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Scanning electron microscopic observation of Acarothrix grandocularis (Acari, Halacaridae) and notes on the species of the genus Acarothrix

100%

Chatterjee T.

Acta Biologica

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2019

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tom 26

2

Electron probe X-ray microanalysis of cultured myogenic C2C12 cells with scanning and scanning transmission electron microscopy

100%

Tylko G., Karasinski J., Wroblewski R., Roomans G. M., Kilarski W. M.

Folia Histochemica et Cytobiologica

|

2000

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tom 38

|

nr 2

3

Scanning electron microscopy in Mesozoic palaeobotany

88%

Reymanowna M., Wcislo-Luraniec E., Ichas J.

Folia Histochemica et Cytobiologica

|

1986

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tom 24

|

nr 4

4

Use of scanning electron microscopy for the study of Hoplopleura (Phthiraptera, Anoplura) lice taxonomy

88%

Kozina P., Izdebska J. N., Mierzynski L.

Annals of Parasitology

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2016

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tom 62

|

nr Suppl.

5

Cytoskeletal connections between the nucleus and cell cortex in Amoeba proteus: a scanning electron microscope study

88%

Wasik A., Grebecka L., Grebecki A.

Acta Protozoologica

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2000

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tom 39

|

nr 3

6

The microstructure of selected apple varieties

88%

Pierzynowska-Korniak G., Zadernowski R., Fornal J., Nesterowicz J.

Electronic Journal of Polish Agricultural Universities. Series Food Science and Technology

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2002

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tom 05

|

nr 2

Scanning microscopic analysis cell structure of 8 apple cultivars was carried out. For each variety, skin and flesh, cut and broken preparation was made to research microstructure of apple tissue. The results revealed differences in shape, cell size, thickness of cellular wall, distribution and size intracellular spaces and other fruit texture features of apple varieties tissue. In microscopic picture some varieties of apple were found. Some dependence between structure of apple tissue and sensory assessment of fruit was found too.

7

Electron microscope study of NaCl- and Pb[CH3COO]2-treated kaolinite

88%

Kharitonova G. V., Manucharov A. S., Chernomorchenko N. I., Pavluykov I. A.

International Agrophysics

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2006

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tom 20

|

nr 3

8

Ossification of human thyroid cartilage. Scanning electron microscopic study

88%

Strek P., Nowogrodzka-Zagorska M., Skawina A., Olszewski E.

Folia Morphologica

|

1993

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tom 52

|

nr 1

9

Ultrastructure of Candida albicans pleomorphic forms: phase-contrast microscopy, scanning and transmission electron microscopy

75%

Staniszewska M., Bondaryk M., Siennicka K., Kurzatkowski W.

Polish Journal of Microbiology

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2012

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tom 61

|

nr 2

A modified method of glutaraldeyde-osmium tetroxide fixation was adjusted to characterize the ultrastructure of Candida albicans pleomorphic forms, using phase-contrast microscopy, scanning electron microscopy and transmission electron microscopy. &e discovered morphological criteria defining the individual morphotypes are discussed in terms of mycological and histopathological diagnostics of candidiasis. &e relations are discussed between fungal pleomorphism, virulence and susceptibility of di!erent morphotypes to fungicides.

10

Structural and microanalytical rapid diagnosis of urinary stones by sem

75%

Wozniewicz B., Lembowicz K., Sokolnicka I.

Folia Histochemica et Cytobiologica

|

1984

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tom 22

|

nr 2

11

Cellular organisation and functions of the olfactory epithelium of pearl spot Etroplus suratensis (Bloch): a light and scanning electron microscopic study

75%

Ghosh S. K., Chakrabarti P.

Folia Morphologica

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2010

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tom 69

|

nr 3

The cellular organisation of the olfactory rosettes of Etroplus suratensis was studied by light and scanning electron microscopy. The oval shaped olfactory rosette of the fish consists of 12 lamellae radiating from a central raphe. The olfactory lamellae are comprised of restricted areas of sensory epithelium and broad areas of non-sensory epithelium in the apical, middle, and basal regions. The sensory epithelium contains three types of receptor cells: microvillus, ciliated, and rod cells, as well as labyrinth cells and supporting cells. The non-sensory epithelium consists of stratified epithelial and mucous cells. The transitional region between the sensory and non-sensory epithelium consists of ciliated receptor cells, mucous cells, and stratified epithelial cells. The different cells on the olfactory epithelium were discussed regarding the functional significance of the fish concerned. (Folia Morphol 2010; 69, 3: 154–159)

12

Morphological and elemental analysis of alpaca hair using scanning electron microscopy with energy-dispersive X-ray spectroscopy (SEM-EDX)

75%

Mucha A., Janeczek M.

Medycyna Weterynaryjna

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2018

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tom 74

|

nr 05

The aim of the study was to evaluate the microstructure and elemental compositions of alpaca (Vicugna pacos) hair. The hair from eight alpacas that came from different parts of Poland were analyzed by scanning electron microscopy with energy dispersive X-ray spectroscopy (SEM-EDX). A quantitative analysis was performed for nutritionally important elements (calcium and phosphorous); elements which are part of building blocks of hair structure (silicon and sulfur) and trace elements (copper, zinc, selenium). Moreover, elemental mapping was carried out. The SEM images showed that microstructure of hair is irregular and rough. The average diameter of hair is 32.27 ± 4.06 µm. The obtained results showed content of elements in hair and also their distribution in the structure of hair. These findings can be a good benchmark for further studies.

13

Diversity of labellar micromorphological structures in selected species of Malaxidinae [Orchidales]

75%

Kowalkowska A., Margonska H. B.

Acta Societatis Botanicorum Poloniae

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2009

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tom 78

|

nr 2

141-150

There are no papers examining the labellar micromorphology in Malaxidinae in detail. The aim of this paper is to present the results of labellar micromorphology of our studies on Malaxidinae. The micromorphology of nine species was examined and described (calli, nectaries, OP structures, concavities). These species are divided into six groups of which the lip morphology probably represents different forms of attracting and rewarding pollinators. Group one consists of Disticholiparis gregaria and Platystyliparis aurita with characteristic globular nectary and pad-like callus. The second group with Liparis nervosa has two conelike convexities. The third one is represented by Liparis sutupensis with spread lip, the basal callus, and the epichile often eroding with age. The fourth group (Stichorkis cespitosum) has a massive hypochil with basal callus and delicate epichil. The fifth group (Microstylis ophioglossoides, Dienia ophrydis) is characterized by a lip with developed lateral lobes, three deep concavities in the middle part, an erect callus, and many raphide cells.Crepidium cf. rheedii and Crepidium dryadum from the sixth group have a three-lobed lip with entire or toothed mid-lobe, basal callus, cavity surrounded by a rim and OP structures with raphide cells. We also emphasized the different way and place of nectar secretion in the subtribe and gave some suggestions about pollination strategies.

14

Ecological adaptation of the seed microsculptures of Saussurea from different altitudes (Qinghai-Tibet Plateau)

75%

Li Z., Du G.

Polish Journal of Ecology

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2015

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tom 63

|

nr 4

The aim of this study was to explore ecological adaptation of seed microsculptures of Saussurea from different altitudes. Scanning electron microscopy was used to observe the cypselae surface of 10 taxa of Saussurea collected from the eastern edge of Qinghai-Tibet plateau, China. The results indicated that the microsculptures had clear and consistent variations in some samples collected from high (4200 m a.s.l.) and low-altitude sites (2200 m a.s.l.). The thickness of stripes and distance between stripes are increasing while sulcus depth is increasing from a low to a high altitude (P < 0.01). The seed-coat surface was becoming rougher from low to high altitude. The surviving rate of seeds was lower at high altitude than that at low altitude in all the species. The surviving rate of the seeds collected from the high altitudes was higher than that of the seeds collected from low altitudes when sown at the same altitude. All the results suggested that there is selection pressure of the altitude on the development of the microsculpture patterns, which increases absorbed sunlight, the residence time of soil water and nutrition. The changes can make the seeds survive better at extreme environments (cold and dry). The cypselae microsculpture patterns should be used as potential adaptation biomarkers for the species of Saussurea from low- to high-altitude.

15

The application of scanning electron microscopy in the study of seeds surface

75%

Karcz J., Tomczok J.

Folia Histochemica et Cytobiologica

|

1986

|

tom 24

|

nr 4

16

Coccolithophores in polar waters: Papposphaera sagittifera HET and HOL revisited

75%

Thomsen H. A., Ostergaard J. B., Heldal M.

Acta Protozoologica

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2016

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tom 55

|

nr 1

17

Conjugation of meningococcal lipooligosaccharides through their non‑reducing terminus results in improved induction a protective immune response

75%

Mieszala M., Jennings H. J., Drab M., Gamian A.

Archivum Immunologiae et Therapiae Experimentalis

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2019

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tom 67

|

nr 4

18

Pollen morphology of Pinus uliginosa Neum. and Pinus uncinata Ramond ex DC in an experimental culture

75%

Klimko M., Bykowska J.

Steciana

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2015

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tom 19

|

nr 3

Pollen grains of Pinus uliginosa and P. uncinata were examined by light and scanning electron microscopy. The pollen grains were bisaccate and monosulcate. The corpus-saccus attachment was distinct. The pollen corpus exine sculpture was verrucate-rugulate and deeply sculptured. The surface of the tectum was with or without small grana and it was perforate. The saccus sexine ornamentation was reticulate and irregularly perforate. The tectum surface characters in the proximal and distal view of the corpus and saccus were less variable and they did not provide good criteria to identify the species under study. Among the P. uncinata from the Forest Arboretum there were differences observed in the size, shape and height of elevation and sculpture on the corpus between pollen grains of the same specimen. This study of the pollen grain morphology of the corpus and saccus provided some important new data.

19

Pathogenicity of Phoma complanata (Tode) Desm. towards angelica (Archangelica officinalis Hoffm.)

75%

Machowicz-Stefaniak Z., Zalewska E. D., Zimowska B., Król E. D.

Acta Scientiarum Polonorum. Hortorum Cultus

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2014

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tom 13

|

nr 6

The plants of angelica Archangelica officinalis may be colonized by various species of fungi including Phoma species. The paper concerns the fungus Phoma complanata, isolated from above-ground and underground parts of angelica in 2009–2011. Pathogenicity tests according to Koch’s postulates were carried out on angelica plants using various methods of inoculation. Observations of the infection process were made using the scanning electron microscope (SEM). Three our own isoletes and reference isolate of P. complanata were used in the study. P. complanata was found to be a facultative pathogen of angelica, which enters to the plant through stomata and wounds without creating appressoria in the top part of the germination hyphae.

20

The distribution and structure of the lingual papillae on the tongue of the bank vole Clethrionomys glareolus

75%

Jackowiak H., Godynicki S.

Folia Morphologica

|

2005

|

tom 64

|

nr 4

326-333

The distribution and three-dimensional structure of the lingual papillae were studied by means of scanning electron microscopy. The elongated tongue in the bank vole is about 12 mm in length and about 3 mm in width. The characteristic features of the tongue are the median sulcus on the apex of the tongue, considerable narrowing in the body of the tongue and a well developed intermolar prominence. On the surface of the apex and body of the tongue three morphological types of the filiform papillae and fungiform papillae were observed. The intermolar prominence of the tongue is covered with conical and saw-like filiform papillae. On the posteriolateral margin of the intermolar prominence two foliate papillae were found. A single oval vallate papilla was situated in the median line of the anterior part of the root of the tongue. The posterior part of the lingual root is flat without papillae. The distribution and types of the lingual papillae found in the bank vole are similar to those in species of the Microtinae family.

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