# turtletoes

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Lepton

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1. ## Necrotizing fasciitis

Bien sûr. However, I work in healthcare and see how much plastic and paper are disposed of each day. I've lost hope. Perhaps I'm not up to date on current efforts to save us from extinction. I hope this is the case.
2. ## Necrotizing fasciitis

Perfect! Thank you. It's been so long since I've been in school, I'm finding all kinds of new resources. I miss libraries, books. And having time to spend in libraries. ;) Some schools have most of their books digitized now.
3. ## Necrotizing fasciitis

Is anyone aware of current research being done on necrotizing fasciitis? Any current research projects are of interest to me, but particularly those studying its epidemiology and new treatments (other than known surgical, antibiotic, and topical treatments.)
4. ## Microbiology - Cell population count

That helps, yes. Thank you, kind sir. I'm changing careers midstream, and it's been SO long since I've had to do this.
5. ## Microbiology - Cell population count

Hello, I'm a bit frustrated by one section of my microbiology reading for this week. I just can't wrap my head around the variables in the equation for cell population count and prediction of cell numbers in x amount of time. I'm reading https://courses.lumenlearning.com/microbiology/chapter/how-microbes-grow/ . One of the sample questions asks, "With a doubling time of 30 minutes and a starting population size of 1 × 105 cells, how many cells will be present after 2 hours, assuming no cell death?" The formula is Nn=N02n Nn is the number of cells at any generation n, N0 is the initial number of cells, and n is the number of generations. Would someone please translate this formula in a different way so that I can calculate it on my own?