Timelapse microscopy dataset - The Mannose Receptor on Sinusoidal Lining Cells Mediates Two-Step Bacterial Clearance in the Human Spleen

Flandi, Francesco ; Ravaioli, Matteo ; Oggioni, Marco Rinaldo (2026) Timelapse microscopy dataset - The Mannose Receptor on Sinusoidal Lining Cells Mediates Two-Step Bacterial Clearance in the Human Spleen. University of Bologna. DOI 10.6092/unibo/amsacta/8725. [Dataset]
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[thumbnail of 20min Timelapse video of cells and bacteria] Video (20min Timelapse video of cells and bacteria)
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[thumbnail of 20min Timelapse video of cells and bacteria in presence of mannose] Video (20min Timelapse video of cells and bacteria in presence of mannose)
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[thumbnail of 20min Timelapse video of cells] Video (20min Timelapse video of cells)
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[thumbnail of 20min Timelapse video of cells in presence of mannose] Video (20min Timelapse video of cells in presence of mannose)
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[thumbnail of README file explaining set of 4 timelapse videos] Text(docx) (README file explaining set of 4 timelapse videos)
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Abstract

In the red pulp of the human spleen, differently to equivalent anatomical sites in other animals, capsulated bac-teria are captured by the CD206 mannose receptor on sinusoidal lining cells and only in a second moment deliv-ered to CD163+ red pulp macrophages. The data deposited represent four 20 min time lapse microscopy videos of primary human spleen cell cultures containing CD163+ macrophages and CD206+ sinusoidal lining cells. The four videos show the two types of human primary cells: 1) without any addition (uninfected and uninhibited control); 2) with Streptococcus pneumoniae (in green) (infected); 3) with S. pneumoniae and mannose (infected and CD206 inhibition); 4) with mannose only (not infected, but CD206 inhibition). Data are supplementary to a submitted manuscript.

Abstract
Document type
Dataset
Creators
CreatorsORCIDAffiliationROR
Flandi, FrancescoUniversity of Bologna01111rn36
Ravaioli, Matteo0000-0001-5862-6151University of Bologna01111rn36
Oggioni, Marco Rinaldo0000-0003-4117-793XUniversity of Bologna01111rn36
Keywords
spleen; innate immunity; macrophages; infection; mannose receptor; CD206; Streptococcus pneumoniae; Klebsiella pneumoniae
Subjects
DOI
Contributors
Name
ORCID
Type
Affiliation
ROR
Oggioni, Marco Rinaldo
Contact person
University of Bologna
Deposit date
20 Jan 2026 12:16
Last modified
20 Jan 2026 12:16
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Code
DOI
this upload is supplement to
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Funding program
EU-MUR - PNRR, Missione 4 Componente 2 - Investimento 1.3
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