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1. Pheromone Perception: Mechanism of the Reversible Coil–Helix Transition in Antheraea polyphemus Pheromone-Binding Protein 1

   https://doi.org/10.1021/acs.biochem.9b00737  

   Mazumder, Suman; Chaudhary, Bharat P.; Dahal, Salik R.; Al-Danoon, Omar; Mohanty, Smita (October 2019, Biochemistry)
2. Challenges in Modeling Pheromone Capture by Pectinate Antennae

   https://doi.org/10.1093/icb/icaa057  

   Jaffar-Bandjee, Mourad; Krijnen, Gijs; Casas, Jérôme (June 2020, Integrative and Comparative Biology)

   null (Ed.)

   Synopsis Insect pectinate antennae are very complex objects and studying how they capture pheromone is a challenging mass transfer problem. A few works have already been dedicated to this issue and we review their strengths and weaknesses. In all cases, a common approach is used: the antenna is split between its macro- and microstructure. Fluid dynamics aspects are solved at the highest level of the whole antenna first, that is, the macrostructure. Then, mass transfer is estimated at the scale of a single sensillum, that is, the microstructure. Another common characteristic is the modeling of sensilla by cylinders positioned transversal to the flow. Increasing efforts in faithfully modeling the geometry of the pectinate antenna and their orientation to the air flow are required to understand the major advantageous capture properties of these complex organs. Such a model would compare pectinate antennae to cylindrical ones and may help to understand why such forms of antennae evolved so many times among Lepidoptera and other insect orders. 

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3. Pheromone Perception in Fish: Mechanisms and Modulation by Internal Status

   https://doi.org/10.1093/icb/icad049  

   Bowers, Jessica_M; Li, Cheng-Yu; Parker, Coltan_G; Westbrook, Molly_E; Juntti, Scott_A (June 2023, Integrative And Comparative Biology)

   Synopsis Pheromones are chemical signals that facilitate communication between animals, and most animals use pheromones for reproduction and other forms of social behavior. The identification of key ligands and olfactory receptors used for pheromonal communication provides insight into the sensory processing of these important cues. An individual’s responses to pheromones can be plastic, as physiological status modulates behavioral outputs. In this review, we outline the mechanisms for pheromone sensation and highlight physiological mechanisms that modify pheromone-guided behavior. We focus on hormones, which regulate pheromonal communication across vertebrates including fish, amphibians, and rodents. This regulation may occur in peripheral olfactory organs and the brain, but the mechanisms remain unclear. While this review centers on research in fish, we will discuss other systems to provide insight into how hormonal mechanisms function across taxa. 

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4. A primer on pheromone signaling in Caenorhabditis elegans for systems biologists

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   McGrath, Patrick T.; Ruvinsky, Ilya (February 2019, Current Opinion in Systems Biology)
5. Robust Mitigation Strategy for Misleading Pheromone Trails in Foraging Robot Swarms

   https://doi.org/10.1007/978-3-031-72062-8_27  

   Luna, Ryan; Lu, Qi (December 2024, Springer Nature Switzerland)