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Any idea what those small white particles at 0:09 are? Curious about that

you are mess

Good insight but what are those small white balls coming once you put in the ATP solution at 0:07

Not every bio teacher using this…

Thanks so much! That was very helpful !

This filament like structure are actin or myosin?

is this one cell or combination of two cell?

DONE WATCHING. BSN 1-G

from Sir Kevz

From Sir Kevz

I loved your lecture. Thank you for explaining this subject in such a simple way. I am a Psychology student. You definitely have the awesome gift of teaching and do it so well, and your the passion to engaging with your students is awesome. It so helps me learn because you make it simple and fun. Thank you again.

I wish there were some voice or written words on this valuable video that would help lay audiences to understand as well:( Which muscle is it? bicep? a slice of bicep? and you just poured some APT/ion solution on it under a microscope and it started to contract w/o any electrical stimulus?

Alcohol as lens cleaner vs actual lens cleaner solutjon? Which type lens cleaner solution can you recommend? Which oil immersion can you recommend? Thanks.

Amazing, thank you!!!!

Initial set-up: 1. Plug & Switch on 2. Adjust Rheostat - 80% light intensity 3. Place slide on stage & center using stage controls 4. Turn Coarse focus Knob to highest 5. Turn Condenser focus knob to highest 6. Turn substage Condenser or Iris Diaphragm knob LEFT so that max amount of Light is passing through. Additional steps for Kohler Ilumination: 7. Use 10x Objective Lens first. 8. Adjust coarse focus knob to bring specimen into focus. 9. Turn Field Diaphragm knob full LEFT 10. Adjust inter-pupillary distance & ocular focus. 11. Use centering screws to bring circle to the center of the field of view. 12. Adjustment to Condenser focus knob - tiny hairs length. 13. Open Field Diaphragm by adjusting knob - so that the illuminated circle is just beyond the field ofview. 14. Remove one eye piece & adjust Numerical Aperture by adjusting the Condenser (Iris) Diaphragm knob to 0.25, 0.65, or 1.25 as shown below: (10x = 0.25NA) (40x = 0.65NA) (100x = 1.25NA) 15. Use the Fine focus knob to fine tune. ----------------------- 16. Repeat steps 14 & 15 each time ...when switching to higher objectives. No need to fiddle with Coarse focus knob at higher magnifications. And re-adjust Rheostat to comfortable setting for prolonged use. Note to self & others - With love, from Canada.

It's actually very good to know

What are all those "loose/torn" looking fibers around it?

Very helpful

Thank you very much! It really helped! 😊

I'm here because of my virtual lab in microbiology..2020! Living in the ever changing times of education and an ever changing world.

super

Great video! You explain it very well. Thank you for uploading :)

Thank you so much for posting this helpful video. I am in an online / distance Anatomy and Physiology class due to the pandemic and am needing to learn about this virtually...and this has made all of the difference! 🙂🙏🏻

I have been following your RUclips channel for a while and I love them so much ! I also have been following this guys system bit.ly/3kYQETQ and it seems to study pretty well. Thank you.

Great video

A pawn shop near me has one of these for the equivalent of $150

Thanks babe, now i know to adjust my microsope

nice bicep

Can you use glass for a slide

Thanks I like how you teach

Thank you!

I wish mine contracted that much! My 2 cm piece contracts about a mm.

Thank u for this video.. enjoyed it

This was a perfect explanation!

well done.

Awesome video

I'm in college phys. and have been having trouble understanding this. You made so much sense in a few minutes. Thanks

Thank you so much ma'am 🙏🙏🙏🙏🙏🙏🙏. ....I am from India

Thank you!! :)

did any one notice she talks like ellen

Perfect for me since I start Micro in 2hrs!

really useful one to the beginners

YOU GIVE ME LIFE PROFESSOR MEADOWS.LOL! THANK YOU SO SO SO MUCH FOR THE EXPLANATION.

very nice vid, thank you

Excellent. I am using this video for an Intro Bio lecture. Thank you!

Fascinating........

man she's great!

thank you for an awesome lecture.😍😍😍

Lordly fine.....

thank u