July 1988 PMID 3145263

A comparative study of the cutaneous microflora of normal feet with low and high levels of odour.

J Marshall, K T Holland, E M Gribbon

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Mentions

7
Peak: 4 in Oct 2025
across 3 sources since Oct 2025

Extended reach

4,889
potential audience

Total likes

5

Video views

48

Mentions per month

Oct 2025 – Nov 2025

Where it's discussed

  • X / Twitter3 posts
  • Bluesky2 posts
  • YouTube2 videos

AI synopsis

What people are saying

The discussions demonstrate strong interest, with posts referencing microbial roles and enzyme activity, such as mention of bacteria like staphylococci. Words like 'remedies' and 'stopping odour' indicate an effort to connect scientific insights to real-world solutions, reflecting both agreement with the findings and a desire for effective treatments.

AgreementModerate agreement

Most discussions agree with the study’s findings, highlighting the link between bacteria populations and foot odour.

InterestHigh interest

The topics about microbial contributors and potential remedies attract high curiosity among readers.

EngagementModerate engagement

Participants refer to specific research details, like enzyme activity and bacteria types, demonstrating moderate engagement.

ImpactNeutral impact

While some mention the practical applications of the study, the overall influence on broader foot health attitudes is limited.

Abstract in brief

  • The study compares the skin microflora of normal feet with low and high odour levels, finding that high odour is linked to higher populations of certain bacteria like staphylococci and aerobic coryneform bacteria, but not to specific microorganisms like brevibacteria.
  • Many bacteria produce enzymes such as lipase and proteinase, with higher enzyme activity observed in odorous feet, indicating these enzymes may contribute to odour production, especially through breaking down callous or skin fats.
  • The research suggests that microorganisms producing these enzymes are involved in generating foot odour, but no connection was found between odour and bacteria that produce methanethiol, leading to a hypothesis about the microbial role in odour formation.]

Top posts

Most liked on X and Bluesky
Abraham The Pharmacist
@AbrahamThePharm · X

https://t.co/oevpvUFvo2

Oct 6, 2025 · 2,204 followers View post →
Abraham The Pharmacist
@AbrahamThePharm · X

https://t.co/V2kjGFgk5m

Nov 3, 2025 · 2,204 followers View post →
SweatBlock
@SweatBlock · X

Science-based remedies that actually stop sweaty, stinky feet.

Oct 22, 2025 · 434 followers View post →
Abraham The Pharmacist
@pharmacistabraham.bsky.social · Bluesky

youtu.be/ZH6UZkMeVuE

Oct 6, 2025 View post →

All mentions

Abraham The Pharmacist
@pharmacistabraham.bsky.social · Bluesky

youtu.be/o5SmNiOLGEU

Nov 3, 2025 View post →
Abraham The Pharmacist
@AbrahamThePharm · X

https://t.co/V2kjGFgk5m

Nov 3, 2025 · 2,204 followers View post →
SweatBlock
@SweatBlock · X

Science-based remedies that actually stop sweaty, stinky feet.

Oct 22, 2025 · 434 followers View post →
Abraham The Pharmacist
@pharmacistabraham.bsky.social · Bluesky

youtu.be/ZH6UZkMeVuE

Oct 6, 2025 View post →
Abraham The Pharmacist
@AbrahamThePharm · X

https://t.co/oevpvUFvo2

Oct 6, 2025 · 2,204 followers View post →