No one can explain like this ..... i am studying in ... university my sirs r also not explained like this .. still i am watching ur videos .. successfully i am completing my msc biotech semesters at a good percentage score🙏🏼🙏🏼🙏🏼💐💐💐💐 .
Kudos to you sir! Because of you I understand biochemistry which is a nightmare to me. You make concepts really easy to understand. Thank you so much sir 🙏
nice video sir.... I have a problem on thi que.. my Que is - for the Na+ mediated active transport of a molecule of glutamic acid from a conc. of 0.1 mM outside the cell to 20 mM inside the cell. calculate the minimum no . of Na+ ions required to supply the necessary free energy.deltaG released for the transport of one Na+ is 3.3 kcal/mol . glutamic acid carries a net charge of -1 at ph 7. Use T =37℃,ph=7,delta Shi = -70mV ,R=1.987cal k/ mol and F=23062 cal/ mol.v
Ur teaching method z toooo good..... amezing 🤟🏻... I hv no words for..... Iff i waanna ask something so plzzzz u would reply me in the comment box... Thank you so much 🙏🏻🙏🏻🙏🏻
Shomu sir thank you so much Wrna Mein yeah subject kbhi nhi Smjh pati 😊I'm in Tybsc micro Or yeh biochem mujhe bilkul bhi nhi smjhta tha but now bcoz of ur videos l can 😊thank alot
Greetings From Australia. I am a university student and I want you to come and teach at my university. Non of my lecturers explain it as well as you do. Let me know if you want to migrate to Australia. I will tell you how to. Regards.
12:53 uh told na needs to be taken outside Bt at 14:28 uh are saying that na goes inside the cell ....these two points are totally opposite plzz sir reply is na going outside the cell or inside the cell sir plzz reply after 3 days it's my exams🙏🙏🙏
On basis on metabolic energy consumption, transport is of following types Passive (along conc, graadient..no energy used) Passive = simple & Fascilitated diffusion Active : against conc gradnt..so energy used Active= primary avtive & secondary active
Sir....I m too much confused between the types of transporters ...plz can u say how many types of transporters are there and what are they Are they Uniporter, symporter & antiporter OR they are ATP driven pumps, Coupled Transporters & light driven pumps
In epithelial cells.. Fascilitated diffusion, primary active & secondary active transport take place.. For more.. search & watch Membrane transport and transporter protien types
Sir for buying shomus material, can we have any sample PDF for any topic.. so that based on the sample material we can move forward to buy the materials..can u just revert to the comment !! Will be waiting for ur reply.
Sir, can u please explain the intracellular transport via microtubules (clinical perspective) ??? or if u already did then please give the link of the video..
Transporter protein are broadly of 3 types: Channels : take part in Fascilitated diffusion only Permeases or carriers: take part in Fascilitated diffusion and SECONDARY ACTIVE TRANSPORT. Pumps: Take part in PRIMARY ACTIVE TRANSPORT only
@@shomusbiologyofficial sir also on P-gp ,nucleoside transporters,apical sodium dependent bile transporters ,organic cation transporters,organic anion transporter protein .
Osmosis takes place through semipermeable.. she is right.. Osmosis means movement of solvent only.. That is what defines semipermeable membrane.. semipermeable memb alows movement of solvent only... Selective permeable memb alows movement of both solven & solute (ions / milecules) but that is decided/selected by presence of concerned transporter protein.. Our cell membrane is selectively permeable
Carrier/permease is synonym: Take part in Fascilitated diffusion & secondary active transport Pump: Transporter protiens that operate only by using metabolic enrgy.. thetefore take part in PRIMARY ACTIVE transport
Shomu's Biology oo wow thank you so much bt will you please tell me till which date u will start uploading neet related videos n i have one more request pls add serial no. to those videos coz it will make easier for us to search them easily otherwise your videos are awesm thank you once again
I can not understand the coupled active transport part. If Na+ going down the conc gradient, it doesn't need energy, neither it produces energy. So what's the need of coupling???
Going against the gradient releases free energy, which can be utilized to transport molecules against the electrochemical gradient (charge of particles is also responsible for creating a charge gradient, so it's called an electrochemical gradient).
Sorry water is hydrophobic and hence the the polar head is hydrophilic that is why water cannot diffuse easily hence need protein channel to pass out water into the cell
@@shomusbiologyofficial ohh sry Sir bich me kuch bole ap odia language jesa sunaidia😇 Bt Tysm sir Kal hamara xm he plant physiology ka n u cleared my doubts 😇 love from ODISHA
"Seithi pain mu..." but it was actually "so it will move"😂 Something like that... When i heard that i feel wow sir is from odisha! Anyways he is is from our neighbour state. Shomu sir is just awesome. 😍 😍@Shomu's Biology, sir ur lecture is like a medicine for all msc students out there.
![CAMPปลิ้น | EP.83[1/2] เปิดแคมป์หลอนต้อนรับ 2 ตัวพ่อแห่งวงการผี!](http://i.ytimg.com/vi/2uPuHYHgwiI/mqdefault.jpg)
No one can explain this like this... Hatsoff to you sir... Huge respect🙏🙏🙏🙏🙏🙏🙏🙏
Thank you so much for appreciating my efforts.
"no one" is a bit of an overstatement but shomu is a legend regardless
Wow this is incredible
No one can explain like this ..... i am studying in ... university my sirs r also not explained like this .. still i am watching ur videos .. successfully i am completing my msc biotech semesters at a good percentage score🙏🏼🙏🏼🙏🏼💐💐💐💐 .
Thank you. Glad you liked my lectures
Kudos to you sir! Because of you I understand biochemistry which is a nightmare to me. You make concepts really easy to understand. Thank you so much sir 🙏
You're welcome. Glad to hear that you're getting benefit from my lectures. Please subscribe and share
Your lecture definitly save my time. Thank u sir concept is so clear easy to understand
Thank you so much for appreciating my efforts
Thank you soo much sir....i have no words. You have extraordinary teaching skills
Thank you so much for appreciating my efforts
Bhai tere lecture me mja aata h, aaj tak koi nhi dekha jo itne ache se smjata to . Thanks for uploading videos ❤️
Wonderful sir I have been persuing pg in zoology your videos are highly helped me
Glad it helped
You have very great knowledge like a scientist keep sharing knowledge 👍✨ it is very helpful
Thank you
Bro what he explained y you comparing him with scientist
I really like you each video sir most of biology concdpet clear because of you thanks sir
Thank you
Great 👍
I understand very easily
Thank you sir
You're welcome
Sir thank u so much..plz doing more this type of basic concept....as I study in microbiology ur lecture helps me a lot..
You're welcome. Glad to hear that you're getting benefit from my lectures. Please subscribe and share
Love from nepal ❤️
I am a 1st year medical student. Your lessons helped a lot. Namaste
Have a great future dear
Thank u sir... U hv explained it so nicely
You're welcome
Thanks SHOMU you made everthing clear on this part.....
Glad you liked it
Thank you very much sir…. It made me more easier understand the topic….🙌
You're welcome
You give the best explanation and I would like you to help me with biochemistry assignment
Thank you so much for appreciating my efforts
U explain so nicely sir... Awsome ..lecture.... Thnkyou ... For clearing all our doubts
Have a great future dear
Thanks! An explanation that saved lots of reading time :)
Have a great future
Sir, you are amazing!
Thank you. Glad you liked my lectures
Excellent explanation sir
Thank you
Next level... Tq
You're welcome
Thank you so much sir😀😀
You're welcome
Sir pls explain regulation of membrane transport in guard cells
Dil seThanks Sir ❤️🙏 for support my Study 🙏
You're welcome. Glad to hear that you're getting benefit from my lectures
It's really awesome ❣️...TQ for your efforts ❣️🙏
Thank you so much for appreciating my efforts
nice video sir.... I have a problem on thi que.. my Que is - for the Na+ mediated active transport of a molecule of glutamic acid from a conc. of 0.1 mM outside the cell to 20 mM inside the cell. calculate the minimum no . of Na+ ions required to supply the necessary free energy.deltaG released for the transport of one Na+ is 3.3 kcal/mol . glutamic acid carries a net charge of -1 at ph 7. Use T =37℃,ph=7,delta Shi = -70mV ,R=1.987cal k/ mol and F=23062 cal/ mol.v
Ur teaching method z toooo good..... amezing 🤟🏻... I hv no words for.....
Iff i waanna ask something so plzzzz u would reply me in the comment box...
Thank you so much 🙏🏻🙏🏻🙏🏻
Thank you. Glad you liked my lectures
Thank you Shomu!!! Amazing videos, please keep it up!! :D
+chelsea mackintosh thank you. Glad you liked my lectures
Thanku so much sir its more helpful 💜
You're welcome
Thank you
You're welcome
Thank you really thank you which most help me about membrane transection it's so nice do your grate job....
Thank you very much.
Regulation of membrane transport in guard cells please explain
Osssmm explanation sir👏👏
Thank you
Thank you sir
You're welcome
Thanks sir......
You're welcome
Nice lecture Sir.....
Thank you
thank you sir....this lecture is really helpful.. I have understood much clearly...
Banibandana Mohanty hii how are you
Any body want to admission in abroad so contect me my whaatssap number is +639569127541
Thanks alot
You're welcome
Please.....sir make a video on group translocation in membrane transport...
Okay
شرح رائع شكرًا 👌it’s a helpful thanks
You're welcome
sir thank u so much
You're welcome
Shomu sir thank you so much Wrna Mein yeah subject kbhi nhi Smjh pati 😊I'm in Tybsc micro Or yeh biochem mujhe bilkul bhi nhi smjhta tha but now bcoz of ur videos l can 😊thank alot
Glad to know that my lectures are helping you out
Sir please make a vedio on membrane turnover
Thanks you sir.....I have cleared my concept...👍
Glad it helped
Greetings From Australia.
I am a university student and I want you to come and teach at my university.
Non of my lecturers explain it as well as you do.
Let me know if you want to migrate to Australia.
I will tell you how to.
Regards.
+T- one 1000 thank you for the complement.
This is how Indian have potential to teach in such classical way
sir explain writing topic bat not something
Best lecturer 😍
Thank you
Thank you so much sir🙏💜
You're welcome. Glad to hear that you're getting benefit from my lectures
Greetings from Kazakhstan
Thank you
Thank you Sir. Easy to understand
amazing ❤️❤️
Thank you
Are these classes for mbbs biochemistry?
Anyone who find it useful
Sir, I want to know about the effect of organic acid preservative on nutrient transport of microbial cell.
thanku sir 😶
You're welcome
Thanx a lot for giving us lots of Gyaan,,,,,,
Have a great future
u are amazing 🔥🔥
Thank you
Ty 🌈
Nice sir
You're welcome
Outstanding sir
You're welcome
Great
Sir sodium high to low simple diffusion. M enter karega vi transporter ka use karega ya uske use k bina entry krega
Dhonnobad dada
You're welcome
please give a video on thermodynamics of various transport system
Okay
12:53 uh told na needs to be taken outside
Bt at 14:28 uh are saying that na goes inside the cell ....these two points are totally opposite plzz sir reply is na going outside the cell or inside the cell sir plzz reply after 3 days it's my exams🙏🙏🙏
Please make a vedio "lipid bilayer and membrane protein diffusion".
Or clear that what the read in "membrane protein diffusion"
On basis on metabolic energy consumption, transport is of following types
Passive (along conc, graadient..no energy used)
Passive = simple & Fascilitated diffusion
Active : against conc gradnt..so energy used
Active= primary avtive & secondary active
Thank you sir i have cleared my concept🙏
You're welcome
Thanks sirrr i understanded easily the topic 😀
Tysm ✨✨
what's difference between cytoplasm and cytosol?
Ty sir❤️❤️
Sir Atpases traportes as a store orgnelle btao
Membrane protein also have hydrophobic domain in lipid bilayer then how it will allow polar molecules transport through membrane ??
Through transporters
Sir....I m too much confused between the types of transporters ...plz can u say how many types of transporters are there and what are they
Are they Uniporter, symporter & antiporter
OR
they are
ATP driven pumps, Coupled Transporters & light driven pumps
+priya Pandey look classification is made from different angles using different features.
sir,explain Transport in epithelial cell
In epithelial cells.. Fascilitated diffusion, primary active & secondary active transport take place..
For more.. search & watch Membrane transport and transporter protien types
Sir for buying shomus material, can we have any sample PDF for any topic.. so that based on the sample material we can move forward to buy the materials..can u just revert to the comment !! Will be waiting for ur reply.
Ask for sample material at 9804654228 over WhatsApp. We will share it
I rly found it usefull
+Ranjeetkaurgracy Gurnam thank you. Glad it helped
Sir, can u please explain the intracellular transport via microtubules (clinical perspective) ??? or if u already did then please give the link of the video..
Well
You are awesome
Work hard and have a great future
Sir you didn't mention the 3rd type of carrier protein.
Transporter protein are broadly of 3 types:
Channels : take part in Fascilitated diffusion only
Permeases or carriers: take part in Fascilitated diffusion and SECONDARY ACTIVE TRANSPORT.
Pumps: Take part in PRIMARY ACTIVE TRANSPORT only
very helpful video sir..how can i purchase ur dvds
Please contact 9804654228 for the details. You can purchase it directly from our website
www.shomusbiology.com/dvd-store
Nice vedio
You're welcome
Sir plz make video on breast cancer resistant protein
Okay
@@shomusbiologyofficial sir also on P-gp ,nucleoside transporters,apical sodium dependent bile transporters ,organic cation transporters,organic anion transporter protein .
Hello sir
Sir can I use this video lecture for my csir net study
Is this video lecture is help full for csir net.for module 2 syllabus
For that watch Membrane transport and protien transporter types
Which discuses some examoles with respect to net exam
@@botanyatoz5272 thanks sir
you are awsome
+Kajal Dubey thank you.
Coupled tramsport
Co transport
?. Is there about epithelial transport
and thank you very much
Baraa Mdalal No
Osmosis takes place through semipermeable.. she is right..
Osmosis means movement of solvent only..
That is what defines semipermeable membrane.. semipermeable memb alows movement of solvent only...
Selective permeable memb alows movement of both solven & solute (ions / milecules) but that is decided/selected by presence of concerned transporter protein..
Our cell membrane is selectively permeable
Sir I'm confused between carrier and pump
Don't worry. Will clarify that in another video
Ok sir
Thanks
Carrier/permease is synonym: Take part in Fascilitated diffusion & secondary active transport
Pump: Transporter protiens that operate only by using metabolic enrgy.. thetefore take part in PRIMARY ACTIVE transport
Please make videos on previous year question of jnu
Sure dear
sir are your videos can be watched for neet purpose ??? must reply please
+Shrutee Shubhangi you can watch if for any biology based exam preparation. But I am going to upload specific videos for NEET as well.
Shomu's Biology oo wow thank you so much bt will you please tell me till which date u will start uploading neet related videos n i have one more request pls add serial no. to those videos coz it will make easier for us to search them easily otherwise your videos are awesm thank you once again
I can not understand the coupled active transport part. If Na+ going down the conc gradient, it doesn't need energy, neither it produces energy. So what's the need of coupling???
Going against the gradient releases free energy, which can be utilized to transport molecules against the electrochemical gradient (charge of particles is also responsible for creating a charge gradient, so it's called an electrochemical gradient).
That's secondary active transport..
For details..search & watch Membrane transport and transporter protien types
God of Csir Net
Thank you
Water diffuses through the membrane without a protein because it's a small molecule with no charge (despite being polar)
Sorry water is hydrophobic and hence the the polar head is hydrophilic that is why water cannot diffuse easily hence need protein channel to pass out water into the cell
Water passes through special channels or pores called aquaporins
@@zulqurist ..water is lipidophobic.. not hydrophobic
Sir r u from Odisha????
No. From Kolkata
@@shomusbiologyofficial ohh sry Sir bich me kuch bole ap odia language jesa sunaidia😇 Bt Tysm sir Kal hamara xm he plant physiology ka n u cleared my doubts 😇 love from ODISHA
"Seithi pain mu..." but it was actually "so it will move"😂 Something like that... When i heard that i feel wow sir is from odisha! Anyways he is is from our neighbour state. Shomu sir is just awesome. 😍 😍@Shomu's Biology, sir ur lecture is like a medicine for all msc students out there.
🙌🙌
but he is nice teacher
Have a great future
Sir diffusion chemical process होता है?
No it is just a physical process
❤️
👌
Have a great future madam
😇😇
Sir r u md doctor