New Article on Leafly.com Highlights Latest Research by Headspace Sensory

FORT COLLINS, Colorado, March 1, 2020 – Journalist Celia Gorman has posted a new article in the Science & Tech section of cannabis website Leafly.com titled “Can police really smell cannabis in your car?”. The piece features a newly published study by Headspace Sensory founder Avery N. Gilbert, Ph.D. and describes how his involvement in a cannabis search-and-seizure legal case inspired the research. Gorman’s article can be found here.

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Headspace Sensory’s Latest Paper on Smelling Cannabis Through Packaging is Available for Download Now until April 15, 2020

FORT COLLINS, Colorado, February 26, 2020 – The latest paper co-authored by Headspace Sensory founder Avery N. Gilbert, Ph.D. is available for free download from now through April 15, 2020. To go to the download page click here.

The new study, published in the journal Science & Justice, demonstrates that vacuum-sealed cannabis cannot be identified by smell, but that sniff panelists can easily detect cannabis contained in resealable sandwich bags and lightweight HDPE bags typically found in grocery store produce sections.

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Headspace Sensory’s Avery Gilbert to Speak at Institute of Cannabis Research Conference 2020

FORT COLLINS, Colorado, January 10, 2020 – Headspace Sensory LLC today announced that founder Avery N. Gilbert, Ph.D. has been accepted as a speaker at the Institute of Cannabis Research Conference 2020 to be held April 4 to 6, in Pueblo, CO.

Gilbert’s presentation is titled  “The aroma of Cannabis: Chemical, commercial, and legal aspects.” He will review recent advances in the sensory analysis of cannabis aroma, and compare the findings to chemical analyses of terpene content and the genetics of strain differences. He proposes that strain aroma is a phenotypic trait that deserves its own level of analysis.

Gilbert will also address new work on the perception of cannabis scent through various forms of packaging and the implications this has for law enforcement practices.

A specific date and time for the presentation will be provided when the conference program becomes available.

UPDATE March 9, 2020

Due to coronavirus concerns, the conference has been postponed to a date TBD.

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Study by Headspace Sensory LLC Finds That Vacuum-sealed Cannabis Cannot be Identified by Smell

FORT COLLINS, Colorado, November 22, 2019 – Headspace Sensory LLC today announced the results of a new scientific study that demonstrates vacuum-sealed cannabis cannot be identified by smell. The study also found that sniff panelists can easily detect cannabis contained in resealable sandwich bags and lightweight HDPE bags typically found in grocery store produce sections.

The study, accepted for publication in the peer-reviewed journal Science & Justice, was conducted by Headspace Sensory founder Avery N. Gilbert, Ph.D. and Colorado State University chemistry professor Dr. Joseph A. DiVerdi.

“We believe this is the first scientific study to address the smellability of cannabis in different types of packaging,” said Gilbert. “Cannabis is often transported inside sandwich bags and lightweight produce bags. This type of packaging leaks enough odor to be easily detectable at a close distance. In contrast, when the same amount of cannabis was doubly vacuum-sealed with a consumer food storage device, it was detected at only chance levels.”

According to the study’s authors, the findings are relevant to police investigations of drug possession. In many jurisdictions, the “in plain smell” doctrine allows officers to search homes and vehicles if they smell the odor of unburnt, dried cannabis flower. The new results suggest that, in cases where the cannabis is doubly vacuum-sealed, “in plain smell” assertions may not be supported by the evidence.

“The main odor components of cannabis are volatile terpenes,” says DiVerdi. “It appears these molecules can diffuse through some types of casual plastic packaging in sufficient quantity to be smellable at point-blank range.” He and Gilbert caution that, even then, the smell may not be detectable at a greater distance from the source, due to factors like diffusion and air flow.

“Our results also raise questions for consumers who buy marijuana at licensed dispensaries,” said Gilbert. “It’s unclear how good snap-top containers and other types of retail packaging are at concealing cannabis aroma. This is an area that needs to be explored with scientific methods.”

The study, “Human Olfactory Detection of Packaged Cannabis,” by Avery N. Gilbert and Joseph A. DiVerdi, is scheduled for publication in Science & Justice.

About Headspace Sensory, LLC

Headspace Sensory is a privately held startup based in Fort Collins, Colorado, founded in 2016 by smell psychologist and entrepreneur Avery N. Gilbert, PhD. The company is pioneering the sensory analysis of cannabis in order to bring consumers, product developers, and dispensaries into a rewarding conversation about the plant’s smell and taste. Headspace Sensory is the leader in cannabis sensory analysis, having published the first-ever consumer sensory study of strain-specific aroma in 2018, and a second study in 2019.

For more information about Headspace Sensory, visit http://www.headspacesensory.com

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Headspace Sensory Cannabis Aroma Paper among Most Frequently Cited in Scientific Journal PLoS ONE

FORT COLLINS, Colorado, November 20, 2019 – Joerg Heber, editor-in-chief of PLoS ONE, has named a Headspace Sensory cannabis study as one of the scientific journal’s top 10% most cited papers of 2018. The paper, co-authored by Headspace Sensory founder Dr. Avery Gilbert and XTR Systems chemist Dr. Joseph DiVerdi, is “Consumer perceptions of strain differences in Cannabis aroma.”

The paper, which has been downloaded over 1,686 times, is available here.

“It is gratifying to see our work acknowledged in print by other cannabis scientists,” said Gilbert, “especially as most university-based researchers still can’t work with cannabis.” Gilbert believes sensory analysis of cannabis by academic and private labs will expand rapidly once federal restrictions are lifted.

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