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How can I get hold of one of these bases?

Can you please explain to us instead of explaining to yourself

This is an awesome explanation! Thank you so much!! 🙏👏

Faltu ka gajaye beshi

Love your videos! I’m a med student in Brazil, and you really help me ❤

How can this lecturer not have comments ❤❤❤

Interesting custom wood microscope mirror stage. Can you share the design scheme or link to buy?

Great little video. There aren't many readily available lectures outlining the basics of bacterial phyla.

Great video! Most of the videos I’ve seen on RUclips make it seem like even the person explaining doesn't understand the difference between these two. I finally have a clear idea of what the differences are. Thank you!

Can you tell me how to attach that other rod so that it "flies?"

Sir please make video of respiratory system

Nice

Thank you sir😊😊😊😊

Impressive

This video is very knowledgble

Great presentation. Thanks. 🙂

🎯 Key points for quick navigation: 00:01 *🌍 Introduction to the Three Domains of Life* - Overview of bacteria, archaea, and eukarya domains, - Highlights differences between prokaryotic (bacteria and archaea) and eukaryotic (plants, fungi, animals) cells, - Discusses multicellularity and unicellular organization. 02:10 *🦠 Prokaryotic Cell Structure and Diversity* - Describes the cellular structure and lifestyle of prokaryotes, - Explains cell colony formation and individual cell functioning, - Introduces the concept of a variety of living arrangements in bacteria and archaea. 03:56 *🔬 Evolutionary Relationships among Domains* - Outlines the evolutionary relationships between bacteria, archaea, and eukarya, - Discusses the closer relation of archaea to eukaryotes compared to bacteria, - Introduces the theory of eukaryotic cell origins through symbiosis of bacteria and archaea. 05:33 *🧬 Cell Membrane Composition and Structure* - Compares cell membrane structures across different domains, - Delves into the uniqueness of archaeal membrane phospholipids, - Highlights differences in membrane cholesterol presence. 07:25 *🏗️ Cell Wall Structure and Function* - Describes the function and variability of cell walls in bacteria and archaea, - Explains differences in composition between bacterial peptidoglycan and archaeal cell walls, - Details the variability and significance of various cell wall types in archaea. 09:26 *💧 Cellular Osmoregulation and Environmental Adaptations* - Discusses mechanisms of osmoregulation in prokaryotic cells, - Introduces the cell wall's role in preventing osmotic pressure damage, - Explains the diversity of environments where prokaryotes can thrive, including extremophiles. 11:25 *🌱 Differences in Cell Wall Composition among Domains* - Compares cell wall materials across bacteria, archaea, and plants, - Explores the significance of cell wall composition in identifying and classifying organisms, - Highlights the wide variety of materials constituting archaeal cell walls. 13:41 *🔎 Molecular and Genetic Diversity* - Discusses introns and genetic coding differences between domains, - Explains the significance of non-coding DNA regions in archaea and eukaryotes, - Highlights the extreme environmental adaptations and the extremophiles among archaea. 16:16 *🌡️ Extremophiles and Environmental Extremes* - Describes the various extreme environments where archaea can thrive, including high and low temperatures, - Explains adaptations that allow survival in extreme conditions, - Discusses the challenges in studying archaea due to their unique habitats. 19:48 *🔬 Importance and Challenges in Archaea Research* - Notes the relative lack of study on archaea compared to other domains due to difficulty in simulating their natural habitats, - Emphasizes the importance of continued research on archaea for understanding biodiversity and evolutionary history, - Highlights how archaea's unique characteristics contribute to our overall knowledge of life on Earth. Made with HARPA AI

Thank you for providing a thorough yet concise explanation!

Please make a lecture on the 16srRNA and also on DNA sequencing

im so happy this FINANLLY MAKES SENSE! you're such a life saver.... so so good and the images and speed were so perfect. I love your content

Thank you very much for this explanation !

Thank you very much for this very clear video

If only I had found your channel before, id learn animal anatomy much better

thk u so much for your help!

thankyou for the explanation! super helpful !

Very interesting.

Wouldend mind learning more about those diverent types of cells

I like this a lot

Thank you ❤

Man your contents are superb ❤ well done 🫡

Thanks from Iraq🇮🇶

These are great! Would love to see them organized into a micro’ playlist ❤

❤

The only evolution is de-evolution due to a corruption of the gnome (dna)

Great video thank you

the way you teach just makes my brain absorb it immediately. eternally grateful that i found your channel! keep up the good work

These videos are incredibly helpful! Thank you sir😁

Yours lecture give me a lot of help, thank you sir. (My English is kind of broken, sorry.)

the board noisee 🥲🥲🥲🥲

Thank you sir !!

💛

💚

thank you can i call you

why is he so underrated??

Where is the next video, on all the variations ?

thank you!

My botany professor would flip out on your spelling of Ginkgo :)

Have you seen a virus? Not a computer generated graghic or a theory. Have you seen ome?

Im pretty sure most acoelomates (except like acoelomorpha) and all pseudocoelomates are considered protostomes in modern taxonomy. These classic textbook relations between morphology and systematics (somewhat sadly) just cant hold up anymore.

Brilliant video thank you 😊