this post was submitted on 17 Jun 2023
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Mycology
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Thanks! Interesting to see a line like this :-)
I like preparing a dilutions series and then preparing two or three plates per dilution by adding 1 mL of liquid into the plate. Usually one of the dilutions has a good spore density to get well-separated colonies.
Oh, that's a great idea! I'm clearly new to mycology, so I'm just kind-of experimenting--but you're right, we're talking billions of spores, and only two need to meet in order to form a strain. Hmm...
Yeah! And when they do meet, they form a new anatomical structures called 'clamp connections', so if you have a microscope it is easy to check if the mycelium has already mated.
There is a nice series about breeding and how to isolate single-spore haploid mycelium here: https://www.youtube.com/watch?v=vsJpjQhsDIM
The idea is that if you manage to grow plates from single un-mated mycelium, you can then control their breeding, and this is how you can make new strains and have more control over their genetics. It is a more advanced topic in mycology, but a very interesting one to learn about!
Thanks, that is fascinating, I'm definitely gonna check that out. No microscope yet, but it is on my list of things to obtain, although a proper HEPA filter and fan/motor will come first though, haha! Kind-of wondering if I should switch majors, but I'm already in my 400 series engineering classes--oof.