scholarly journals МОРФОЛОГО-АНАТОМІЧНЕ ДОСЛІДЖЕННЯ БЕДРИНЦЮ ЛОМИКАМЕНЕВОГО (PIMPINELLA SAXIFRAGA L.)

Author(s):  
С. М. Марчишин ◽  
Т. М. Гонтова ◽  
Е. А. Панасюк

<p><strong>MORPHOLOGICAL AND ANATOMICAL RESEARCH </strong></p><p><strong>OF </strong><strong>P</strong><strong>IMPINELLA SAXIFRAGA</strong><strong> L.</strong><strong></strong></p><p><strong>S.M.Marchyshyn, T.M. Hontova, E.A. Panasiuk</strong></p><p> </p><p>“I.Ya.HorbachevskyTernopilStateMedicalUniversityof the Ministry of Health ofUkraine” higher educational establishment</p><p>NationalPharmaceuticalUniversity</p><p><strong>Summary.</strong> The morphological and anatomical research of the herb and rhizome of pimpinella saxifrage l. has been made. Basic macro- and microscopic have been established to identify the raw material.</p><p><strong>Key words: </strong>pimpinella saxifrage l., herb, rhizome, macro- and microscopic features.</p><p><strong>Introduction. </strong>Pimpinella saxifraga L. Is a perennial herbaceous glabrous or puberulent plant of the Apiaceae family. It grows scattered on slopes, grass hills, forest glades, among the shrubs and along the roads on the entireterritory ofUkraine. For a long time pimpinella saxifrage l. has been used in folk medicine as an anti-spastic, ant-inflammatory, uretic, expectorant, anti-tussic, photosensitizing drug. The plant inUkraine is considered as non-officinal.</p><p><strong>The purpose</strong> of the research is to make a macro- and microscopic analysis of the herb and rhizome of pimpinella saxifrage l.</p><p><strong>Methods of the research. </strong>The micro-preparations were made of freshly collected raw material in the mixture of 96% ethanol – glycerol – purified water (1:1:1). The diagnostic microscopic features were studied by means of the microscope “Granum” with magnification power of x40, x100, x400. The photographs were taken with a camera Sony DSC-W80.</p><p><strong>Findings of the research. </strong>The macroscopic features of the rhizome of pimpinella saxifrage l. Spindle-shaped, longitudinally-wrinkled rhizomes up to5 cm in length and 2 –5 mm. in thickness. Grey-brown in colour, with uneven bend, yellowish-brown in colour, with yellow-brown spots. Strong, fragrant and acrid odour. Strong, bittersweet flavor.</p><p><strong>Microscopic features of the rhizome. </strong>The rhizome is covered with a thick layer of periderm. The cortical parenchyma is composed of parenchymal cells, small cells (phloem elements) are located lower. The phloem spreads evenly, in wide primary rays. The upper part of the cortical parenchyma contains oblong air vessels. The cortical parenchyma may have small schizogenous spaces; the parenchyma cells surrounding them contain starch. The central cylinder is clearly separated by the layer of cambium. The vessels are lined in oblong chains. The wood parenchyma accumulates starch. The rhizome center has a distinct lacune. </p><p><strong>Microscopic features of the herb. </strong>The stalks are thin-ribbed, branched and puberulent. The leaves are pinnated and macropodous; the margin is <a href="http://www.multitran.ru/c/m.exe?t=3157693_1_2&amp;s1=%EF%E8%EB%FC%F7%E0%F2%EE-%E7%F3%E1%F7%E0%F2%FB%E9">serrate-dentate</a>. The flowers are small, pentapetalous and in compound umbel inflorescence. The fruit are small, egg-shaped mericarps. The blade is green on the upper part and light green on the lower part; the flowers are white. The odour is faint and pleasant. The flavor is spicy and bitterish.</p><p><strong>Microscopic analysis if herb. </strong>The stalk is multi-ribbed. The stalk epiderm is small-celled; the cellular membrane has straight and slightly thickened walls. The stomata are oval, large and rare. The stomatal mechanism is anomocytic and anysocytic. The epiderm is unevenly puberulent. The trichomes are long, bent and many-celled, with a small basilar cell and oblong main cells, cone-shaped, 2-celled, long 3-celled straight, erect with oblong apical cell.</p><p>The leaf is dorsiventral. Palisade mesophile, bilarious, cancellate mesophile – tetrastichous. The cells of the palisade mesophile are small, not distinct, cylinder-shaped or oval; the second-row cells of the inner layer are loose. The cells of the cancellate mesophile are small, round or horizontally oblong. The stomata on the lower epiderm are protruding. The upper epiderm is represented by the parenchymal cells of various shape – starting with multi-angled ones and finishing with isodiametric-shaped ones. The cells of the lower epiderm are parenchymal, thin-walled and with rather sinuated membranes. The stomata are multiple, they are large and oval. The stomatal mechanism is anomocytic and paracytic. The leaf is unevenly puberulent. There are more trichomes on the lower side.</p><p><strong>Conclusions. </strong>The morphological and anatomical features of pimpinella saxifrage l. have been studied, and the main macro- and microscopic diagnostic features of rhizome, stalks, flowers and leaves have been defined to be later used for standardization of the medical raw material and design of the project “Pimpinella herb” and “Pimpinella rhizome”.</p>

Forests ◽  
2021 ◽  
Vol 12 (2) ◽  
pp. 143
Author(s):  
Miha Humar ◽  
Angela Balzano ◽  
Davor Kržišnik ◽  
Boštjan Lesar

Buildings on piles have been constructed in Ljubljana since the Bronze Age. The piles were made of different types of wood. In the present study, piles that were erected about 125 years ago were investigated. Investors tend to renovate a building; therefore, the piles were analysed to assess the structural condition of the building. The building showed no signs of damage. To gain access to the piles, a 2 m thick layer of soil was removed. On-site, the following analyses were carried out: drilling resistance with a resistograph and a screw withdrawal test. Part of the piles was isolated and light microscopy, scanning electron microscopy, infrared spectroscopy, dynamic vapour sorption, density analysis, and chemical analysis were performed. Microscopic analysis revealed that the piles were made from the wood of Scots pine (Pinus sylvestris). The results indicate that the wood was severely degraded, mainly by soft-rot fungi and bacteria, resulting in a significant deterioration of its mechanical properties.


Author(s):  
Levaya Ya. K. ◽  
Ishmuratova M. Yu. ◽  
Atazhanova G. A. ◽  
Zilfikarov I. N. ◽  
Loseva I. V.

Microscopic analysis of medicinal plants and raw materials is one of the stages of quality control which makes it possible to determine the authenticity of an object. This article presents the results of microscopic analysis of leaves, corolla, leafstalks and stalk of Salvia stepposa (steppe sage). This species is a relative to Salvia officinalis officinal used in traditional medical systems as an anti-inflammatory agent. The purpose of this study is to determine the features of the anatomical structures of the above-ground part of steppe sage and to reveal diagnostic signs at the microscopic level. Preliminary pharmacognostic investigation of vegetative raw material is done and diagnostic signs are identified. The detail microscopy revealed the presence of 3 types of trichomes on leaves’ epidermis: 1) simple unicellular; 2) simple multicellular; 3) glandular; their localization and shape are determined. Type of mesophyll, structure of trichomes; form and location of epidermal cells, the presence of rare simple trichomes along the edge are discovered. As a result of the research the anatomical features of the raw material were established, which make it possible to identify the above-ground part of Salvia stepposa and can be used for the development of regulatory documentation.


2007 ◽  
Vol 44 (3) ◽  
pp. 130-136 ◽  
Author(s):  
Z. Świderski

AbstractUltrastructural features of juvenile cestodes (metacestodes) can provide useful characters for phylogenetic and evolutionary analyses. Until now, however, they have been relatively little utilised (Beveridge 2001, Chervy 2002). The postembryonic development and structure of fully formed metacestodes were examined in two cyclophyllideans: Taenia parva Baer, 1926 (Taeniidae); and Sobolevitaenia verulamii (Mettrick, 1958) Korniushin, 1972 (Dilepididae). In T. parva, three developmental stages were recognized: (1) an early stage of exogenous budding at the surface of the central vesicle; (2) a stage of polycephalic cyst development accompanied by segmentation of the growing metacestode strobila and an obvious decrease in the size of the central vesicle; (3) a fully formed metacestode of the strobilocercus type with 14–24 invaginated scoleces. The tegument, scolex, subtegumental musculature of the strobilar segments, protonephridial system, calcareous corpuscles and medullary parenchyma of larvae exhibit general similarity to the same structures in adults at both LM and TEM levels. The morphogenesis of the metacestode of T. parva is compared with that of polycephalic metacestodes of other Taenia spp. (T. krepkogorski, T. twitchelli and T. endothoracica) and with other asexually multiplying metacestodes (Mesocestoides vogae, hymenolepidids and dilepidids). In S. verulamii, the body of the cysticercoid with invaginated scolex armed with a double crown of rostellar hooks was completely surrounded by the cercomer, which appears to be separated from the cyst and scolex. The surface of the suckers is covered with a thick layer of glycocalyx. Five cell types were distinguished in the sections: (1) perikarya of metacestode tegument; (2) glycolgen-storing parenchymal cells; (3) glandular-type cells with large, electron-dense secretory-like granules; (4) flame cells; and (5) calcareous corpuscle-forming cells. The surface of the cercomer is covered by elongated microvilli, which evidently differ from characteristic microtriches covering all other parts of the metacestode surface. The ultrastructure of S. verulamii evidently differs from that of the other dilepidid cestode examined to date, Lateriporus geographicus, the cyst wall of which more resembles cysticercoids of Hymenolepididae than those of Dilepididae. Concluding remarks: Ultrastructural studies on metacestodes have considerable promise for providing important new characters for phylogenetic analysis. New TEM data on a great variety of cestode species are urgently needed. Until now, this field has not been exploited in a systematic fashion. Until more comprehensive studies become available, the current data are not yet amenable to analysis.


2022 ◽  
pp. 38-44
Author(s):  
М.С. Жанибек ◽  
К.К. Орынбасарова

В данной статье представлены результаты микроскопического исследования особенностей анатомического строения (листья, цветки) растения пижмы сантолинной (Tanacetum Santolina). Цель работы: изучение анатомического строения надземных органов, определение подлинности и отличия от других видов. Материалы и методы: объект исследования - цветки пижмы сантолинной, собранные в период цветения в мае 2020 года в предгорных равнинах Каратау. Микроскопическое исследование цветков пижмы сантолинной проводилось в соответствии с требованиями государственной фармакопеи Республики Казахстан. С помощью микроскопа Биолам-5 изучался объект с увеличением от х40 до х400. Исследование срезов и создание микрорисунков проводили с помощью цифрового камерного тринокулярного микроскопа «МТ300L» (Япония) (увеличенный 7х1,5х4,5; 7х1,5х8; 7х1,5х40). Результаты и обсуждения: изучены диагностические признаки для определения цельного сырья: диагностические признаки листьев, форма клеток эпидермиса, тип аппарата устьиц, строение волосков и эфирномасличных желез; формы оксалата кальция. Выводы: проведен микроскопический анализ цветков пижмы сантолинной. Для определения подлинности этого сырья были выявлены анатомодиагностические признаки. Во всех частях растения встречаются одноклеточные волоски и пучковые волокна. На обеих частях листовой пластины хорошо видны волокна и волоски, устьица, пигментные полости. Кристаллы оксалата кальция, находятся в мезофильных полостях листа. В цветках оксалат кальция встречается только в виде четырехугольного кристалла. На анатомическом признаке измельченного сырья видны эфирномасличные железки. Форма эфирно-масличных желез обнаруживает основные диагностические признаки цветков и листьев пижмы сантолинной. Анатомические характеристики позволяют повысить уровень стандартизации, дальнейшее изучение лекарственного растительного сырья This article presents the results of a microscopic study of the anatomical structure (leaves, flowers) of the Santolina’s tansy plant (Tanacetum Santolina). The purpose of the work: to study the anatomical structure of aerial organs, to determine authenticity and differences from other species. Materials and methods: the object of research is the flowers of Santolina’s tansy collected during the flowering period in May 2020 in the foothill plains of Karatau. Microscopic examination of the flowers of Santolina’s tansy was carried out in accordance with the requirements of the State Pharmacopoeia of the Republic of Kazakhstan. Using a Biolam-5 microscope with magnification from x40 to x400 an object was studied. The study of sections and the creation of micro-nozzles was carried out using a digital chamber trinocular microscope "MT300L" (Japan) (enlarged 7x1.5x4.5; 7x1.5x8; 7x1.5x40). Results and discussions: diagnostic signs for the determination of whole raw materials were studied: diagnostic signs of leaves, the shape of epidermis cells, the type of stomatal apparatus, the structure of hairs and essential oil glands; forms of calcium oxalate. Conclusions: microscopic analysis of flowers of Santolina’s tansy was carried out. Anatomical and diagnostic signs were identified to determine the authenticity of this raw material. Unicellular hairs and beam fibers are found in all parts of the plant. Fibers and hairs, stomata, pigment cavities are clearly visible on both parts of the leaf plate. Calcium oxalate crystals are located in the mesophilic cavities of the leaf. In flowers, calcium oxalate occurs only in the form of a quadrangular crystal. On the anatomical feature of the crushed raw materials, essential oil glands are visible. The shape of the essential oil glands reveals the main diagnostic signs of flowers and leaves of santolina tansy. Anatomical characteristics make it possible to increase the level of standardization, further study of medicinal plant raw materials.


2017 ◽  
Vol 22 (1) ◽  
pp. 166-190
Author(s):  
Joanna Kałużna-Czaplińska ◽  
Angelina Rosiak ◽  
Andrzej Sikorski ◽  
Danuta Żurkiewicz

Abstract The article describes an attempt to identify the raw material of the organic layers - mats identified within the roofs and floors of the graves in the Yampil Barrow Cemetery Complex. The use of gas chromatography and infrared spectroscopy combined with microscopic analysis of the extracted “mat” sections significantly supplements our knowledge in the field of weaving of the studied communities.


2019 ◽  
Vol 11 (17) ◽  
pp. 4784 ◽  
Author(s):  
Štěpán Hýsek ◽  
Jaroslav Čermák ◽  
Martin Lexa

Post-harvest crop residues are an interesting raw material for the production of composite materials. However, their surface often contains waxy and siliceous substances, which can cause adhesion problems. Therefore, various surface pre-treatment methods have been developed to increase the surface tension of these particles and hence to improve adhesive adhesion. The influence of hydrothermal, chemical, plasma and enzymatic treatment was investigated. The aim of the paper is to evaluate the effect of pre-treatments of post-harvest crop residues on the nature of joint failure and adhesive dispersion on the particles. The evaluation is based on microscopic analysis of particles obtained from the rupture area after internal bonding tests. The nature of bond failure and adhesive dispersion on the particle surface is evaluated. The results show a clear influence of material pre-treatment on the failure bond of the bond and, to a large extent, correlate with the mechanical properties of composites published in previous studies. The most suitable treatment appears to be a plasma treatment at a properly adjusted intensity. Conversely, the unsuitable treatment was alkaline, which, although it increased adhesion, deteriorated the overall mechanical properties. Hydrothermal treatment could be also considered as an industrially suitable method.


2020 ◽  
Vol 299 ◽  
pp. 188-193
Author(s):  
Elena A. Yatsenko ◽  
V.A. Smoliy ◽  
A.A. Chumakov

The macro- and microstructure is investigated by microscopic analysis methods. The elemental, granulo-metric and mineralogical composition of diatomite of the Chernoyarskoe deposit is determined. As a result of complex thermal analysis, using a differential scanning calorimeter, intervals of continuous dehydration of diatomite were studied, as well as polymorphic transformations of quartz and other minerals. Physical-chemical methods of research have discovered that diatomite of the Chernoyarskoe deposit contains amorphous silica, quartzite, clay impurities, opal and minor amounts of calcite, mica, zeolite, and so this diatomite is a promising raw material for the synthesis of foam glass.


2016 ◽  
Vol 88 (3) ◽  
pp. 261-274 ◽  
Author(s):  
Barbara Filipowska ◽  
Błażej Wiśniewski ◽  
Lucyna Zawadzka Michalak

This article presents a number of possible approaches to creating electro-conductive paths and patterns on flat textiles with various structures and raw material compositions. A modifier was selected and the process of creating the electro-conductive paths by screen printing was optimized. The result of this process was evaluated by the measurement of surface resistance and by microscopic analysis using scanning electron microscopy with energy dispersive X-ray spectroscopy. The durability of the obtained effect was evaluated by analyzing electro-conductive paths after multiple washing cycles and after rubbing.


Author(s):  
SATYA RANJAN DAS ◽  
SANJAY CHOUDHRY ◽  
VIJAI KUMAR

“Composites are the combination of a reinforcement fibre in a thermoset polymer resin matrix, where the reinforcement has an aspect ratio that enables the transfer of loads between fibres, and the fibres are chemically bonded to the resin matrix.” FRP (fibre reinforced plastic) Sandwich structure are defined as a three layer type of construction a thick layer known as core and two thin polymer layer known as face . In automobile and aerospace industries FRP composites are used due to numerous advantage like mechanical, chemical, thermal properties and light weight. The mechanical, thermal chemical properties can be optimize by stabilizing the core[1][2]. For this study various raw material characterization done .Aluminium honeycomb used as a Core material (25mm thick) and Epoxy prepreg (layer used as a face sheet material) & PU foam provide housing for core [5]. The experiment conducted according to raw material characterization test report . by autoclave curing At a particular temperature, pressure ,vacuum with respect to time process optimized ,sandwich cured and stabilized. Finally the test conducted According to ASTMD & DIN standard as a result it shows that the stabilized FRP sandwich having excellent mechanical properties compare to core crushing FRP sandwich.


2020 ◽  
Author(s):  
Adesanya Olamide Adewale ◽  
Olatayo Segun Okeniran ◽  
Fred Ssempijja ◽  
Adam Moyosore Afodun ◽  
Ojewale Abdulfatai Olakunle ◽  
...  

Abstract Infiltrating intermuscular angiolipomas are rare. We report a cadaveric case of infiltrating angiolipoma in the muscles of the posterior axioappendicular region with literature in the context of live individuals. The macroscopic assessment showed a non-capsulated homogenous yellow mass was located between the trapezius muscle above and rhomboid major muscle below and invaded the dorsal scapular blood vessels from the rhomboid major muscle. It weighed 47.03 g, 8.5 cm x 6.6 cm x 1.7 cm (length, width, and thickness). Microscopic analysis shows mature fat cells, prominent blood vascular components, and no myxoid areas. Infiltrating intermuscular angiolipomas of the chest wall are very rare and to our knowledge, there is the scantiness of similar cases, hence we are providing an extra case of a giant infiltrating intermuscular angiolipoma of the posterior axioappendicular region, with particular emphasis on gross and microscopic features. In such cases, angiolipomas would require complete surgical excision to prevent continued growth, invasion, and recurrence.


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