i think you have the best a-level biology videos on youtube. It took my teacher a 3 hour online lesson to explain this and I still didn't understand it. Thank you so muchhhh
I'm glad to hear you find the videos helpful! :D And thank you for the support, I really appreciate it 🥰 please use the link here: www.buymeacoffee.com/biorachproject
Not sure actually. One possible reason is that the cellulose fibres/layers in the cell wall forms pores, which allow water to retain and travel better through them, in comparison to symplast (which is just glob-y cytoplasm). Then again, keep in mind that this is an observation so doesn't have to have a reason for it...!
The endodermis is not part of the xylem, and it's alive, so the endodermal cells can do active transport into xylem. Hope that clears it up, and thanks for watching! :)
Just to double check then, so in the symplast pathway, water moves through the cell itself (cytoplasm), through diffusion? But i thought when water was the substance moving, it would be osmosis? Please let me know, thank you :D
If the water is moving through a plasma membrane, then it would be osmosis. If the two cells are sharing the cytoplasm and have no membrane in between then it'd be diffusion.
i think you have the best a-level biology videos on youtube. It took my teacher a 3 hour online lesson to explain this and I still didn't understand it. Thank you so muchhhh
Glad you found the videos helpful! :D Thanks for watching!
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Very Helpful. Thank Youuu
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Hi! Where did you find the spreadsheets?💜
@@maheknadeem1193 oh it’s on her community posts 💜
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This was explained really well !
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I'm glad to hear you find the videos helpful! :D And thank you for the support, I really appreciate it 🥰 please use the link here: www.buymeacoffee.com/biorachproject
This was so so helpful and well explained. Thank you so much!
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why is the apoplast pathway used more often?
Not sure actually. One possible reason is that the cellulose fibres/layers in the cell wall forms pores, which allow water to retain and travel better through them, in comparison to symplast (which is just glob-y cytoplasm). Then again, keep in mind that this is an observation so doesn't have to have a reason for it...!
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I'm confused... how can active transport happen from the endodermis to the xylem if the xylem is just a bunch of dead cells? Thank you
The endodermis is not part of the xylem, and it's alive, so the endodermal cells can do active transport into xylem. Hope that clears it up, and thanks for watching! :)
@@BioRach Yes it does, thank you so much I love your channel. 😍
Thanks for the video... but isn't vacuolar pathway involved
They taught us that in my country
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Just to double check then, so in the symplast pathway, water moves through the cell itself (cytoplasm), through diffusion? But i thought when water was the substance moving, it would be osmosis? Please let me know, thank you :D
If the water is moving through a plasma membrane, then it would be osmosis. If the two cells are sharing the cytoplasm and have no membrane in between then it'd be diffusion.
If the endodermal cell already has a high solute concentration, then why doesn't water form the xylem go backwards into the endodermis?
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lifesaver!!!! couldnt understand this at all and you made it so clear :D
omg thank you so much, this has helped alot, the best explanation!!!
this is really helpful ,short and precise......
This video is so helpful, ive understood everything so easily
literally better than every a level biology teacher.
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