FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2748592502> ?p ?o ?g. }

• W2748592502 abstract "Fluorochrome staining is among the most widely used techniques to study growth dynamics of echinoderms. However, it fails to detect fine-scale increments because produced marks are commonly diffusely distributed within the skeleton. In this paper we investigated the potential of trace element (manganese) labeling and subsequent cathodoluminescence (CL) imaging in fine-scale growth studies of echinoderms. Three species of sea urchins (Paracentrotus lividus, Echinometra sp. and Prionocidaris baculosa) were incubated for different periods of time in seawater enriched in different Mn2+ concentrations (1 mg/L; 3 mg/L; 61.6 mg/L). Labeling with low Mn2+ concentrations (at 1 mg/L and 3 mg/L) had no effect on behavior, growth and survival of sea urchins in contrast to the high Mn2+ dosage (at 61.6 mg/L) that resulted in lack of skeleton growth. Under CL, manganese produced clearly visible luminescent growth fronts in these specimens (observed in sectioned skeletal parts), which allowed for a determination of the average extension rates and provided direct insights into the morphogenesis of different types of ossicles. The three species tend to follow the same patterns of growth. Spine growth starts with the formation of microspines which are simultaneously becoming reinforced by addition of thickening layers. Spine septa develop via deposition of porous stereom that is rapidly (within less than 2 days) filled by secondary calcite. Development of the inner cortex in cidaroids begins with the formation of microspines which grow at ~3.5 μm/day. Later on, deposition of the outer polycrystalline cortex with spinules and protuberances proceeds at ~12 μm/day. The growth of tooth can be rapid (up to ~1.8 mm/day) and starts with the formation of primary plates (pp) in plumula. Later on, during the further growth of pp in aboral and lateral directions, secondary extensions develop inside (in chronological order: lamellae, needles, secondary plate, prisms and carinar processes), which are increasingly being solidified towards the incisal end. Interradial growth in the ambital interambulacral test plates exceeds meridional growth and inner thickening. Mn2+ labeling coupled with CL imaging is a promising, low-cost and easily applicable method to study growth dynamics of echinoderms at the micro-length scale. The method allowed us to evaluate and refine models of echinoid skeleton morphogenesis." @default.
• W2748592502 created "2017-08-31" @default.
• W2748592502 creator A5033006582 @default.
• W2748592502 creator A5043928574 @default.
• W2748592502 creator A5045168512 @default.
• W2748592502 creator A5081410484 @default.
• W2748592502 date "2017-08-25" @default.
• W2748592502 modified "2023-09-30" @default.
• W2748592502 title "Sea urchin growth dynamics at microstructural length scale revealed by Mn-labeling and cathodoluminescence imaging" @default.
• W2748592502 cites W112914106 @default.
• W2748592502 cites W1512269107 @default.
• W2748592502 cites W1535812245 @default.
• W2748592502 cites W1565780176 @default.
• W2748592502 cites W1840492158 @default.
• W2748592502 cites W1847561901 @default.
• W2748592502 cites W1963887696 @default.
• W2748592502 cites W1966175667 @default.
• W2748592502 cites W1967599957 @default.
• W2748592502 cites W1971137803 @default.
• W2748592502 cites W1973006389 @default.
• W2748592502 cites W1976111303 @default.
• W2748592502 cites W197615986 @default.
• W2748592502 cites W1979954553 @default.
• W2748592502 cites W1981700841 @default.
• W2748592502 cites W1982781457 @default.
• W2748592502 cites W1987091748 @default.
• W2748592502 cites W1990684131 @default.
• W2748592502 cites W1992409488 @default.
• W2748592502 cites W1994897508 @default.
• W2748592502 cites W2000788563 @default.
• W2748592502 cites W2002266667 @default.
• W2748592502 cites W2016747358 @default.
• W2748592502 cites W2029349660 @default.
• W2748592502 cites W2032296762 @default.
• W2748592502 cites W2037302524 @default.
• W2748592502 cites W2042309109 @default.
• W2748592502 cites W2046850905 @default.
• W2748592502 cites W2056310226 @default.
• W2748592502 cites W2057265600 @default.
• W2748592502 cites W2057521571 @default.
• W2748592502 cites W2061329317 @default.
• W2748592502 cites W2062637170 @default.
• W2748592502 cites W2064371257 @default.
• W2748592502 cites W2066739088 @default.
• W2748592502 cites W2067199273 @default.
• W2748592502 cites W2068707737 @default.
• W2748592502 cites W2073363226 @default.
• W2748592502 cites W2078265157 @default.
• W2748592502 cites W2091494709 @default.
• W2748592502 cites W2094922595 @default.
• W2748592502 cites W2104767656 @default.
• W2748592502 cites W2115298225 @default.
• W2748592502 cites W2127856085 @default.
• W2748592502 cites W2131176819 @default.
• W2748592502 cites W2132842481 @default.
• W2748592502 cites W2142848072 @default.
• W2748592502 cites W2148567209 @default.
• W2748592502 cites W2167711511 @default.
• W2748592502 cites W2241638745 @default.
• W2748592502 cites W2320178295 @default.
• W2748592502 cites W2324725064 @default.
• W2748592502 cites W2328716388 @default.
• W2748592502 cites W2334076194 @default.
• W2748592502 cites W2413731456 @default.
• W2748592502 cites W2485198219 @default.
• W2748592502 cites W2494235278 @default.
• W2748592502 cites W2505045971 @default.
• W2748592502 cites W4242044878 @default.
• W2748592502 cites W4300865851 @default.
• W2748592502 cites W58213159 @default.
• W2748592502 cites W992013596 @default.
• W2748592502 doi "https://doi.org/10.1186/s12983-017-0227-8" @default.
• W2748592502 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5574115" @default.
• W2748592502 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28855950" @default.
• W2748592502 hasPublicationYear "2017" @default.
• W2748592502 type Work @default.
• W2748592502 sameAs 2748592502 @default.
• W2748592502 citedByCount "9" @default.
• W2748592502 countsByYear W27485925022018 @default.
• W2748592502 countsByYear W27485925022019 @default.
• W2748592502 countsByYear W27485925022020 @default.
• W2748592502 countsByYear W27485925022021 @default.
• W2748592502 countsByYear W27485925022022 @default.
• W2748592502 crossrefType "journal-article" @default.
• W2748592502 hasAuthorship W2748592502A5033006582 @default.
• W2748592502 hasAuthorship W2748592502A5043928574 @default.
• W2748592502 hasAuthorship W2748592502A5045168512 @default.
• W2748592502 hasAuthorship W2748592502A5081410484 @default.
• W2748592502 hasBestOaLocation W27485925021 @default.
• W2748592502 hasConcept C104317684 @default.
• W2748592502 hasConcept C105702510 @default.
• W2748592502 hasConcept C123677613 @default.
• W2748592502 hasConcept C12554922 @default.
• W2748592502 hasConcept C139861200 @default.
• W2748592502 hasConcept C148869448 @default.
• W2748592502 hasConcept C151730666 @default.
• W2748592502 hasConcept C178790620 @default.
• W2748592502 hasConcept C185592680 @default.
• W2748592502 hasConcept C18903297 @default.
• W2748592502 hasConcept C192562407 @default.

• next