We want to thank you for taking the time to share a wonderful experiment for us to watch. My grandson is home schooled and its been hard for us to purchase a microscope. Having this video showed him what the wonders are that you can find using a microscope, that you can't see with the naked eye. So thank you, it was great.
Among the many things I have learned from this channel, this is a great example of how I should never assume I won't find something new in the most ordinary of things - I have looked at a few leaves, but never thought you could get chloroplasts as clear as this. Also finally a biological plant name I can remember "hello dear" :)
This plant species, Elodea, lends itself very well to observing chlorplasts. But not all plants are made equally easy to observe under high magnification.
Super helpful video! I have a biology lab tomorrow and this is one of the experiment we will be doing tomorrow, (but we will be also adding salt water to observe the process of plasmolysis). So interesting!
A compound microscope with brightfield optics (Olympus CH40, not made anymore). It is a standard microscope and any educational microscope for about USD 200/EUR 200 will produce similar results.
what MAGNIFICATION is needed / are you using, to get the fine captures / is needed in order to be able to see the cloroplasts (and their movement)? (1280, 5000+, 10.000+, 20.000+)? We have a 1280 max. magnification new microscope (Bresser-Biolux-NV), with which we have not been able to see the cloroplast, and therefore also not cloroplast moving.... and we have now tried with a 5 different plants, including "nearly-transparant water-plants) - to make sure the problem wasn't a non-transparant plant-leaf - so we are of course kind of desillisioned, because we really hoped to see this very cool and for us revolutioary phenomenon, that visible moving living life inside a plant is.
This could be an illusion. It could be that images of cells that are above or below the current level overlap and it might appear that the chloroplasts that belong to a cell above or below move into a neighbouring cell.
@Microbehunter "actually a characteristic of life is movement".... ...so I hope that we can pick up a theme, "the origin of life" in your videos. I just bought my first microscope (yet to arrive) for that subject.... ....In general, I think we will find that the term "life" is very poorly defined, for example, I am sure that everything is always moving. So actually that line of thinking opens the door to seeing life in all things... And that landscape sets the seen for the incremental steps between the star dust the made the earth all the way to the DNA that make protiens in ribosomes. You like?
This is awesome. In fact all ur videos are. Are you on Twitter. I am a Foldscope user. I was recently gifted a microscope. Hoping for more fun...Please keep posting cool videos
Hey, i have watered my tomato plants, they were dehydrated a bit, I‘ve noticed, that the plants was moving a bit. So I decided to make a Slow motion Capture. I look forward to see fresh watered plants under the microscope, what do you think?
We want to thank you for taking the time to share a wonderful experiment for us to watch. My grandson is home schooled and its been hard for us to purchase a microscope. Having this video showed him what the wonders are that you can find using a microscope, that you can't see with the naked eye. So thank you, it was great.
Hi, nowadays you can buy good quality microscopes for within 100 dollars ... You can also find used microscopes for a lot cheaper on eBay.com
I enjoy watching your videos... deserve more subs.
krono9 agreed
@@rudstarvids2267 the more videos he makes the more chance his videos appear
chloroplasts
chloroplasts are amazing 👌
Is that a real cHlOrOplAsT??
Chloroplasts yes mm
Among the many things I have learned from this channel, this is a great example of how I should never assume I won't find something new in the most ordinary of things - I have looked at a few leaves, but never thought you could get chloroplasts as clear as this. Also finally a biological plant name I can remember "hello dear" :)
This plant species, Elodea, lends itself very well to observing chlorplasts.
But not all plants are made equally easy to observe under high magnification.
Super cool! How much magnification do you need in order to see the chloroplasts move?
That was absolutely chloroplastic!
This is actually good video for cytoplasmic streaming for educated about it......
I enjoyed while watch it...really helpfull
What magnification do you need to see the chloroplasts?
The highest magnification in the video looks like 400× (40× objective), the smaller ones like 100×.
This video is just perfect. Thank you very mach - it is very educating!
What type of microscope was used? It is phase contrast microscope?
I just want to say thank you, this is something i've never seen before in any class.
what microscope you use ?...pls describe its name , company , type and other specifications ...
I recommend the Swift 380T
Happy Christmas to you and your family Oliver .. and all the very best for 2024 .. Ian
Great job dude, I really enjoyed it
You said the objective is 60X, what is the magnification of the eyepiece? Thanks for showing!
60x objective and 10x eyepiece for 600x total magnification. Sufficient for most of my needs.
Super helpful video! I have a biology lab tomorrow and this is one of the experiment we will be doing tomorrow, (but we will be also adding salt water to observe the process of plasmolysis). So interesting!
thank you for this awesome video
Can I use your few second (6-7 sec) video for teaching purpose ?
The videos can be freely watched on TH-cam by anyone and for any (legal) purpose.
@@Microbehunter can I add some part of it in my TH-cam video?
what type of microscope do you use?
A compound microscope with brightfield optics (Olympus CH40, not made anymore). It is a standard microscope and any educational microscope for about USD 200/EUR 200 will produce similar results.
Consider putting the Information about the microscope to the description under every video ;)
Will do! Thank you for the tip.
@@Microbehunter welp i have trypophobia now
Can you do a video on how to do a darkfield image with the Swift SW380T?
I already did a video on this in my other channel: th-cam.com/video/JnjoHUIlnzM/w-d-xo.html
@@Microbehunter XD ok! Thank you!
what MAGNIFICATION is needed / are you using, to get the fine captures / is needed in order to be able to see the cloroplasts (and their movement)?
(1280, 5000+, 10.000+, 20.000+)?
We have a 1280 max. magnification new microscope (Bresser-Biolux-NV), with which we have not been able to see the cloroplast, and therefore also not cloroplast moving.... and we have now tried with a 5 different plants, including "nearly-transparant water-plants) - to make sure the problem wasn't a non-transparant plant-leaf - so we are of course kind of desillisioned, because we really hoped to see this very cool and for us revolutioary phenomenon, that visible moving living life inside a plant is.
Tosee chloroplasts, a maximum magnification is 400 (four hundred) is enough. You can also see them with 100x, but they are a bit small to see.
Can you observe marimo moss balls fibers in a video?
Can someone tell me what causes cytoplasmic streaming?
The elodea looks very sickly give it more sunlight and take away the bubbler.
What about blood cell
Finally an experienced German scientist finds this out.
Really nice
#chemoscopy
I was learning about Elodea too! and I learned more I'm in 6th grade
Do Chloroplasts move from one cell to anotherone?
Thank you sir, this was very helpful!
Clear view of chloroplast 👌👌👌
I am from india
Me also
Please put the magnification levels in your video
YES I NEED A MICROSCOPE
Great work thanks
Amazing.
Good job !!!
Thank you so much !
Very helpful 👍
Made my day💕💕
sir I love ur educational channel .
please make a video in which a firefly is under a microscope
Why the chloroplasts are entering into the neighbouring cells?
This could be an illusion. It could be that images of cells that are above or below the current level overlap and it might appear that the chloroplasts that belong to a cell above or below move into a neighbouring cell.
Thank you!
Nice vid and thx mate
Amazing!
What causes them to move
me
Cytoplasmic streaming(cyclosis), occurs in eukaryotic cells mainly due to the presence of sap vacuoles.
@Microbehunter "actually a characteristic of life is movement".... ...so I hope that we can pick up a theme, "the origin of life" in your videos. I just bought my first microscope (yet to arrive) for that subject.... ....In general, I think we will find that the term "life" is very poorly defined, for example, I am sure that everything is always moving. So actually that line of thinking opens the door to seeing life in all things... And that landscape sets the seen for the incremental steps between the star dust the made the earth all the way to the DNA that make protiens in ribosomes. You like?
Interesting question. Here is a possible answer: www.microbehunter.com/mh016-what-is-life/
This is awesome. In fact all ur videos are. Are you on Twitter. I am a Foldscope user. I was recently gifted a microscope. Hoping for more fun...Please keep posting cool videos
Real nice
Very interesting 😲
Hey, i have watered my tomato plants, they were dehydrated a bit, I‘ve noticed, that the plants was moving a bit. So I decided to make a Slow motion Capture. I look forward to see fresh watered plants under the microscope, what do you think?
Tank ju! Lav from Kroatiax
cool video! i like botany
thanks sir
Great
it's amazing 😲😲 😱😱
Thanks a lot for this helpful video ☺️😊👍
❤
its ok
😮🤯
eh
I have trypophobia
🙃