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  1. 2061
    “…BACKGROUND: Fossorial mammals face natural selection pressures that differ from those acting on surface dwelling animals, and these may lead to reduced visual system development. …”
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    The molecular basis of defective lens development in the Iberian mole
  2. 2062
    “…This study provides a valuable insight into how the biology, life-history and habitat specificity of animals inhabiting a fossorial system may act in concert with the structure of the surrounding landscape to influence genetic distinctiveness and ultimately speciation.…”
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    Local and Regional Scale Genetic Variation in the Cape Dune Mole-Rat, Bathyergus suillus
  3. 2063
    “…Multivariable analyses were made to determine whether family, activity period (diurnal/nocturnal) and habitat (arboreal/terrestrial/fossorial/aquatic) influenced spectacle thickness. …”
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    Morphology of the snake spectacle reflects its evolutionary adaptation and development
  4. 2064
    por Parsi-Pour, P, Kilbourne, B M
    Publicado 2020
    “…Given the need to counteract buoyancy in aquatic environments and soil’s high density, we predicted that natatorial and fossorial mustelids have higher values of cross-sectional traits. …”
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    Functional Morphology and Morphological Diversification of Hind Limb Cross-Sectional Traits in Mustelid Mammals
  5. 2065
    “…Molecular genetic data have recently been incorporated in attempts to reconstruct the ecology of the ancestral snake, though this has been limited by a paucity of data for one of the two main extant snake taxa, the highly fossorial Scolecophidia. Here we present and analyze vision genes from the first eye-transcriptomic and genome-wide data for Scolecophidia, for Anilios bicolor, and A. bituberculatus, respectively. …”
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    Eye-Transcriptome and Genome-Wide Sequencing for Scolecophidia: Implications for Inferring the Visual System of the Ancestral Snake
  6. 2066
    “…Neotypes are proposed for eight species: Sternaspis thalassemoides, Sternaspis affinis, Sternaspis africana, Sternaspis costata, Sternaspis fossor, Sternaspis maior, Sternaspis scutata and Sternaspis spinosa, to stabilize these species-group names, and a lectotype is designated for Sternaspis laevis which is transferred to Caulleryaspis gen. n. …”
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    Revision of Sternaspis Otto, 1821 (Polychaeta, Sternaspidae)
  7. 2067
    “…Several mammal groups acquired fossorial habits in response to cold and seasonally dry climatic conditions that prevailed during the late Miocene in southern South America. …”
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    Large mammal burrows in late Miocene calcic paleosols from central Argentina: paleoenvironment, taphonomy and producers
  8. 2068
    “…Common voles are a main European facultative, fossorial, farmland rodent pest that can greatly reduce crop yields during population outbreaks. …”
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    Unintentional effects of environmentally-friendly farming practices: Arising conflicts between zero-tillage and a crop pest, the common vole (Microtus arvalis)
  9. 2069
    “…Settlements are usually shared at different times by semi-fossorial mammals. Porcupine reproductive pair shows high den-site fidelity, but no data are available on the spatio-temporal inhabitation of settlements. …”
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    Spatio-temporal inhabitation of settlements by Hystrix cristata L., 1758
  10. 2070
    por Hemingway, H, Lyons, R, Li, Q, Buchan, I, Ainsworth, J, Pell, J, Morris, A, Barnes, Michael R, Bedford, Helen, Bennie, Marion, Blandford, Ann, Briggs, Andy, Brocklehurst, Peter, Brophy, Sinead, Brown, Gavin, Burton, Paul, Burton, Paul, Butler, Christopher, Capewell, Simon, Carpenter, James, Carroll, John, Cassell, Jackie A., Castillo, Fortunato, Catchpole, Mike, Caulfield, Mark, Colhoun, Helen, Coveney, Peter, Cunningham-Burley, Sarah, Custovic, Adnan, Deanfield, John, Denaxas, Spiros, Dennis, Michael, Dezateux, Carol, Dibben, Chris, Diggle, Peter, Dixon, Will, Dunn, Graham, El Emam, Khaled, Fone, David, Ford, David, Ford, Ian, Frank, John, Freemantle, Nick, Gabbe, Belinda, Gallacher, John, Gibson, Martin, Gilbert, Ruth, Gissler, Mika, Goble, Carol, Goldberg, Andy, Gravenor, Mike, Gunnell, David, Hannaford, Phil, Hayward, Andrew, Hickman, Matthew, Hingorani, Aroon, Holm, Soren, Holman, Cashel, John, Gareth, John, Ann, Jones, Kerina, Kalra, Dipak, Laurie, Graeme, Lewis, Shon, Lloyd, Keith, Lowe, Sarah, McCowan, Colin, Macleod, John, Martin, Richard M., Moore, Anthony (Tony), Moore, Laurence, Nazareth, Irwin, Nenadic, Goran, Paranjothy, Shantini, Parmar, Max, Pebody, Richard, Petersen, Steffen, Petersen, Irene, Pillay, Deenan, Preen, David, Pickett, Kate, Pritchard-Jones, Kathy, Przulj, Natasa, Renehan, Andrew, Roberts, Stephen, Robson, John, Rodgers, Sarah, Rossor, Martin, Russell, Ian, Shawe-Taylor, John, Sheikh, Aziz, Siebert, Stefan, Snooks, Helen, Sperrin, Matthew, Stephenson, Judith, Sullivan, Frank, Taylor, Chris, Taylor, Paul, Timmis, Adam, Ward, Hester J T, Williams, John, Williamson, Paula, Wilson, Alan, Wu, Olivia, Aitken, Mhairi, Akbari, Ashley, Al Sallakh, Mohammad, Al-Adely, Sarah, Alvarez-Madrazo, Samantha, Anne, Leslie, Aucott, Lorna, Bailey, Rowena, Balatsoukas, Panos, Bandyopadhyay, Amrita, Bartlett, Mike, Barutcu, Katherine, Batchelder, Catherine, Beales, Denise, Belmonte, Miguel, Blower, Brian, Brierley, Liam, Broadbent, Andrew, Burton, Paul, Castagnet, Mathilde, Cave, Daniel, Ceroni, Giovanna, Clemens, Tom, Collins, Huw, Conley, Ed, Costello, Carol-Ann, Couch, Phil, Cross, Lynsey, Cunningham, James, Daskalopoulou, Marina, Davies, Emma, Demmler, Joanne, Dixon, Emma, Dobbs, Christine, Dredge, Samuel, Drga, Vit, Evans, Hannah, Evans, Rachel, Farran, Bassam, Fitzpatrick, Natalie, Fleming, Michael, Fonferko-Shadrach, Beata, Fox, Sarah, Fry, Richard, Goddard, Catharine, Gonzalez-Izquierdo, Arturo, Gordon, Sharon, Green, Ben, Green, Benjamin, Gresham, Nick, Griffiths, Lucy, Griffiths, Rhiannon, Griffiths, Rowena, Haigh-Hutchinson, Kathy, Hainke, Melanie-Jayne, Hannaford, Phil, Hardy, Douglas, Harris, Steven, Hayes-Thompson, Nina, Heaven, Martin, Hillen, Neil, Holmes, Kate, Irvine, Elizabeth, Jackson, Guy, Jackson, Nadia, Jefferson, Emily, Jenkins, David, Johnson, Camille, Johnston, Jennifer, Katsoulis, Michail, Kirkwood, Daisy, Kunz, Holger, Kurz, Sabine, Lacey, Arron, Lamb, Amanda, Lea, Nathan, Lloyd, Stephen, Lyons, Jane, Machin, Matt, Malod-Dognin, Noel, Marryat, Louise, Martin, Cherry, McAllister, Gordon, McCleary, Nicola, McCloughan, Lucy, McIntosh, Paul, Melia, Stephen, Mizen, Amy, Mölter, Anna, Momo, Remi, Morgan, Alysha, Morrice, Lynn, Mortimer, Kate, Moayyeri, Alireza, Munro, Chris, Nangle, Clifford, Nind, Thomas, Norris, Ruth, North, Laura, O'Malley, Kieran, Owen, Rhydian, Panagiotopoulos, Adam, Papez, Vaclav, Papworth, Richard, Pasea, Laura, Pavis, Steve, Pell, Jill, Petschnigg, Julia, Porteous, Carol, Raza, Haider, Riordan, Emma, Robinson, Heather, Sethi, Nayha, Singh, Aneesha, Smith, Claire, Song, Jiao, Steiner, Markus, Stephenson, Paul, Tandon, Raj, Tempest, Ed, Thompson, Rachel, Toomey, Sarah, Torabi, Fatemeh, Tramma, Leandro, Tsang, Sandro, Tung, Wing-Chau, Turner, Sam, Turner, Victoria, Veer, Sabine Van Der, Vance, William, Walters, Angharad, Whiffen, Tony, Williams, Andrew James, Aldridge, Robert, Alvarez-Madrazo, Samantha, Anastasiou, Athanasios, Banerjee, Amitava, Berridge, Damon, Black, Corri, Burton, Paul, Colhoun, Helen, Cunningham-Burley, Sarah, Romero, Juan-Pablo Casas, Denaxas, Spiros, Dibben, Chris, Dobson, Richard, Fleming, Michael, Hardelid, Pia, Harron, Katie, Kunz, Holger, Martin, Glen, Moulton, Georgina, Mueller, Tanja, Peek, Niels, Nangle, Clifford, Sethi, Nayha, Shallcross, Laura, Sperrin, Matt, Taylor, Paul, van der Veer, Sabine, van Staa, Tjeerd, Watkins, Alan, Williamson, Elizabeth, Waheed, Adeel, Afzal, Nida, Ahmed, Harry, Al Sallakh, Mohammad Annas, Alhlayl, Adel, Allan, Victoria, Alzghaibi, Haitham, Appleby, Phil, Badrick, Ellie, Bailey, Kerry, Berry, Natalie, Bodegraven, Birgitta, Brierley, Helen, Brown, Benjamin, Ciminata, Giorgio, Cornish, Rosie, Cowan, Eilidh, Deliu, Mattea, Fitton, Catherine, Fleming, Michael, Haining, Kenny, Halliday, Kathryn, Horne, Elsie, Howard, Rebecca, Hulme, Will, Kremyda-Vlachou, Myrto, Marchant, Emily, Martin, Glen, Mueller, Tanja, Newman, Jenny, Peconi, Julie, Pham, Tra My, Reeves, Rachel, Rhodes, Daniel, Rudgard, William, Smith, Catherine, Spithourakis, Georgious, Valentine, Dennis Stallone, Wyper, Grant, Yassine, Bilal, Zylbersztejn, Anna, Aldridge, Robert, Azcoaga-Lorenzo, Amaya, Blackburn, Ruth, Brown, Ben, Caminati, Marco, Carragher, Raymond, Chung, Sheng-Chia, Dale, Caroline, Denaxas, Spiros, Edge, Chantal, Fatemifar, Ghazaleh, Fleming, Mike, George, Julie, Hale, Alison, Katsoulis, Michail, Harvey, William, Hassan, Lamiece, Lilaonitkul, Watjana, Lindner, Claudia, Luchenski, Serena, Lumbers, Tom, Niedzwiedz, Claire, Rafiq, Meena, Rannikmae, Kristiina, Shallcross, Laura, Keith, Smith, Strawbridge, Rona, Warren-Gash, Charlotte, Wu, Honghan, Ainsworth, John, Couch, Dr Philip, Ford, Professor David, Thompson, Simon, Pallas, Dr Jacky, Parsons, Professor Mark, Jefferson, Dr Emily, Cunnigham, Professor James, Moulton, Georgina, Anastasiou, Athanasios, Taylor, Professor Paul, Tung, Dr Wing-Chau, Goddard, Dr Catharine, McCowan, Professor Colin, Zhou, Dr Shang-Ming, Governance, Innovative, (Chair), Dr Kerina Jones, Laurie, Professor Graeme, Cunningham, Professor James, Lea, Dr Nathan, Hemingway, Harry, Evans, Ms Rachel, Ford, Professor David, Norris, Ms Ruth, Fitzpatrick, Ms Natalie, (Chair), Professor Sarah Cunningham-Burley, Aitken, Dr Mhairi, Carrigan, Dr Chris, Cross, Dr Lynsey, Denegri, Dr Simon, Fitzpatrick, Ms Natalie, Fox, Dr Sarah, Hassan, Dr Lamiece, Porteous, Ms Carol, Tully, Dr Mary, Buchan, Iain, Wyatt, Jeremy, Lyons, Ronan, Benzeval, Michaela, Delaney, Brendan, Sullivan, Frank, Morgan, Dr Alysha, Owen, Dr Rhydian, Beales, Dr Denise, Jackson, Ms Nadia, Kirkwood, Ms Daisy, Tung, Dr Wing-Chau, Goddard, Dr Catharine, McCloughan, Dr Lucy, Johnston, Ms Jennifer, Lamb, Dr Amanda, Norris, Ms Ruth, Turner, Ms Vicky
    Publicado 2020
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    A national initiative in data science for health: an evaluation of the UK Farr Institute
  11. 2071
    “…METHODOLOGY/PRINCIPAL FINDINGS: A ten-year study in Iran, Egypt, Spain, the Dominican Republic, Mexico, Venezuela, Ecuador and Peru, demonstrated that such heterogeneity is not due to susceptibility differences, but to a hitherto overlooked cryptic species, Lymnaea schirazensis, confused with the main vector Galba truncatula and/or other Galba/Fossaria vectors. Nuclear rDNA and mtDNA sequences and phylogenetic reconstruction highlighted an old evolutionary divergence from other Galba/Fossaria species, and a low intraspecific variability suggesting a recent spread from one geographical source. …”
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    Lymnaea schirazensis, an Overlooked Snail Distorting Fascioliasis Data: Genotype, Phenotype, Ecology, Worldwide Spread, Susceptibility, Applicability
  12. 2072
    “…The negative correlation between head width and excavation speed is also observed in others fossorial squamates. The robustness of the skull is also related to compression force in L. microcephalum. …”
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    Body and skull morphometric variations between two shovel-headed species of Amphisbaenia (Reptilia: Squamata) with morphofunctional inferences on burrowing
  13. 2073
    “…From 2012 onwards, 51.9% of lineage 8 sequences were Ingelvac PRRS ATP-like, 45.0% were Fostera PRRS-like, and only 3.2% were wild-type. For lineage 1 sequences, 0.1% and 1.7% of the sequences were Prevacent PRRS-like in 2009–2018 and 2019, respectively. …”
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    Porcine reproductive and respiratory syndrome virus 2 (PRRSV-2) genetic diversity and occurrence of wild type and vaccine-like strains in the United States swine industry
  14. 2074
    “…In the middle Miocene (about 16.23 MYA), some Talpidae animals returned to the ground and formed semi-fossorial shrew moles as global climate warming again.…”
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    Comparison and Phylogenetic Analysis of Mitochondrial Genomes of Talpidae Animals
  15. 2075
    “…Phylogenetic and molecular evolutionary analysis indicated that IA70388-R is a natural recombinant from Fostera PRRSV vaccine and field strain IA76950-WT.…”
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    Recombination between Vaccine and Field Strains of Porcine Reproductive and Respiratory Syndrome Virus
  16. 2076
    “…We also find that across ecological groupings, fossorial and aquatic behaviors result in the strongest deviations in morphospace for several skull regions. …”
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    Ecological correlates of cranial evolution in the megaradiation of dipsadine snakes
  17. 2077
    “…Aerial species are distinguished from fossorial ones by a higher trabecular thickness, lower connectivity density and lower bone surface density. …”
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    Trabecular architecture in the sciuromorph femoral head: allometry and functional adaptation
  18. 2078
    “…Esophageal schwannoma is a rare tumor first described in 1967 by Chaterlin and Fissore. These tumors are most commonly found incidentally or from diagnostic work up of dysphagia or dyspnea. …”
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    Schwannoma of the Cervical Esophagus
  19. 2079
    “…RESULTS: Results indicate the presence of three, morphologically similar, small lymnaeid species belonging to the Galba/Fossaria group: Galba truncatula, Lymnaea neotropica and L. schirazensis. …”
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    Molecular characterisation of Galba truncatula, Lymnaea neotropica and L. schirazensis from Cajamarca, Peru and their potential role in transmission of human and animal fascioliasis
  20. 2080
    “…This study used comparative anatomy methods to compare the morphological and histological traits of the GIT of both the plateau zokor and the plateau pika (Ochotona curzoniae), a small, fossorial lagomorph which forages aboveground plant parts, in order to clarify the traits of the plateau zokor’s GIT and to understand its adaptations to high-fiber foods. …”
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    The Complex and Well-Developed Morphological and Histological Structures of the Gastrointestinal Tract of the Plateau Zokor Improve Its Digestive Adaptability to High-Fiber Foods
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