Bob Pellegrino

@kingfunk.bsky.social

Assistant Professor at Texas A&M University Human psychophysicist interested in all things smell and texture. 📸: @smellboi24_7

Hiring a postdoc to do something nobody has done: record oscillatory signals from the human olfactory epithelium in awake humans. PhD in neuroscience, biomedical engineering, or adjacent. Real electrophysiology experience: single-unit, intracranial, or peripheral. Olfactory background optional.

Howdy Y'all, I'm running a sensory lab now 👀 The lab focuses on smells (duh), textures (🤔), and their interactions using big data approaches to relate the physical to the perceptual. Lab manager posting linked here. Interested in a PhD? Just message me!

Lab Manager

Job TitleLab Manager Agency Texas A&M Agrilife Research Department Animal Science Proposed Minimum SalaryCommensurate Job LocationCollege Station, Texas Job TypeStaff Job Description About Texas A...

tamus.wd1.myworkdayjobs.com

Call for chapter proposals - The OUP Handbook of Smell edited by Jessica Freiherr, Andreas Keller, Kathrin Ohla, Laiquan Zou, & Benjamin Young and published by Oxford University Press (under contract). Full details here: philevents.org/event/show/1... Please share widely.

The OUP Handbook of Smell - Call for chapter proposals

Call for chapter proposals - The OUP Handbook of Smell We are seeking chapter proposals of The OUP Handbook of Smell. The handbook will be edited by Jessica Freiherr, Andreas Keller, Kathrin...

philevents.org

Postdoc position in systems neuroscience! Excited to recruit a postdoc for my lab at the University of Bonn. 🔬 In vivo physiology (Neuropixels, 2P/miniscope) 🐭 Head-fixed & freely moving behaviour 💡 Optogenetics/chemogenetics ⏳ Start: ASAP | Application deadline: 28.02.2026 More info below ⬇️

The research group “Sensory Dynamics and Behaviour” of Prof. Dr. Tobias Ackels at the Institute of Experimental Epilepsy and Cognition Research at the
University Hospital Bonn invites applications for a position as:
Postdoctoral Researcher (m/f/d)
The position is initially limited to three years (TV-L E13/100%),
starting from April 2026 or as soon as possible.

1/3 The humble glass jar is a workhorse in olfactory research, but comes w/ hidden problems: - Unknown headspace concentration - Concentration dilution by ambient air These add noise to odor measurements. Our preprint introduces something new, something bag.🧪 @jmainland.bsky.social & Matt Andres

Odor Sampling Bags Enable Reliable Delivery of Controlled Odor Concentrations

Precise control of odorant concentration is essential for reliable olfactory research, yet existing odorant delivery methods often suffer from solvent interactions and dilution from ambient air, limiting stimulus consistency in olfactory research. We developed an odor sampling bag system using Nalophan plastic to create a closed headspace with air as the carrier medium, eliminating solvent-related variability and ambient air dilution. In two independent experiments, 15 trained panelists each rated the perceived intensity of seven concentrations of benzaldehyde and 2-heptanone using both gas-sampling bags and glass jars. Bags produced higher maximum perceptual intensities (p < 0.001) and greater test-retest reliability than jars (Experiment 1: r = 0.89 vs. 0.81, p < 0.001; Experiment 2: r = 0.86 vs. 0.72, p < 0.001). Notably, the two tested odorants showed different maximum intensities in bags (p < 0.001) but not jars (p = 0.85), suggesting bags better preserve odorant-specific concentration differences. Photoionization detector measurements confirmed stable headspace concentrations over time, comparable to industry-standard Tedlar bags. This cost-effective approach offers improved stimulus control for olfactory psychophysics research. ### Competing Interest Statement Joel D. Mainland serves on the scientific advisory board of Osmo Labs, PBC and receives compensation for these activities. National Institutes of Health, https://ror.org/01cwqze88, F32 DC020380, T32 DC000014, U19 NS112953, R01 DC017757, R01 DC021663

biorxiv.org

Large language models (LLMs) can mirror human thinking in vision and language, but can they smell and taste? New study with @rbrainengineer.bsky.social show stochastic LLMs rate creative flavor pairings like humans, prioritizing novelty over taste. #AI #creativity #foodscience

Automating chemosensory creativity assessment with large language models

Chemosensory creativity, the ability to innovate using taste and smell, is a crucial yet understudied aspect of human ingenuity. This study explores t…

sciencedirect.com

ACOG is deeply disappointed by HHS’s move to drop COVID-19 vaccine recommendations in pregnancy. The science is clear: COVID-19 remains dangerous in pregnancy and vaccination protects both patients and newborns. The vaccine is safe and protects families. Read our full statement: buff.ly/OGue7sO

Bild

Excited to share the sequel to our 2022 paper! In this follow-up, we show that the stable head direction (HD) signals we reported in blind mice rely on stereo olfaction—that is, the comparison of odor info. between the two nostrils. Link: www.nature.com/articles/s41... 🧵highlights below

Stereo olfaction underlies stable coding of head direction in blind mice - Nature Communications

Stereo olfaction involves comparing odor differences between the two nostrils. Here, using neuronal recordings and a behavioral test, the authors demonstrate that blind mice use stereo olfaction to fo...

nature.com