White Blood Cells vs Still Water Microbes 🧬
Exploring how white blood cells react when mixed with stagnant still water and its microbial activity.

Walt (oneminmicro)
9.6M views • Nov 14, 2024

About this video
Today I decided to mix my white blood cells with a drop of still water.
Still water is stagnant water that's left sitting for long periods of time. With no movement and aeration, stagnant water becomes a prime breeding ground for biofilms, or a collection of bacteria or fungi.
In this particular sample of still water, I found heaps of amoebas! This is why water like this can be dangerous to swim in, because it can grow brain eating amoebas.
I then had this great idea to mix a drop of still water with a sample of my RBCs and WBCs!
Something incredible happened! And I caught it all on video!
Enjoy!
#science #STEM #microscope #Amoeba #RBC #WBC #scientific #Stillwater #Bacteria #whitebloodcells #cellsatwork #biology #chemistry
Still water is stagnant water that's left sitting for long periods of time. With no movement and aeration, stagnant water becomes a prime breeding ground for biofilms, or a collection of bacteria or fungi.
In this particular sample of still water, I found heaps of amoebas! This is why water like this can be dangerous to swim in, because it can grow brain eating amoebas.
I then had this great idea to mix a drop of still water with a sample of my RBCs and WBCs!
Something incredible happened! And I caught it all on video!
Enjoy!
#science #STEM #microscope #Amoeba #RBC #WBC #scientific #Stillwater #Bacteria #whitebloodcells #cellsatwork #biology #chemistry
Video Information
Views
9.6M
Likes
673.3K
Duration
1:00
Published
Nov 14, 2024
User Reviews
4.9
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