Columbus Instruments

Creators of the Oxymax-CLAMS & Micro-Oxymax systems!

[Columbus Instruments @ColumbusBio]

Phosphate addition increases tropical forest soil respiration primarily by deconstraining microbial population growth

Read the article in full: https://t.co/uHLvycRXwY

[Columbus Instruments @ColumbusBio]

Bring your biodegradability studies in-house with the MicroOxymax!

The only respirometer that is capable of testing the international standards within marine, compost, soil and aqueous environments.

Contact us today for more information: [email protected]

[Columbus Instruments @ColumbusBio]

This study aimed to measure the effect of QAC contamination on biogas production and the structure of microbial communities in thermophilic digester sludge.

https://t.co/UB1aXNKccQ

[Columbus Instruments @ColumbusBio]

Join us next month from the 23rd to the 25th May at the Renewable Materials Conference 2023 in Cologne!

[Columbus Instruments @ColumbusBio]

Happy St. Patricks Day from all of the team from Columbus Instruments Europe!

[Columbus Instruments @ColumbusBio]

See you at German Neuroscience 2023!

Don't forget to visit Columbus Instruments Europe at Booth no. 17!

#germanneuroscience2023

[Columbus Instruments @ColumbusBio]

This article uses the Micro-Oxymax respirometer from Columbus Instruments to measure microorganism respiratory activity in the biofilm.

https://t.co/nd6o4VV3cq

[Red Box Direct @RedBoxDirectNow]

Last week one of suppliers @columbusbio, exhibited at MAKRO 2023!

Their next conference will be the 15th annual meeting of the German Neuroscience Society, March 22-24, in Göttingen, Germany.

We can't wait to see some of you there!

[Columbus Instruments @ColumbusBio]

Thanks to everyone who joined us at MAKRO 2023!

Our next conference will be the 15th annual meeting of the German Neuroscience Society, March 22-24, in Göttingen, Germany.

We can't wait to see some of you there!

#columbusinstruments #MAKRO2023

[Columbus Instruments @ColumbusBio]

Check out the MicroOxymax in use at the recently opened Biodegradability Laboratory at the School for Marine Science & Technology, UMass Dartmouth!

Click here to read the article in full: https://t.co/zLeyk9AjU1

[Columbus Instruments @ColumbusBio]

Researchers from Tomas Bata University in Zlin, Czech Republic have used the #MicroOxymax Respirometer by #ColumbusInstruments to explore the negative effects of clay fillers on polyvinyl alcohol biodegration.

Read the full article here: https://t.co/Butix55Isy

[Columbus Instruments @ColumbusBio]

Researchers in the United States have conducted a study to investigate the effect of oxic and anoxic conditions on oil hydrocarbon biodegradation at cold temperatures by microbial communities derived from the Caspian Sea!

https://t.co/epGwpNiXvC

[Columbus Instruments @ColumbusBio]

See you at Macromolecular Colloquium Freiburg, MAKRO 2023!

@ColumbusBio will attend MAKRO 2023 in Freiburg from the 16th to the 17th of February!

Let us know if you'll be attending?

#columbusinstrumentseurope #makro2023

[Columbus Instruments @ColumbusBio]

Bring your biodegradability studies in-house with the MicroOxymax!

The only respirometer that is capable of testing the international standards within marine, compost, soil and aqueous environments.

Contact us today for more information: [email protected]

[Columbus Instruments @ColumbusBio]

Using the Micro-Oxymax respirometer from Columbus Instruments, two types of potentially biodegradable plastic polymer films were prepared and characterized imidazolium in terms of their bio-degradability.

https://t.co/kAXInqL1SW

[Columbus Instruments @ColumbusBio]

Using the Micro-Oxymax respirometer by Columbus Instruments this study aims to examine the antibiofim potential of emodin against Staphylococcus aureus, one of the most well-known pathogens associated with medical devices and nosocomial infections.

https://t.co/k1n74nZpa7

[Columbus Instruments @ColumbusBio]

The Institute of Nanomaterials, Advanced Technologies, and Innovation at the Technical University of Liberec have studied Biomacromolecule assembly based on gum kondagogu-sodium alginate composites and their expediency in flexible packaging films

https://t.co/i1XaDCIiKO

[Columbus Instruments @ColumbusBio]

Studies have shown that #bioplastics can stand to contribute to more sustainable commercial plastic life cycles as part of a circular economy.

But how can we assess the advantages and challenges of this transition?

Read this article to find out more: https://t.co/YuuW0TQtoK

[Columbus Instruments @ColumbusBio]

This work presents one of the fastest composting aliphatic–aromatic polyesters with a good balance of mechanical and barrier properties, making it a sustainable alternative for low-density polyethylene in packaging.

Read the article in full: https://t.co/Uyqd0kZpAD

[Columbus Instruments @ColumbusBio]

In this article, using the MicroOxymax, two types of potentially biodegradable plastic polymer films were prepared and characterized imidazolium in terms of their bio-degradability.

Read more here: https://t.co/Bsjv9pxRHW