Cell Biology | Passive & Active Transport | Endocytosis & Exocytosis

Ninja Nerds!

In this lecture Professor Zach Murphy will be teaching you about membrane transport mechanisms. These will include the normal physiology of simple diffusion, facilitated diffusion, primary active transport, secondary active transport, pinocytosis, phagocytosis, receptor mediated endocytosis, and exocytosis! We hope you enjoy this lecture and be sure to support us below!

Outline (Contributed by Community Member Owen Dane Rosco):
00:00 - Intro and Overview
00:31 - Simple Diffusion
10:37 - Facilitated Diffusion
26:46 - Primary Active Transport
39:57 - Secondary Active Transport
57:09 - Vesicular Transport
57:42 - Pinocytosis
1:01:15 - Phagocytosis
1:07:44 - Receptor-Mediated Endocytosis
1:15:29 - Exocytosis
1:22:47 - Wrap-up

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SOCIAL MEDIA

@NinjaNerdSci

#ninjanerd #MembraneTransport #CellBiology

[Ireadabook]

This dude is saving the life’s of doctors
That is another level of heroism

[beansprout]

As a med student I have so much respect for Pr. Murphy and the incredible work he puts on this channel (for free!) Thank you for all the videos 🦠

[raggietyril]

I love how passionate you seem about what you teach. I learn so much more from these than my lectures at school!

[Sawlger]

I was watching your videos and my friend thought I stopped studying and went back to watching a series I've been watching. He truly didn't believe with my mesmerized expressions and hyper focus and smiles throughout that I was studying, or simply grasping concepts in ways I never did previously. It's so beautiful and humbling, so much so it's increasing my faith in the greatness of God in the specificity of each and every process. Thank you so so much for these videos. I'm happy I found you. You are an actual treasure. Wishing you continued success and greatness in everything you endeavor.

[louise]

I'm here again for review and at the end of the lecture, I realized I was smiling from all the knowledge I got from this video. Thank you so much, your videos are food for the brain!

[Thenoobraja]

Hey Zack as a medical student your videos has helped me a lot and I recommend to every medical student for better understanding 👍👍 so keep it up buddy 😉

[piderland]

This is the best lesson I've ever had. Thank you so much! This has really helped me wrap my head around the subject, seeing it all broken down and illustrated helped me connect the dots.

[arshikike]

I'm not know how to thank you. For a long time, I was wandering confused, trying to learn. And I never really learned properly or consistently. Your video truly helped me. Thank you so much.

[rafatsiddikey]

This is pure happiness, understanding something you were never able to

[Reree-gzbg]

I have mad respect for you taking the time to actually draw these out and even pre-draw some of the stuff :P

[jhunrullambulo]

FOR REVIEW PURPOSES:
00:40 - SIMPLE DIFFUSION
10:40 - FACILITATED DIFFUSION
26:50 - PRIMARY ACTIVE TRANSPORT
40:00 - SECONDARY ACTIVE TRANSPORT
57:12 - INTRODUCTION TO VESICULAR TRANSPORT
57:42 - PINOCYTOSIS
1:01:15 - PHAGOCYTOSIS
1:07:46 - RECEPTOR MEDIATED ENDOCYTOSIS
1:15:29 - EXOCYTOSIS

[cristalsharma]

Zack your patience to explain every detail with such ease and thoroughness is phenomenal. Thank you for taking the time to share your powerful gift to take complex concepts and break them down into easy to follow engaging lectures. THANK YOU!

[kavyafer]

Thank you so much for this great work sir. I am a pharmacy student and I have so much respect for you Professor Murphy. This channel has been such a blessing for me. ❤

[owendanerosco]

00:38 - Simple DIffusion
10:39 - Facilitated Diffusion
26:46 - Primary Active Transport
39:57 - Secondary Active Transport
57:11 - Vesicular Transport
57:42 - Pinocytosis
1:01:15 - Phagocytosis
1:07:44 - Receptor-Mediated Endocytosis
1:15:29 - Exocytosis

[colinrippey]

This is fantastic, I am an IT professional to trade and have a layman’s understanding of biology but I feel I have learned *tons* from this. Subscribed!

[zeroseven]

I challenge anybody in the whole world to find a better teacher than you.

[thehierophant]

As an LPN nurse student, loop diuretics, proton pump inhibitors, and Digoxin, even how aldosterone influences acidosis and alkalosis is so well put together. I was having so much trouble understanding because most of the important keys as to how something works in its molecular level is glossed over, because “we are nursing students” we don’t need to know the complexities so I never could understood it, but this is like a lightbulb, now all the drugs I know are beginning to make a whole lot of sense. So glad I found this. I’m a person who has to know the why at a molecular level figuratively and literally, or it won’t stick in my head. If I know, everything becomes like a network

[katrinabooze]

I just adore your videos-life changing for me! The smile at the end gives it that extra 10%. Thanks so much

[creativepop]

I am an Indonesian currently studying cells in my high school. I cannot thank you enough of how useful your content is. Most video explanations in Indonesian don't offer a detailed explanation of cell transports and I found it annoying. Your videos are easy to understand and now I don't have to memorize the tons of PowerPoint slides my teacher gave us. Once again I cannot stress how grateful I am to stumble across your video.

[peterweiden]

Thanks! you are talented and I am catching up on years of innatention post med school in the late 1970s!!