What an interesting episode! Had to pause it and start watching again with my family because it was too interesting to not share it with them) Thanks!!
Mr Oliver Can you please make a video on how different organisms interact with each other... Their relationship and the interaction between them... How do they live together in the microscopic ecosystem? Your videos are great sir Thank you
@Microbehunter 3:10 Fat from milk can be a food source for Paramecia? I didnt know that. So can i try adding fat detecting agent, like Sudan III, and then observe the stained droplets inside paramecia?
When you upload a video could you tell what lighting or technique you are using? So far since I have been watching your channel I have purchased a National Microscope mod.111, for quick looking. Another for more detailed observations. A Labomed LX400 with options. All factory options including Polarizing Filters, Phase Contrast 10x 20x and 40x with sliders, different color filters, dark field slider,possibly dedicated dark field condenser and 100x adjustable objective in the future. How much more are you going to make me spend? LOL. Things get expensive fast. Thanks for the videos. I try to match the results from what you show to what I see in my microscopes to see if everything is adjusted ok. Thanks for everything. Was also wondering if you received enough donations to get your new microscope? Im from Florida in the good old USA.
Hmm, I wonder if the words "instinct" and "learned behavior" are generally appropriate here. These are concepts that come from higher animals. Maybe it depends on what one means when one says "instinct". Can microbes have an instinct? Can a plant that grows towards the light have an instinct? Can this count as behavior? It is a response to the environment, for sure, but where do we draw the line to behavior? I have to think about this.
@@Microbehunter is "instict", at a livings organism's core, a deep seeded knowing of what it must do to survive? Does "instinct" come from deep down inside of ones DNA? Every living organism is born knowing it must eat. That cell knows it needs to eat but it doesnt have a brain or stomach that tells it to like you or me. However, not every organism is born knowing that fire will burn it until it stumbles into fire. A human baby knows to hold its breath when it is placed in water, whereas, a baby monkey doesnt - is that a human instict? If so where did it "learn" to do that and why? Could it be the same for these cells that are exposed to electrical currents? I dont know - They certainly recognise a disturbance to thier enviroment and correctly associate it with light. They "learn" But - I wonder if subequent cells would react the same way even though they have never experianced the disturbance. Perhaps therein lays the answer.
Is there a difference between the British version of swift 380b (Bf13011) and the German version (ef13011), I am waiting for an urgent answer if there is a possibility that the German one is a fake...
And if there are no muscles, then how to they move their cilia? The point is that science tends to focus on differentiation. But there is a huge amount of information yet to be discovered around similarities. For example, if a paramecium can move in a controled way, then they have something that functions very much like "muscles" and "nerves". If we could open that door to similarity, we might one day find out how their muscles and nerves work... ....imagine if we could understand how mineral evolution and genetic evolution are similar, we might discover the origin of cell life on earth.... and we might discover the similarities in star lifecycle and human lifecycle....
I am skeptical about the term 'Reversal of Aging'. You see a child's genes are a mixture of their parents DNA. But giving birth to children do not change the age of parents. The case of Peramicium can be treated similarly. Two new cell is created with different DNA after sexual reproduction while the old cells with old DNA cease to exist. I am no expert so I can be wrong about this.
I get your point, the difference is, that in the case of humans the children are "different" to the parents, while in Paramecia, it are the same cells. Generally, comparison is difficult, because the systems are different. One could say, too, that humans are immortal, because we continue to live in our children (our DNA is passed on). So it is, I guess, also a question of perspective.
As I know about you.... You are from austria and austrian speaks German.. I just wanted to know that did you learn English or you live in any english speaking English
When humans procreate, have babies, the babies not only have genes from both their parents but some of their own. Right? A departed criminologist friend of mine once told me what these new genes are called, the ones that our babies develop of their own, but I have forgotten the name of them, their technical name or scientific name. My question is: can you remind me what these genes are called?
I would definitely love to see your commentary on different types of microorganisms!
What an interesting episode! Had to pause it and start watching again with my family because it was too interesting to not share it with them) Thanks!!
This is one of your best!
Mr Oliver
Can you please make a video on how different organisms interact with each other... Their relationship and the interaction between them...
How do they live together in the microscopic ecosystem?
Your videos are great sir
Thank you
@Microbehunter 3:10 Fat from milk can be a food source for Paramecia? I didnt know that. So can i try adding fat detecting agent, like Sudan III, and then observe the stained droplets inside paramecia?
Very nice. I like it.
I really enjoyed this episode.
When you upload a video could you tell what lighting or technique you are using?
So far since I have been watching your channel I have purchased a National Microscope mod.111, for quick looking. Another for more detailed observations.
A Labomed LX400 with options. All factory options including Polarizing Filters, Phase Contrast 10x 20x and 40x with sliders, different color filters, dark field slider,possibly dedicated dark field condenser and 100x adjustable objective in the future. How much more are you going to make me spend? LOL. Things get expensive fast. Thanks for the videos. I try to match the results from what you show to what I see in my microscopes to see if everything is adjusted ok. Thanks for everything. Was also wondering if you received enough donations to get your new microscope? Im from Florida in the good old USA.
Can you show kahm yeast, that white stuff that grows on the fermented pickles. Can you explain their methods of carrying out life processes?
Very Informative 👍
Great episode! I wish I could afford a good scope to see things that well!
Mi ege gxuis la filmeton, Oliver. Dankegon!
When you say the DNA modifies to create "learning": do you think that might be the development of Instict rather than learned behaviour?
Hmm, I wonder if the words "instinct" and "learned behavior" are generally appropriate here. These are concepts that come from higher animals. Maybe it depends on what one means when one says "instinct". Can microbes have an instinct? Can a plant that grows towards the light have an instinct? Can this count as behavior? It is a response to the environment, for sure, but where do we draw the line to behavior? I have to think about this.
@@Microbehunter is "instict", at a livings organism's core, a deep seeded knowing of what it must do to survive? Does "instinct" come from deep down inside of ones DNA?
Every living organism is born knowing it must eat. That cell knows it needs to eat but it doesnt have a brain or stomach that tells it to like you or me. However, not every organism is born knowing that fire will burn it until it stumbles into fire. A human baby knows to hold its breath when it is placed in water, whereas, a baby monkey doesnt - is that a human instict?
If so where did it "learn" to do that and why?
Could it be the same for these cells that are exposed to electrical currents?
I dont know - They certainly recognise a disturbance to thier enviroment and correctly associate it with light. They "learn"
But - I wonder if subequent cells would react the same way even though they have never experianced the disturbance. Perhaps therein lays the answer.
excellent video
Is there a difference between the British version of swift 380b (Bf13011) and the German version (ef13011), I am waiting for an urgent answer if there is a possibility that the German one is a fake...
You can visit the swift store on amazon directly. but currently the british version seems to be out of stock anyway.
@@Microbehunter So I guess I can get it from any country, thank you...
Please tell us all about your new DIC, Oliver!
So do paramecium have nervous systems? Excellent report. Thank you.
No nervous system. They are single celled. A nervous system needs many cells. Still they can react to stimuli.
@@Microbehunter If there are no nerves, then how do their muscles work?
And if there are no muscles, then how to they move their cilia? The point is that science tends to focus on differentiation. But there is a huge amount of information yet to be discovered around similarities. For example, if a paramecium can move in a controled way, then they have something that functions very much like "muscles" and "nerves". If we could open that door to similarity, we might one day find out how their muscles and nerves work... ....imagine if we could understand how mineral evolution and genetic evolution are similar, we might discover the origin of cell life on earth.... and we might discover the similarities in star lifecycle and human lifecycle....
Plzzzzzz make more videos like this ❤️❤️❤️
Sure, what specifically do you like about this video? The more theoretical/facts-centered approach? Or what is it specifically?
I basically like both but i liked the fact part more.
Thank you for making such videos
Did you upgrade to DIC?
:-)
How do the bacteria come out so clear? I can never see them.
Can you please look at gut bacteria and find out what they like and dont like?
Grand!
Amazing
Sir sorry to disturb you but you did not do the video i told you about
I am skeptical about the term 'Reversal of Aging'. You see a child's genes are a mixture of their parents DNA. But giving birth to children do not change the age of parents. The case of Peramicium can be treated similarly. Two new cell is created with different DNA after sexual reproduction while the old cells with old DNA cease to exist.
I am no expert so I can be wrong about this.
I get your point, the difference is, that in the case of humans the children are "different" to the parents, while in Paramecia, it are the same cells. Generally, comparison is difficult, because the systems are different. One could say, too, that humans are immortal, because we continue to live in our children (our DNA is passed on). So it is, I guess, also a question of perspective.
Thanks for sharing your thoughts.
Nice
👏🏻👏🏻👏🏻
wow it's amazing
As I know about you.... You are from austria and austrian speaks German.. I just wanted to know that did you learn English or you live in any english speaking English
I went to an English speaking school.
its sad how the microverse isnt included in the ecosystem.
Paramecium is multicellular organisms
When humans procreate, have babies, the babies not only have genes from both their parents but some of their own. Right? A departed criminologist friend of mine once told me what these new genes are called, the ones that our babies develop of their own, but I have forgotten the name of them, their technical name or scientific name. My question is: can you remind me what these genes are called?
Please obtain fresh political action figures, and put them under microscope. Can you find an honest *pair of me see 'em?*