Christopher Bell on Muck Rack

Christopher Bell

Houston
As seen in: Nature, Wiley Online Library, New Phytologist, Frontiers, Taylor & Francis Online, Genome Biology, Canadian Medical Association Journal, The National Law Review, Mondaq, Physician's Weekly and
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Articles

Cross-kingdom communication between plants and parasitic nematodes

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By Christopher Bell, Lida Derevnina, Sebastian Eves-van den Akker
| New Phytologist
Content Summary 1 I. Hatching 1 II. Host approach 2 III. Host arrival 3 IV. Biotrophic interaction 3 Acknowledgements 4 References 4 I. Hatching The first, and one of the most striking, examples of cross-kingdom communication governs the hatching of infective juveniles from the egg (Fig. 1). The hatching of certain cyst nematodes is among the clearest examples of signal-dependent development in any plant pathogen.
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Proteomic taxonomic identification can identify cryptic diversity of Squamata in modern and paleontological specimens

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By Erin Early, Christopher Bell, Matthew Collins, Victoria Todd, Timothy Shanahan
| Nature Verified
Abstract Taxonomic identification of fauna is the foundation for multiple lines of ecological and paleoecological inquiry. However, genomic analyses are increasingly finding morphological similarities can mask species diversity. This cryptic diversity is especially relevant to Squamata (snakes, lizards, and amphisbaenians), members of which tend to be morphologically conserved.
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Proteomic analysis resulting in species‐level identification of recently diverged North American arvicoline rodents

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By Christopher Bell, Matthew Collins, Timothy Shanahan
| Wiley Online Library Verified
Introduction Arvicolinae (a group encompassing voles, lemmings and muskrats and their extinct kin) is a speciose clade of Rodentia (rodents) with high scientific value in Quaternary research. They experienced rapid diversification during the Pleistocene (Withnell and Scarpetta, 2024) and are abundant in the fossil record (Bell et al., 2004).
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