Tuesday

By // March 24, 2020

Happy Tuesday!

This week we get to:

  • Register for block three classes
  • Complete Block Two Class Evaluations
  • Complete Block Two Self Evaluations
  • Complete Block Two Credit Sheets
  • Take on new projects

WooHOO! We’ll be busy!

Block Three classes are up on the website

If you haven’t seen them yet, or you find the google calendar to be unworkable, you can see them on the website at THIS LINK.

Talk to your advisor about which classes you would like to take. We will start online on March 30, and hope to move back onsite ASAP.

In addition to group classes, we have several tutors available. Tyler, Clancy, Chan, and Lidiana will be happy for the hours during this slow-down, so help us keep them busy!

Lots more info about class evals… coming your way, but for now here’s some interesting info on why soap works:
Why soap, sanitizer and warm water work against Covid-19 and other viruses From CNN’s Sandee LaMotte
Tired of washing your hands for 20 seconds each time? Fingers starting to prune or feel like sandpaper?

Please don’t stop.

Take heart that while you’re scrubbing, you’re also killing off a host of other nasty bacteria and potentially lethal viruses that have plagued humans for centuries — including influenza and a number of different coronaviruses. How did such a simple thing as soap and warm water — and alcohol-based sanitizers — obtain such power over these parasites?

The answer lies in their “skin” and your scrubbing technique.

Under the microscope, coronaviruses appear to be covered with pointy spires, giving them the appearance of having a crown or “corona” — hence the name. Beneath the crown is the outer layer of the virus, which is made up of lipids, or what you and I would call fat. Now imagine that coronavirus is your butter dish, covered with buttery fat.  “You try to wash your butter dish with water alone, but that butter is not coming off the dish,” Williams explained.

“You need some soap to dissolve grease. So soap or alcohol are very, very effective against dissolving that greasy liquid coating of the virus.”

What does getting rid of that outer layer do to the germ? “It physically inactivates the virus, so it can’t bind to and enter human cells anymore,” Williams said.

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