Burns 2.. At least it's close... I think, never been there.
Same! It's right next to Central Lib on Albany St, from what I can see on the map. So not that close but at least it'll be easy to find haha
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Burns 2.. At least it's close... I think, never been there.
Same! It's right next to Central Lib on Albany St, from what I can see on the map. So not that close but at least it'll be easy to find haha
I'd rather have commerce 2.2 than St. Davids!Commerce 2.22 .... where is that? :s Lucky people who have st davids!![]()
Hey everyone, Cells Q, I'm not quite sure what we need to know for the last objective of Lecture 16...
'Explore the diversity of relationships between photosynthetic units and cells'
What does this even mean? Is it about the Apicoplasts and Cyanobacteria, or something else?
Thanks guys!
Hey everyone, Cells Q, I'm not quite sure what we need to know for the last objective of Lecture 16...
'Explore the diversity of relationships between photosynthetic units and cells'
What does this even mean? Is it about the Apicoplasts and Cyanobacteria, or something else?
Thanks guys!
Erm... I'm going to hazard a guess that the question may have been talking about endosymbiont theory, and how the chloroplasts were thought to have been photosynthesising prokaryotes which were assimilated into a pro-eukaryotic cell, the relationship proving mutually beneficial (prokaryote got a safe place to live, pro-eukaryote got a free energy source), eventually forming what we now call a 'eukaryotic plant cell'... And then how there's the different types of these inside plant cells (like the chromoplasts, chloroplasts, other assorted plasts)?From the lecture slides, I would think that its just the Cyanobacteria and Vaucharia litorea/Elysia chlorotica, and that Apicoplasts demonstrate how different areas of cell biology cross-inform each other (last objective point?)
Although I've never even heard of 'Vaucharia litorea/Elysia chlorotica', so it's possible they've added something to CELS this year and I'm way off track.
This was actually an example from last year as well, just to recap Elysi Chlorotica is a sea slug, and it eats algae (which here is Vaucharia litorea). It digests all of the algae EXCEPT for its chloroplasts, then uses the chloroplasts in its own cells. I'm not sure if I'd call it "mutually beneficial" in this case, as the poor algae is still killed.
I thought it was pretty cool of the slug (I hate most slugs), so that's why I remember it I guess.
From the lecture slides, I would think that its just the Cyanobacteria and Vaucharia litorea/Elysia chlorotica, and that Apicoplasts demonstrate how different areas of cell biology cross-inform each other (last objective point?)
Oh, and a belated welcome to MSO!
With penicillin and vancomycin, one inhibits Transglycoselation while the other inhibits Transpeptidation. Can you see using that where Vancomycin acts?
uh missed out?How did everyone do? Missed out 5% by .12%...