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NEETSPIRE
India
Приєднався 20 чер 2021
A doctor-run platform for young aspirants to turn their huge dream of cracking NEET into reality with basics.
Circle of Willis and clinical anatomy | blood supply of brain | #anatomy #circleofwillis #neetspire
Hi guys welcome back to my channel.
This video is about the blood supply of brain in which I have very easily described the circle of Willis and all the branches of arteries and their distribution.
I know this is a bit difficult topic I also used to be intimidated from this topic in my first year but trust me I have made it very very simple for your board exams as well as your entrance exams.
So check it out and if you like it please like comment share and subscribe to my channel.
This video is about the blood supply of brain in which I have very easily described the circle of Willis and all the branches of arteries and their distribution.
I know this is a bit difficult topic I also used to be intimidated from this topic in my first year but trust me I have made it very very simple for your board exams as well as your entrance exams.
So check it out and if you like it please like comment share and subscribe to my channel.
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Відео
Sliding Filament Theory class 11th | Muscle Contraction | #biology #neetug #neetspire
Переглядів 9813 роки тому
Hi guys welcome back to my channel. In this video I have explained the sliding filament theory to you very simply and you will never forget it. The mechanism of muscle contraction has been made very very clear and the role of actin and myosin also. I upload a very high yield content on NEET and AIIMS syllabus thrice a week. I am glad to help you with your preparation. Consider subscribing to my...
Sarcomere structure explained | Class 11 | Structure of muscle fibre | Physiology #neet #biology
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Hi guys welcome back to my channel this is a video about structure of muscle fibres and Sarcomere. I have tried to explain everything in a very simple way, also check out my other videos on high yield topics from human physiology . They are all you need. Please like ,comment, share and subscribe to my channel so that I can bring you more such content. Also follow @neetspire on Instagram to stay...
Conduction of Nerve Impulse | Class 11th | Synapse | Physiology | Nervous System Class 11th
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Mechanism of Nerve conduction and synaptic transmission covered in great detail with diagrams. Do check it out. Also check my playlist on Human Physiology out where I’ve covered all difficult topics.
NEET 2021 prep in 2 months | NEET 2021 date announced | How to score above 600 | 60 days NEET PLAN
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Check this video out for detailed description about how to prepare in last 2 months. I have also shared my own tips.
COUNTER CURRENT MECHANISM | you will never forget | kidney | physiology | class 11| doctor explains
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Counter current mechanism explained which diagrams in less than 10 minutes.
Mechanism of Urine formation | Structure of nephron | Function of Kidney | Class 11th | Physiology |
Переглядів 4,4 тис.3 роки тому
Mechanism of Urine Formation with basic MCQs and one liners. Diagrammatically explained.
Cardiac cycle | physiology | Cardiac output | cardiac cycle class 11| heart sounds
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Cardiac cycle physiology along with conduction system of heart and heart sounds. Watch this short video to get clear concepts. Queries : neetspire@gmail.com
Oxygen Dissociation Curve | Transport of Oxygen | p50 value | class 11th | NEET | Physiology
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Oxygen Dissociation Curve made simpler and easier in less than 10 minutes. High yield video for 11th class boards and NEET exam. If you find my content helpful, do consider sharing and subscribing.
Lung volumes and capacities made easy | physiology | biology | class 11th
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A detailed description of Lung Volumes and Capacities with diagram illustration.
Digestive System Class 11 | Anatomy of Digestive System | Human Physiology | NEETSPIRE
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Digestive System Class 11 | Anatomy of Digestive System | Human Physiology | NEETSPIRE Class 11 and 12 online Lecture series for NEET and boards.
Thank you ma'am ❤
thankyouuuuuuu
works
mam thank you for your explanation it greatly helped me to understand the overall concept in my book there was no mention of osmolarity and interstitium they just said that the area around the descending limb is hypertonic so water flows out while the opposite at ascending limb with gibberish in between
Nice mam thank you
Very nice ❤
Thank you Dr. This helped me alot and made my concept clear now on Oxygen dissociation curve. Could you please elaborate the questions in the last that, how to calculate ?
I listened many lectures, watched many videos and I'm cleared at this lecture
Finally I got this explaination in English..👍.as most of this explaination are in Hindi!
Thankuuu madam... Can u Do more videos
Thank you madam. For your excellent teaching. 👏👏👏👏❤❤
Thank you madam. Nice explanation.👏👏👏👏❤
Best class I had ever seen🤞👍👍👍
Not Bad.
Well explined and clearly understood.Thanks a lot😊
Maam, that means When the hb molecules with combined oxygen reaches the tissues the CADET increases and thus dissociation of O2 occurs?
In the descending limb of the vasa recta, when Nacl is absorbed shouldn't water follow it ??.. how is it the descending limb of the vasa recta takes in salt and give out water?
When blood flows down through descending limb of vasa recta there is increase in osmolarity(concentration) in surrounding so as water goes from high concentration to low concentration it goes out from vasa recta thereby increasing its osmolarity
I am struggling from 2days to understand it .thank u soo much mam
in-depth and concise explanation and it helped a lot especially to explain to middle schoolers. Thank you for this video!
Nin ammun thanks ma'am Nkn sike explanation Once again thanks 🙏🙏🙏
Thank you mam❤ ...
I was remaining so doubtful in this topic for a long and now iam fully cleared with this topic after watching ur video.thank u mam thanksalot🎉
Thankyou madam
Good explanation madam, Make a video on Muscle contraction theory that is sliding filament theory.
I already have, you can check it out!
That was so much helpful
Thank you soooooo much
Well done ❤❤
Mam ur class aree really usefull to mee pls made videos on plant physiology
It's so clear mam
Thanks Alot Maam! Such a clear explanation! I am referring these videos in my Master's in Zoology for Physiology Paper and it is so helpful.👍🏻
All the best
Best explanation 😊
Mam please explain in Hinglish
Thanks a lot
I dont know why this video have only 152 likes 😑this lecture is very helpful for me ❣️🙌 keep it up mam 🔥
You made it so easy. Thanks
Vasa recta transfer nacl back to interstitium every time during this process , the quantity of nacl increases in interstitium,where this many molecules of nacl goes ??
Isn't the ph of urine is in between 4.5 to 8?
Good and nice but I would. Like you to hilight on reproduction in plants
Gr8 explanation ma'am, helped me to get it crystal clear.
omg i finally understood, i cant thank you enough
This is so clear omg!!!🥺
Thanks I understand it now ❤❤❤
Ma'am I understood clearly I was struggling to understand this concept Thank you ma'am ❤
Maam plz make a video on diffusion of oxygen from vrious path like diffusion of oxygen form peripheral capillaries into tissues fluid...!
I couldn't realize the role of vasa recta as I see its both parts cancel each other and adds nothing to the hypertonicity of the interstitium. Could you help me in that dr😑😑
Thank you very much for the wonderful explanation!!!
Thank you❤
Question: why does the vasa recta (ascending limb) need to give NaCl back to the interstitium?
To maintain the osmolarity in medullary interstitial fluid which is already created by counter current multipliers
@@quickquick472t if we throw it back, and we start another cycle the loop of henle will give another solites and go on, now the meddula will keep being hyper tonique more and more than 1200 only
Because at the lowest part of vasa recta the blood acquires very high osmolarity and becomes highly concentrated. And now when it comes out of the inner medulla into ascending limb of vasa recta then blood is having higher concentration than the surrounding interstitium. And so solutes (NaCl) are thrown out and water goes into the vasa recta, to decrease its osmolarity.
Note to self (what I think, maybe wrong): why is NaCl absorbed in the vasa recta only to a certain point and then it is secreted again? Because as it is being absorbed, the interstitium gets hypotoner and the gradient direction switches. NaCl has to go back to the interstitium to make it hypertone again. This can happen because the flow is slow enough to make the interstitium hypotone for a little while and get the gradient to switch and then the blood is gone before it can reabsorb NaCl again (reswitch). 10:12
Mam please give as comeback!!!
Very soon, stay tuned.