Colgate|Palmolive Study on Biofilms Returning from Space

Colgate-Palmolive Sets Its Sights On Space

The on-board experiment is designed to learn more about the growth and metabolism of oral biofilms, which in our mouths take the form of dental plaque that can ...

Colgate-Palmolive Study on Biofilms Returning from Space | Happi

According to NASA, the study is of broad interest to many oral care applications as the oral microbiome constitutes a symbiotic community that, ...

SpaceX CRS-22 Research Overview: Colgate Biofilm in Microgravity

... Space Station on SpaceX's 22nd Commercial Resupply Services mission. The research team will study unique plaque pathologies in relation to ...

Colgate-Palmolive to Launch First-Ever Private-Sector Skin Health ...

Additionally, astronauts have reported thinning of the skin after returning ... Since 2011, the Center for the Advancement of Science in Space ...

Freeze Drying, Oral Health Experiments Make Speedy Return from ...

That consistency is key, notes Luciana Rinaudi Marron, a co-investigator at Colgate-Palmolive for the Oral Biofilms in Space study. “Running ...

Dental experiment conducted in space returns safely to earth

Packs of oral health devices that were rocketed into space as part of an experiment into oral biofilms have been safely sent back to earth.

Colgate Sets its Sights on Space - YouTube

Colgate Sets its Sights on Space with Oral Care Experiment Launch to ISS National Lab. ... | Learn from a Colgate Palmolive Scientist. Colgate- ...

UNLV Engineering and Dental Researchers Partner with NASA ...

The project began in 2019 when Colgate-Palmolive, working in conjunction with NASA's Center for the Advancement of Science in Space, approached ...

Out of This World - Colgate-Palmolive Innovation

Then, in February 2022, Colgate broke new ground by conducting the first-ever private-sector skin health experiment in space. That experiment ...

Scientists conducting oral health research in space - Dental Tribune

The project, which is being sponsored by the International Space Station U.S. National Laboratory and conducted in collaboration with NASA and ...

Oral healthcare experiment sent into space for dental research

In collaboration with the ISS US National Laboratory, Colgate-Palmolive designed the experiment to learn more about the growth and ...

Colgate-Palmolive Will Travel to the International Space Station

The experiment is designed to learn more about the growth and metabolism of oral biofilms in a microgravity environment. According to the ...

The beauty industry has a burgeoning love affair with outer space

Colgate-Palmolive's experiment centers around learning more about the growth and metabolism of oral biofilms, which when in our mouths take ...

Colgate-Palmolive signs agreement with NASA for oral and skin ...

Colgate-Palmolive is blasting back into space. The personal care ... learn more about oral biofilms. And earlier this year, Colgate ...

Skin health in space: Colgate-Palmolive to set up orbiting laboratory ...

17 Feb 2022 --- Colgate-Palmolive's PCA Skin brand is setting up an orbiting space laboratory to investigate if exposure to microgravity will accelerate ...

Freeze drying, oral health experiments make speedy return from space

That consistency is key, notes Luciana Rinaudi Marron, a co-investigator at Colgate-Palmolive for the Oral Biofilms in Space study. “Running analyses on all ...

Saliva in space? UNLV samples will be launched on a SpaceX rocket

UNLV researchers from the Howard R. Hughes College of Engineering and School of Dental Medicine are partnering with NASA and Colgate-Palmolive ...

Effect of a Stannous Fluoride Dentifrice on Biofilm Composition ...

This study provides a clinically relevant snapshot of how the use of a stabilized, SnF2 toothpaste formulation can change the spatial ...

Space Capades: PCA Skin's Microgravity Research - BeautyMatter

Colgate-Palmolive, which acquired PCA Skin back in 2017, paired its scientist team with BioServe Space Technologies, which specializes in ...

How to prevent biofilms in space | MIT News

The results show that textured surfaces impregnated with a lubricant were highly successful at preventing biofilm growth during their long exposure in space.