Metabolism and ATP

[@setthaphongmasayna2880]

This is way easier to digest than my lecture, thank you chemistry jeesus.

[@daniellaamegbor9220]

😂😂😂

[@kjsmama10]

Chemistry jeesus 😂😂😂😂😂

[@rohamhadidchi1196]

it is easier to catabolize this video than your lecture

[@witty_me]

Thanks, Your unique way of explaining complex topics in such a simple way is really helpful. Please upload more videos in this ATP series.

[@sciencemadeeasy3025]

Just to clarify, breaking the phosphate bond is an endothermic process, ie it takes energy, not releasing. Bond forming is exothermic because you are going from higher energy to something normally lower in energy. Thus, the hydrolysis is what is producing the energy, but via the bond formed.

[@monagomaa2374]

it took me hours reading textbooks about ATP and I didn't understand a word.. but I watched your 4-minute and I got it all!! thank you so much. I subbed btw.

[@deepanshuadhikari4724]

Its Mona hey cutee pie

[@mcdikkens9792]

fucking pervert

[@Alchemist_171]

@@deepanshuadhikari4724 is it bob or is it vagana?

[@sandeepjohari2023]

reading about a topic in too much detailing in books is actually confusing....its like missing the forest for the trees.....

[@languageandmana9255]

You teach so clearly and great! I'm just at the second term of Health science bachelor and my native language is not English and i really needed a source like your channel to better understand biology and chemistry! Thank you so much

[@hannahajuri6243]

Have a paper go do in few hours and he just simplified my 200+ slides of biochemistry.... ❤ thank you Prof Dave 🙏🏾🙏🏾 ....

[@coco-ez5tl]

omg that part about thermodynamic principles governing these reactions. I've been wondering about that since forever! Thank you Professor Dave!

[@JohnyPaprikas]

Excellent videos, how come you don't get more attention? Please don't stop

[@ProfessorDaveExplains]

hoping they will catch on soon! spread the word to everyone you know. but don't worry, i'm going to make a lot more of these.

[@aymangani5416]

@@ProfessorDaveExplains they definitely did haha

[@dude9864]

I have learned about ATP on a Biological level several times and never understood it, after watching your organic chemistry series and now this series it is like I can relate everything in life to these things! I love it! Thank you Professor Dave

[@kurtryan6697]

May I ask on what kinds of things is it?

[@kurtryan6697]

How did it relate to you?

[@تقيالجراح]

You are a great teacher give highly concentrated high quality knowledge facts & sciences. Thank you very much.

[@betawithbrett7068]

Doing Keto & Carnivore diets so learning about metabolism. Being an Ancient Greek teacher, I am amazed at how many of these words come from Ancient Greek. βιος συνθεσις συνθετικος (from verb συντιθεμι) μεταβολικος (from verbs βαλλω, μεταβαλλω) αναβολικος (from verb αναβαλλω) καταβολικος (from verb καταβαλλω) θερμος δυναμικος (from verb δυναμαι)

[@caianalexandrens8259]

your videos are very good! I really like the way you teach. I'm looking forward to watch the rest of the videos

[@mukizacalvinjunior8080]

L like the way you explain your work for me to understand

[@EpicSelenium34]

During 3:18-3:24, what do you mean by "the energy can be converted into the energy needed to promote a reaction"? Great video as always...let's get him to 100K subscribers people!

[@ProfessorDaveExplains]

it just means that phosphorylation is a common method a cell can use to get reactions to happen, all kinds of enzymes do it. woohoo 100k!

[@EpicSelenium34]

Great, Thank you! And also one more thing...just to be clear, it is the breaking of the phosphate-phosphate bond during ATP hydrolysis that releases energy, correct?

[@ProfessorDaveExplains]

that's right! the repulsion between the oxyanions is a kind of potential energy, and when a phosphate leaves, the molecule goes to a lower energy, which means that energy can be transferred to something else.

[@EpicSelenium34]

Wow! Thank you. I was having some real confusion about the above question. Also, your quick responses are amazing! I really needed that reply ASAP and you came through. Thanks again!

[@josefkay5013]

@@ProfessorDaveExplains How exactly is that energy transferred? I imagine it's not simply kinetic energy. What sort of energy is it, and what carries it? How is it given and how is it received?

[@aus-jame7138]

Thanks so much Prof. Dave My exams was super successful ❤️❤️ 🇳🇬

[@shabnam_sajida]

In chemistry we talk that breaking bonds require energy and it's an endothermic reaction .Then why breaking the bonds between phosphate groups releases energy here?

[@gigi8127]

Same problem arises with me also

[@lakep7798]

You’re such a lifesaver.

[@lucinaroopal3122]

very nice

[@stethoscope1817]

Your simply THE BEST!

[@cloudywithcoils8644]

Thank you

[@curtpiazza1688]

Ties in Orgo concepts and physics....great!

[@veronicapakpahan6689]

Mantap brooo . Mudah dipahami

[@soniahshankoti6245]

This was really helpful

[@KawaiiiCat]

Thanks!! This is such an awesome video!! Super helpful! Thank you so much!

[@Tamanna_Tabassum_Mim]

Thanks for video!

[@abdulkgz2309]

Best example I like your videos think sir

[@spacegamer3478]

was here before 1 mil nice.

[@hawam9496]

Q? When ATP changes to ADP+Pi in biochemical reaction we count it as one ATP consumption, and when ATP changes to AMP+PPi again we count it as one ☝️ ATP consumption!why?what is the difference between their energy releasing?

[@Ares-ru3hk]

How do molecular machines like triple-A ATPases work? It is known that they do work upon the hydrolysis of ATP+H2O to ADP+Pi, but how is this converted into mechanical energy? And how comparable are these -30 kJ mol-1 compared to the constant random noise of the environment these molecular machines are in?

[@G0lden07]

Thx for the explanation. But I have a problem with potential and kinetic energy. The energy that we're using is kinetic energy right? Why does this energy run out? Where does it go? Does it turn into potential energy? At this point why doesn't it stay kinetic energy?

[@EpicSelenium34]

Is the potential energy from all O- groups repelling each other stored in the phosphate-phosphate bonds? If so, that must mean that the electrons that constitute the bond are high-energy. Furthermore, when this bond breaks, the electrons are able to enter a lower energy state, and release energy in some form of electromagnetic radiation. However, wouldn't this violate the well-established rule in chemistry which states that: MAKING bonds RELEASES energy and BREAKING bonds ABSORBS (or REQUIRES) energy? This question can be expanded to all molecules in general. When we break the bonds in a molecule of glucose in glycolysis, for example, their electrons are moving down to a lower energy state. How then, can the above rule be true? I'm not challenging the foundations of chemistry here, I just want to understand the logic behind them.

[@ProfessorDaveExplains]

so it's not necessarily in the covalent bonds themselves, it's in the repulsion between the formal negative charges. so it's like a compressed spring, it sits higher in potential energy. when the spring is allowed to expand, it will go to a lower potential energy, and that energy that is released can go towards pushing an object, like a pinball springing into play in a pinball machine. when a phosphate group is transferred there is no net change in the number of bonds before and after, it is just a transfer of energy.

[@norawallberg1345]

Thank you.🙏🏼

[@issackgabow4223]

thanks prof.....you are best I have ever seen

[@alankahlil7818]

nice organisation

[@alessandracartoonvids6764]

You mean "organization".😆

[@chair547]

Emergent complexity is so cool.

[@bobjordan5231]

Nicely done Dave!

[@donnaw5013]

Utmost appreciation for you through and academic explanation. Are you familiar with “metabolic carts” often refered to as just “met carts” Could you explain what is going on in these machinery to measure exhaled carbon dioxide via gas analyzers and other associated met cart hardware? Thanks for your work

[@donnaw5013]

There is really nothing on the web that clearly explains the phenomena of met cart technology. Is it secretive, or just not of popular interest?

[@donnaw5013]

As an exercise physiologist major working with this system, my professor doesn’t do a great job of explicitly pointing out how it works. Just curious if you were familiar with this, I really look up to perspective on anything science related!

[@ProfessorDaveExplains]

Hmm sorry I'm not familiar with that!

[@hawam9496]

@@ProfessorDaveExplains Q? When ATP changes to ADP+Pi in biochemical reaction we count it as one ATP consumption, and when ATP changes to AMP+PPi again we count it as one ☝️ ATP consumption!why?what is the difference between their energy releasing?

[@Glory23111]

Thanks

[@thedisintegrador]

These videos are truly excellent. Justr one question I have for you: do you do these videos by yourself? And do you have all this knowledge on you already or do you have to study before? (both of these two options are equally awesome)

[@ProfessorDaveExplains]

yep it's a one man show! organic chemistry content i recited from memory from lectures i had given. general chemistry i wrote more or less from memory as well. biochemistry and physics i had a working knowledge but i consulted textbooks as i wrote, and i will rely on other sources more and more as i move into topics that i have less of a knowledge base with, like most areas of biology which are coming up soon!

[@thedisintegrador]

You're the man, man. Great respect for you!

[@neelamyadav0864]

ATP is formed from ADP by using which enzyme. ???

[@ProfessorDaveExplains]

ATP synthase, most notably. check out my tutorials on cellular respiration, in three parts.

[@amiram1256]

I just wanna ask, why the adenine base in particular why not guanine or thymine???

[@Jason-o5s]

Cheer~~~the chemical processes that occur within a living organism in order to maintain life.😊

[@chair547]

Come for the debunking of crazies, stay for the cool science

[@fatemehheidari6418]

Thanks very helpful

[@ifayadeta9781]

ILOVE YOUR Approach to teach ,always attract me towards your ways of teaching ,you are great professor''''.we have been long history with ITALY.IAM FROM ETHIOPIA.

[@dagoninfinite]

Question, is taking atp pills beneficial to me

[@martinenriquez3508]

So which one grows muscle? Or both? In simple english

[@isaacarthur1565]

you are good bravo

[@vaholathevegan8987]

this was helpful

[@zohansalik1152]

Hi,sir kindly share ppt of this lecture

[@olizvell__]

ADAMSIN LAN DAVE MUHTEŞEM

[@jitheshdsouza6354]

This is some good shit

[@lillyxu2703]

Is formation of AMP as common as ADP? Thanks!

[@fionnmaccumhaill1023]

Thanks Dave :-D

[@mel8159]

I love your intro a lot lol

[@SaadSaad-mb4py]

Good very good

[@deepanshuadhikari4724]

sir why DNA is helical .?????

[@ProfessorDaveExplains]

that's the just the conformation that's most energetically favorable! probably some kind of interactions happening between nucleotides from one helical turn to the next, kind of like interactions between amino acid residues in an alpha helix.

[@deepanshuadhikari4724]

thankuuu sir

[@josephinelu1312]

is ATP hydrolysis the exact opposite of phosphorylation?

[@ProfessorDaveExplains]

yeah pretty much, phosphate group off, phosphate group on

[@hakanaltinel]

SEN KRALSIN HOCAM

[@jyotirmayeesahoo460]

Nice

[@xender6969]

Upload More bio topics please

[@ProfessorDaveExplains]

an entire biology course is coming starting this summer!

[@xender6969]

Professor Dave Explains thanks professor

[@selamkinfe1519]

I don't understand about physiology how help me Dr

[@angiebee4963]

Does it build muscle?!

[@Leah-dq5pv]

amazng-est video >o< thank you so much!

[@angelsebastian7715]

Am I stupid if I watch this twice and still can barely tell you metabolism is making energy

[@Corum-x3s]

0:44

[@voices4dayz469]

Do you like wine Dave?

[@ProfessorDaveExplains]

Absolutely, I do!

[@ShihabAto]

[@AllezlesParisiens]

Thank you chemistry Jesus

[@ikyobogideon4233]

Be my mentor

[@MONGTRAN11]

Alzheimer's disease and WHIM are both a receptor is affected? Thank you

[@ProfessorDaveExplains]

i'm not sure!

[@ahmadhegazy7811]

Is the direct energy source ATP or glycogen? and thanks.

[@ProfessorDaveExplains]

glycogen can be broken down to give individual glucose units which are metabolized to produce ATP, which can be used as an energy source to fuel other cellular processes.

[@mafia6330]

When your mom and dad had good times

[@deepapaul4878]

samaj nai ayaya

[@Corum-x3s]

Ahhhh Biosynthetic Pathways Catabolic and Anabolic

[@yeppy013]

What concept would you need to first know the basics in order fully understand the concept of Metabolism?

[@ProfessorDaveExplains]

certainly organic chemistry, and then a decent amount about the structure of biomolecules.

[@krystylsummers8749]

Fat protein conservation

[@غادهحسين-ه5ت]

ممكن الترجمه الى اللغه العربيه شرج جميل جداً🌷

[@azysgaming9722]

Everyone grab your 'I was here before 1 million' tickets here Thank me later

[@manishamishra5855]

🎉❤🎉🎉🎉🎉😊

[@FarnhamJ07]

Oh god. I hope the flat earthers don't ever come across this...I can hear them saying "ELECTROMAGNETISM MAKES LIFE WORK, SO WHY NOT GRAVITY!!!1!"