”- system that participates in the processes of digestion and metabolism, provides protective functions of mucous membranes, and supports the immune system in working order. The analytical review presents modern data on the formation of the human microbiome as a result of the joint long-term evolution of the human body with microorganisms that inhabited its biotopes. References from scientific sources on the study of the localization of the microbiome and the interaction of microorganisms of different biotopes to maintain homeostasis are discussed in the work. Modern scientific data provide examples of microbiome disturbances in the etiology of human diseases. In particular, changes in the microbiome correlate with the occurrence of gastrointestinal and systemic diseases. Discussions continue among scientists about the causes of dysbiosis and ways to correct it. An analysis of the results of research on the feasibility of using certain means of improving the microbiome with the help of probiotics and intestinal microbiota transplantation was carried out. The article presents the latest classification of probiotic preparations, requirements for modern means of dysbiosis correction, and approaches to the creation of immobilized probiotics.

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Section: результати обговоренняunclassified

The human microbiome and modern approaches to its preservation (analytical review)

Bobyr,

Nazarchuk,

Paliy

et al. 2023

Rep. of Vinnytsia Nation. Med. Univ.

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“…Нанодисперсний кремнезем марки А300 з середнім розміром частинок у 9 нм [7] має відносно велику адсорбційну місткість щодо води; отже, використання його уможливлює швидко адсорбувати серед інших компонентів крові воду, що може бути сприятливим чинником для тромбоутворення в рані та зупинки кровотечі. Окрім адсорбції води, А300 має здатність до адсорбції токсичних речовин, що з брудом потрапляють до рани; особливо ця властивість є важливою, якщо поранення відбувається в ході бойових дій, в антисанітарних умовах тощо.…”

Section: вступunclassified

Properties of Haemostatic Powders Based on Dispersed Silica, Sodium Alginate and Silver Nanoparticles

2022

Nanosistemi, Nanomateriali, Nanotehnologii

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Changes of micro elements, activity of metalloenzymes-antioxidants and metal-dependent enzymes in the blood serum of patients with periodontitis influenced by complex non-surgical treatment

Melnychuk¹,

Kateryniuk²,

Semenyuk³

et al. 2023

PHAR

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Data provided by WHO show that the prevalence of aggressive periodontitis is observed in almost 19% of the adult world population and is associated with the destruction of the attachment apparatus and premature tooth loss. Development of a periodontal pocket and foci of infection also negatively affect the body on the whole. Despite the great number of the researches in this field and the dramatic improvement in the treatment and prophylaxis, the problem of high prevalence of periodontal diseases remains actual. The article demonstrates the biochemical changes of Iron, Copper, Zinc, Manganese and metal-dependent oxidant-antioxidant enzymes in the blood serum of patients diagnosed with periodontitis gained after complex periodontal therapy with Spirulina platensis of blue-green microalgae. It was established that the micro- and macro-elements in the introduced agent significantly contribute to the correction of the Iron, Copper, Zinc and Manganese content, they also influence the activity of metaloproteins therefore, normalize the antioxidant defense of the body in general.

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Властивості І Переваги Ентеросорбентів На Основі Високодисперсного Нанорозмірного Кремнезему

Cited by 3 publications

References 0 publications

The human microbiome and modern approaches to its preservation (analytical review)

The human microbiome and modern approaches to its preservation (analytical review)

Properties of Haemostatic Powders Based on Dispersed Silica, Sodium Alginate and Silver Nanoparticles

Changes of micro elements, activity of metalloenzymes-antioxidants and metal-dependent enzymes in the blood serum of patients with periodontitis influenced by complex non-surgical treatment

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