Chapter 6 - The Cell: Prokaryote vs Eukaryote, Organelles, Cytoskeleton, Endomembrane System

🎓🦉Click for access to my Send Owl Downloads

"Hey there, Bio Buddies! 🌿💚 As much as I love talking about cells, chromosomes, and chlorophyll, I've got to admit, keeping this biology bonanza running takes some serious energy – and not just ATP! If you've ever found a nugget of knowledge or a chuckle in one of my videos, consider tossing a little something into the tip jar. Every donation, big or small, helps keep the lights on and the mitochondria fired up! Together, we can keep this biology party going strong. Thanks for being the DNA to my RNA – you're truly nucleus to my cell! 🧬✨ #SupportScience #LetTheBioLoveFlow"

Let's Go Bio Piggy Bank 🐷

📝 Lecture Slides
🧠 Mind Maps
✅ Study Guides

⏰ Timestamps:
1:07 Intro and background
2:35 Microscopes: Light and Electron (TEM and SEM) microscopes
9:04 Eukaryotic vs Prokaryotic cells
13:05 Plasma Membrane
16:47 Eukaryotic Cells
23:05 Endomembrane System
32:26 Energy Organelles (Mitochondria and Chloroplast)
35:25 Endosymbiont Theory
40:04 Cytoskeleton Components
49:49 Extracellular Components
50:15 Cell Walls
52:18 Extracellular Matrix (ECM)
53:55 Cellular Junctions: Plasmodesmata, Tight junction, Desmosomes, Gap junctions

📚 CURRICULUM
I use Campbell's Biology and Openstax to help with curriculum content.

OpenStax:
Clark, M. A., Douglas, M., & Choi, J. (2018). Cell communication. In Biology 2e. OpenStax.

🔥SUPPLIES FAVES

Black Flair felt tip marker pens (I won't take notes in anything else)

Double-ended Pastel Highlighters

The BEST Pastel highlighters

Whitelines notebooks - lines are white ink grids

Whitelines notebooks - 3 pack

©️Copyright Notice 🔻
This video and its content is copyright of J Skorupa - © J. Skorupa 2023. All rights reserved. Any redistribution or reproduction of part or all of the contents in any form is prohibited other than the following:
• you may print or download to local hard disk extracts for your personal and non-commercial use only
You may not, except with our express written permission, distribute or commercially exploit the content. Nor may you transmit it or store it in any other website or other forms of an electronic retrieval system.

#BiologyLecture​ #CampbellsBiology​ #CollegeBiology​ #ProfessorSBiology​ #CellBiology #biology #college #cell #education #lectureSee Timestamps below :) This is a lecture about the cell, microscopes, organelles, and the cytoskeleton. It corresponds with Chapter 6 of the Campbell Biology textbook.

[kellycrook]

I’m sure putting these videos together takes a TON of work and I just wanted to say thank you!! I’m taking a Bio class online using the Campbell textbook. We don’t have a lecture component so it’s really self driven. Your lectures help to clarify a lot of points in the text. So thank you for your hard work.

[Jimmy-lgwy]

You have NO IDEA how did you help me and let me tell you that this is the best video I've watched explaining this chapter thoroughly. Ms, you've got a new grateful subscriber. Please keep posting this series!!

[mardaatsebha]

You to whomever made this video, i hope that you get everything you want and need in life.

[maryedelkind]

I’m in biology 1 with lab and I constantly rewatch your lectures. Thank you so much for these. They’re very helpful :)

[benjaminwang]

Keep doing what you are doing. You are 10x more helpful than my professor and helping me so much with college biology!!

[christianwright]

Thank you for making these videos. I am taking this class online and the material my professor released wasn't very helpful. These videos have been a saving grace. Would you consider doing Videos for Organic and Biochemistry?

[bruhmoment.-.]

Timestamps:
1:07 Intro and background
2:35 Microscopes: Light and Electron (TEM and SEM)
microscopes
9:04 Eukaryotic vs Prokaryotic cells
13:05 Plasma Membrane
16:47 Eukaryotic Cells
23:05 Endomembrane System
32:26 Energy Organelles (Mitochondria and Chloroplast)
35:25 Endosymbiont Theory
40:04 Cytoskeleton Components
49:49 Extracellular Components
50:15 Cell Walls
52:18 Extracellular Matrix (ECM)
53:55 Cellular Junctions: Plasmodesmata, Tight junction,
Desmosomes, Gap junctions

[inconsistent]

im a first year med student and this has helped me SO MUCH in understanding the content, thank you so much for the effort you put into these videos youre astounding!!!

[khushbookhanwani]

I am sure these videos take a lot of effort! thankyou so much it very helpful.

[chriscorrao]

Wow you did a really good job creating these videos.... Whats your plan, to do all the chapters in Campbell eventually?

[hugochou]

I LOVE THIS SO MUCH THANK YOU YOURE AWESOME

[alizamalik]

your videos are so amazing, truly so helpful. thank you so much!

[Kylegonewild]

You have no idea how well you tech this. I’m using the same book but I’m so confused with my online lectures. The average test score for the first test was 41/90 failing. Including me. But I’m using your lectures now. Hopefully I get a better grade. Thank you so much.

[EMAC__]

If only my teacher was this descriptive

[DeadInside-rywq]

**Is this following the 9e or 10e?

Thank you very much for these lectures :D

[blakebryant]

Not to be rude, I love your videos but I believe that ribosomes are organelles.

[henningokholm]

An atom is smaller than 0.1 nm, maybe a thousand times smaller. because 0.1 nm is 100 picometers. 100.000 attometers is 100 pico.

[jancyriln.sanjuan]

i jost hate this its almost 1our i hate the creator hmmmm