Blog2024-11-22T11:39:32+01:00

15 litres of waste 🗑️😳🗑️

2026-03-03|Categories: Blog|

One transparent autoclave bag with trash, four bags, 16 bags, 64 bags.

A small sized autoclave bag can hold up to 15 litres of waste. 😳

This is equivalent to

–         1 x passaging a small number of cell culture flasks

–         or changing the medium of 3 – 4 medium sized cell culture bottles.

Anyone, who has ever worked at a sterile workbench knows how quickly the autoclave bin fills up ↗️. Cell cultures around the world produce incredible amounts of plastic waste every day. 🌍🗑️

When an experiment is successful, we take the amount of waste into account, because it serves a […]

Meet the lablife Team at the 33rd Biomed Austria Conference 2026 at Tech Gate Vienna 🙋‍♀️🙋‍♀️

2026-02-25|Categories: Blog|

 

👀 Would you like to reduce training times in your cell culture lab?

👀 Would you like to bring your cell culture expertise up to today’s international standards?

👀 Curious about how biomedical scientists advance #research, #diagnostics and #training at the highest professional standards?

👉 Learn more about inspiring future prospects organized by Biomed Austria at the 33rd Conference of Biomedical Science at Tech Gate Vienna, Austria on April 17 and 18, 2026!

Can’t wait! We are really excited! 🤸‍♀️
Thank you for the invitation, Biomed Austria! 🙏😊

#BiomedicalScience #Education #LabSkills #CellCulture

Cells Need Friends to Survive – Don’t we all? 🥰

2026-02-13|Categories: Blog|

cell in culture looking for fellow cells with comic flowers

When cells, especially primary cells, are seeded at very low densities, they can die. 😐 Why? Because cells are social creatures and need others to form a community called tissue.

The same applies to medium changes. If these are done too frequently, cells believe that no one else is there, as signals from other cells are washed away before they reach their destination – other cells.

At very low cell densities, dividing would be wasteful, so cells do not divide, or sometimes even die.

💙 Don’t overdo it with media […]

What Happens When Beginners and Seasoned Post-docs Learn Side By Side? 🤔

2026-02-05|Categories: Blog|

Group of workshop participants in a cell culture lab wearing white lab coats standing around a laminar hood and watching colleague working at the hood.

Not only good for science, but also fun, when technical skills are taken to the next level! 🔬🚀

As always, this lablife bootcamp again made it clear that watching lablife.video tutorials before a workshop proves highly effective in bringing everyone to the same level of knowledge, making the overall level of the bootcamp impressively high – you could also call it a standardized training experience 👍😁 !

This was another confirmation that […]

Yes, that’s why we have hope… 😊

2026-01-26|Categories: Blog|

Asmita and Adelheid from lablife.video at AudiMax of Hochschule Campus Vienna Austria right before the lecture and the students are about to enter.

The life sciences – fascinating and mind-blowing on the one hand 🦑🌸🪱, but also marked by crises on the other, such as the reproducibility crisis 😮, the pressure to publish 😮 (which automatically leads to a reduction in research quality), the growing public scepticism towards science 😮… the list goes on.

But another lecture at Hochschule Campus Wien | Department Gesundheitswissenschaften showed us how much the next generation really cares. Their focus, their interest, […]

Antibiotics in Cell Culture – What is your excuse? 👀☝️

2026-01-12|Categories: Blog|

Image showing Asmita Banerjee in white lab coat looking at penicillin bottle and comic vulcano.

 

2 billion to 600 million years ago 🌋☄️, an ancient bacterium entered a pre-eukaryote and changed world affairs like almost no other event 📈. Whether that entering was a voluntary step, or if that bacterium was simply gulped down, we can’t tell for sure.

What we know for sure is that a paradigm shift happened, and instead of being digested (or the pre-eukaryote being “infected” for that matter) that bacterium made itself at home in that cell. Both, the pre-eukaryote and the ancient […]

Go to Top