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5,794 results for “exposures”
The exposure of the world's mountains to global change drivers
<p>R scripts to reproduce step by step the analysis of the article entitled "The exposure of the world's mountains to global change drivers" and final rasters obtained. </p>
Exposure of Bromus hordeaceus to petroleum and plant-based micro- and nanoplastics: Impacts and plant-plastic interactions vary depending on polymer type and growth phase
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Figure 2 in Oviposition performance of tephritid polyphagous Anastrepha fraterculus and Ceratitis capitata during three periods of exposure to fruit
Figure 2. Comparison between infestation index pupae/fruit and pupal viability of A. fraterculus and C. capitata in C. reticulata (a), M. domestica (b), M. indica (c), P. persica (d) and P. guajava (e).
Fig. 2 in Exposure to tea tree oil enhances the mating success of male Mediterranean fruit flies (Diptera: Tephritidae)
Fig. 2. Number of matings (mean ± SE) obtained per replicate by wild-like medfly males exposed to TTO (treated) or not exposed (control) for 3 different post-exposure (pre-test) intervals for the treated males (exposed to 200 µL of 5% TTO on an uncovered wick for 1 h). Bar heights represent averages; whiskers represent 1 SE. Results of t-tests: 1 d: t = 4.8, P <0.001; 3 d: t = 2.4, P = 0.03; 5 d: t = 0.6, P = 0.53.
Fig. 3 in Exposure to tea tree oil enhances the mating success of male Mediterranean fruit flies (Diptera: Tephritidae)
Fig. 3. Number of matings obtained per replicate by tsl males and wild-like males where tsl males were or were not exposed to TTO and tested either 1 d (A) or 3 d (B) afer exposure. Wild-like males were not exposed to the chemical in any trial. Bar heights represent averages; whiskers represent 1 SE. Results of t-tests: (A) 1 d post-exposure interval: treated tsl males t = 1.2, P = 0.24; nonexposed tsl males t = 6.8, P <0.001; (B) 3 d post-exposure interval: treated tsl males t = 7.4, P <0.001; non-exposed tsl males t = 6.6, P <0.001.
Fig. 4 in Trichoplusia ni (Lepidoptera: Noctuidae) survival, immune response, and gut bacteria changes afer exposure to Azadirachta indica (Sapindales: Meliaceae) volatiles
Fig. 4. Dose-response test using dried neem leaves and 5 doses. In brief, 60 neonates of the NL or Gto strain in a 1 L container with artificial diet were placed aside the dried neem leaves inside an airtight plastic box, and were examined afer 7 d incubation. Data represent the mean ± standard deviation of 2 replicate experiments per treatment.
Fig. 5 in Trichoplusia ni (Lepidoptera: Noctuidae) survival, immune response, and gut bacteria changes afer exposure to Azadirachta indica (Sapindales: Meliaceae) volatiles
Fig. 5. Transcription of selected immune and chemical resistance markers and the ribosomal protein S5 gene from rRNA samples of Trichoplusia ni NL strain larval midguts, dissected from unexposed (control) larvae or larvae exposed to 10 g of neem leaves, determined by reverse transcriptase polymerase chain reaction (RTPCR). A) DNA amplification bands as detected by RT-PCR in agarose gels; B) DNA density estimated values in units compared with the ribosomal protein S5 band using the image sofware Image J, where bars on each column represent the standard error value from 3 replicate samples.
Single 1,000 sec dark exposure from Andor Aspen CG16M
<p>This is a single uncalibrated dark frame with exposure time of 1000 seconds.</p>
Fig. 2 in Experimental Chronic Exposure rotunda to Zinc of the Foraminifer Pseudotriloculina
Fig. 2. Scheme of the experimental set up. R means replicate, n is the number of specimens for each replicate, C means zinc concentration.
Figure 1 in Study of histoarchitectural changes in Anopheles stephensi larvae following exposure to Eucalyptus globulus and Aloe vera oils
Figure 1. Longitudinal sections of 4th instar Anopheles stephensi larvae (4×): (a) Control larva showing normal and intact body; (b) Eucalyptus globulus oil treated larva showing disintegration of body; (c) Aloe vera oil treated larva showing disintegration of body.
Figure 6 in Study of histoarchitectural changes in Anopheles stephensi larvae following exposure to Eucalyptus globulus and Aloe vera oils
Figure 6. Longitudinal sections of epithelium layer of midgut of 4th instar Anopheles stephensi larvae (40×): Control larva showing cells having nucleus (N), peritrophic membrane (PM), basement membrane (BM), and microvilli (MV); Eucalyptus globulus oil treated larva showing lysis of epithelial cells; Aloe vera oil treated larva showing ruptured areas.
Figure 2 in Compatibility of entomopathogenic nematodes with plant extracts and post-exposure virulence test under laboratory condition
Figure 2. Percentage survival of the individual EPN species at different concentrations of aqueous and ethanol extracts of A. amatymbica and E. elephantina. Vertical bars illustrate the standard error of the mean (n = 3).
Figure 2 in Effects of in vivo exposures to nanoparticles (Al O , CuO, TiO ) on the activities of ATPases in the gill and muscle of freshwater mussel (Unio tigridis)
Figure 2. Effects of NPs on Na-ATPase activity in the gill of mussels after 14 days. * indicates significant (p <0.05) differences compared to control.
Fig. 2 in Rickettsiae exposure related to habitats of the oriental house rat (Rattus tanezumi, Temminck, 1844) in Salaya suburb, Thailand
Fig. 2. Indirect immunofluorescence assay (IFA) shows the negative (A) and positive (B) reaction against Rickettsiae antigen with different signal of green fluorescence. (For interpretation of the references to colour in this figure legend, the reader is referred to the Web version of this article.)
Association Between Short-term Exposure to Air Pollutants and Emergency Attendance for Upper Gastrointestinal Bleeding in Hong Kong: A Time-series Study
<p>Related data and DLNM code for generating figures and results.</p>
Insights into antibiotic resistance promoted by quinolone exposure
<p>These data were collected as part of a study looking into the effect of exposing <em>E. coli</em> MG1655 to sub-MIC concentrations of quinolones and other antibiotics. See abstract below:</p> <p>Quinolone-induced antibiotic resistance (QIAR) refers to the phenomenon by which bacteria exposed to sub-lethal levels of quinolones acquire resistance to non-quinolone antibiotics. We have explored this in Escherichia coli MG1655 using a variety of compounds and bacteria carrying a quinolone-resistance mutation in gyrase, mutations affecting the SOS response and mutations in error-prone polymerases. The nature of the antibiotic-resistance</p> <p>mutations was determined by whole-genome sequencing. Exposure to low levels of most quinolones tested led to mutations conferring resistance to chloramphenicol, ampicillin, kanamycin and tetracycline. The mutations included point mutations and deletions, and could mostly be correlated with the resistance phenotype. QIAR depended upon DNA gyrase, and involved the SOS response but was not dependent on error-prone polymerases. Only moxifloxacin, among the quinolones tested, did not display a significant QIAR effect. We speculate that the lack of QIAR with moxifloxacin may be attributable to it acting via a different mechanism. In addition to the concerns about antimicrobial resistance (AMR) to quinolones and other compounds, QIAR presents an additional challenge in relation to the usage of quinolone antibacterials.</p>
Unravelling the Metabolomic Signatures of Migrant and Non-Migrant Glass Eels and Their Response to Diazepam Exposure
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HOW DOES EXPOSURE TO VIDEO GAMES INFLUENCE AGGRESSIVE ATTITUDES AND BEHAVIORS AMONG ADOLESCENTS?
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Chapter 5. Physiological stress response to sulfide exposure of freshwater anaerobic methanotrophic archaea
<p>Supplementary Tables 1-3.</p>
Heat hardening improves thermal tolerance in abalone, without the trade-offs associated with exposure to chronic elevated temperature
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Allen Brain Atlas
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International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
OpenNeuro
OpenNeuro is a free, open platform for sharing neuroimaging datasets, with public search, dataset pages, and download paths for web, S3, DataLad, and the OpenNeuro CLI.