Anaerobic Respiration

[@kelahearting]

Thank you so much for this! This really helped in my class. My teacher tried to explain this to me but it never made sense. You made this a lot easier to learn!

[@sarasayshi]

"Please Mr. Tiger, Timeout!" LOL Thank you for making this easier to understand! Very helpful.

[@Connerkonel]

Alright so please correct me if I got this wrong: 1) Glucose enters the cell 2) 2 phosphorus' are added to the glucose molecule to make it unstable and unable to leave the cell which simultaneously creates 2 ATP. 3) The glucose molecule splits into two 3 carbon molecules called pyruvate. 4) NADH dumps high energy electrons onto the pyruvate to become NAD+ 5) The pyruvate with the electron dump transforms into lactate acid which eventually causes muscle failure. 6) Cycle repeats.

[@Jazzywho]

One of the best bio guys on KZbin! Ty

[@rucasru]

Adenosine Diphosphate. It's what ATP (Adenosine Triphosphate) turns into once ATP releases some of its energy along with a phosphate group, hence the tri- to di-phosphate. Basically, ADP is like a used battery, while ATP is like a fully-charged battery.

[@TonyTigerTonyTiger]

@Dnguyen1319 No, an electron transport system does not REQUIRE oxygen to be the terminal electron acceptor -- ours and many others do, but there are plenty that don't. Try looking up nitrate respiration; it uses an electron transport system, but nitrate - not oxygen - is the terminal electron acceptor. Nitrate respiration is a form of anaerobic respiration .... fermentation is not.

[@TonyTigerTonyTiger]

@Dnguyen1319 2 of 2 "i. Cellular respiration comes in two general varieties distinguished by the nature of their inorganic final electron acceptor: oxygen versus everything else. ii. These two forms of cellular respiration are dubbed aerobic and anaerobic respiration (or cellular respiration), respectively""

[@lanoredesyd]

1. I think glucose is already in the cell, it's just floating around in the cytosol from photosynthesis. 2. 2 phosPHATE's are added (phosphorus with oxygens) which USES 2 ATP molecules (they supply the phosphate), creates 2 ADP, then uses 4 ADP to give 4 ATP (overall 2 ATP's produced) 3. Yep 4. NAD+ accepts electrons to form NADH 5. Or it can change pyruvate into ethanol 6. Yep Hope that's right.

[@TonyTigerTonyTiger]

@Dnguyen1319 "Respiration in some procaryotes is possible using electron acceptors other than oxygen (O2). This type of respiration in the absence of oxygen is referred to as anaerobic respiration. Although anaerobic respiration is more complicated than the foregoing statement, in its simplest form it represents the substitution or use of some compound other than O2 as a final electron acceptor in the electron transport chain." Source in next post

[@TheHouseOffice]

His name is Patrick Roisen and he's won a ton of teaching awards :3 Graduated from Stanford.

[@AlchemistxBankai]

This guy is a life saver

[@torth76]

I love you. Seriously. Your videos are so great.

[@blablablazzzblablaz]

Mom came in at 4:13 , wondered wtf i was watching that involved "booz" "eating" "pee" and "alcohol that your parents are drinking"

[@yes333yes]

Is glucose broken by 1 phosphate put on either side? Or do both sides get a phosphate making it easier to break? And is the phosphate addition what makes the glucose break or is there more to it?

[@TonyTigerTonyTiger]

@Dnguyen1319 "In anaerobic respiration, electron transfer is to a molecule other than oxygen or to an ionic species, again coupled to generation of an electrochemical gradient. Whatever the electron acceptor, respiration provides the ability to conserve energy in the form of adenosine triphosphate (ATP) or perform energy-demanding processes (such as solute transport or motility) through generation of a transmembrane proton motive force (Δp) (see reference 44)." source in next post

[@TonyTigerTonyTiger]

@Dnguyen1319 "Shewanella oneidensis MR-1 is a Gram-negative, nonfermentative rod with a complex electron transport system which facilitates its ability to use a variety of terminal electron acceptors, including fumarate, for anaerobic respiration. " J Basic Microbiol. 2003;43(4):312-27, Identification of the gene encoding the sole physiological fumarate reductase in Shewanella oneidensis MR-1, Maier TM, Myers JM, Myers CR.

[@saragomez7474]

i thought he said "and this is how people make boobs"

[@tessthomas745]

Very useful! Great teaching style :)

[@IHappyChicken]

Thank you so much!

[@luthehappy7]

this guy is amazing! I never thought biology could be that fun :D I wish I found him not the day before my exam though :D

[@twoeyedbluedemax]

Another great video..I can understand you so easily, I sure wish you could teach me Algebra :)

[@MotivDetermined]

this guy is amazing

[@michelleherrera1173]

Ahahaha! "There's no time-sies in tiger hunts.." LOVE IT.

[@eamonmcoubrey1737]

Great video

[@stupidturtle23]

i wish u r my bio teacher:))) u made things a lot easier.....

[@annie2by2]

Thanks:) very helpful

[@babaelachi3514]

very well explained 😊😊😊😊

[@joana31D]

very nice video!!!!

[@TonyTigerTonyTiger]

It is kind of moot since the video doesn't even address anaerobic respiration. The lecturer doesn't know the difference between fermentation (what the video does cover) and anaerobic respiration (what the video claims to be addressing).

[@Cartwrightsrule]

This guy can teach!

[@AyukiAkiba]

@DNAunion Whoa whoa whoa whoa you're getting your facts confused. I appreciate that you have a Bachelors in Science majored in Biology, but you just described the electron transport system - which NEEDS oxygen. Fermentation is a form of anaerobic respiration. Please check your references.

[@cj_cynthiajim6477]

what is ADP?

[@lexitheshopaholic]

ahahaha "they go nom nom nom and pig out on glucose and pee out a bunch of alcohol"

[@Onlyforeducation]

@twoeyed... Do to their website

[@valesolano6727]

you should be my teacher're very good congratulations

[@theasianfoool]

OMG THANK YOU

[@GloriaStanley95]

"Please Mr. Tiger time out!!" XD

[@iabaca]

"please mr tiger! time out!" legend

[@silvijaarsov6953]

Very good, tnx :D

[@regandale7178]

Hahah I LOVE this guy! What a dude!

[@hadehsue]

THIS HELPS, ALL THOSE VIDS YOU MAKE!!! :D

[@sacredsoul37]

very helpful :)

[@norapathp]

nice

[@hadeerhesham4030]

thank you mr.tiger

[@Mask6400]

my favorite part is 4:26 glad my teacher wanted me to watch this XD

[@TheAnGryPOolMaN]

@studiomercurykc lol. that was the best part

[@liseiaparisian2881]

Haaa I love this guy!!! Makes Biology more interesting lol :F

[@StarcraftUser]

"That your parents are drinking." HAHAHAHA funny man. Trying to learn this shit just welcomes a fifth

[@TonyTigerTonyTiger]

This video is misinformation. Anaerobic respiration is not fermentation. Anaerobic respiration uses an electron transports system to create a proton gradient across a membrane, which then powers ATP production using ATP synthase. It is mostly the same as aerobic respiration except that the final electron acceptor for the electron transport system is not oxygen.

[@TonyTigerTonyTiger]

@Dnguyen1319 1 of 2 From ht tp:/ /mansfield. osu. e du/~sabedon/biol1100.h tm "a. Cellular respiration is a complex mechanism whereby large numbers of ATPs are produced via the utilization of an inorganic final electron acceptor and an electron transport chain. b.Aerobic and anaerobic: "

[@Onlyforeducation]

Go* to their website

[@adogandi]

This dude is so much better than that chem lady.

[@TOproFORthis]

4:30 WAIT what my parents are drinking alcohol?! aaaaaaaaaah aaaaah!

[@MizzSmilezz]

GREATTTTTT !

[@colorlessgreenideassleepfu1647]

Anaerobic respiration is not fermentation!!!

[@judegharaibeh3827]

yes It is

[@anchithaps2850]

+Ding Lizhong fermentation is anaerobic respiration but not vice versa

[@kinggBasil]

"and this is how people make boobs" xD

[@mahmoudalrwaidi]

Come to my school

[@jimcrazyskates]

so true, there is definitely no timzies in tiger hunt

[@analucia700]

i think i may love you

[@peeberhre6]

"there are no time out in tiger hunts!"

[@ohmzen9695]

lol awesome!

[@joweenie9224]

he sounds a little nervous... and kind of pauses sometimes. He sounds like me when I need to present something in front of my class XoX

[@jojomeify]

that's right there is no time out in tiger hunt. lol

[@jojomeify]

awww...i thought there was a time out in tiger hunts...sucks to be me ^-^

[@studiomercurykc]

There's no timesies in tiger hunts.

[@IWALKTHEMOON]

I don't worry about time outs. I'm always the tiger.

[@TOproFORthis]

4:33

[@TOproFORthis]

4:33 Wait wah? May parents are drinking alcolhol?! Bah Bah But they said....

[@albertolinguini]

I think 6 of your colleagues watched your video and didn't get your jokes :D

[@annemead9657]

He... doesn't... blink.

[@DoubleDJGeek]

4:12 did I hear correctly there? Haha

[@wali1925]

Lol no timesies in. Tiger hunrs so random but helpful video

[@DoubleDJGeek]

Ahh makes plenty more sense thanks haha

[@ryfishry]

hahaha please mr. tiger time out

[@defjamxd1952]

don't you mean guys? he's a part of brightstorm

[@Sonamyfan92]

Who knew that could alcohol was a form of urine...

[@bmtbebe001]

i love you

[@TheDirebear]

there's no timeses in tiger hunts, guys

[@rikpoldermaniac]

N00B

[@YesNoMaybeSometimes]

are you kidding me? BOOZE, not BOOBS *facepalm*

[@vidusha123]

I really lyk ur videoz but u shld chnge ur hairstyle... :)..... hehe..

[@SuperJdawgful]

plzzzz mr.tiger, time out >':

[@Ana.kosmos_]

timesies LOL

[@CookieAreMagical]

.....im gonna fail my test tomorrow O_ o'

[@normaspirated]

"Cause there's no "timesies" in tiger hunts" lo fu----- l

[@improvisedshananigan]

thanks for teaching me how to make booze!

[@codemonkeyslikeme]

lmao alcoholic parents

[@eamonmcoubrey1737]

This guy would be the type to start a mobile meth lab

[@MagnumBIue]

NOM NOM NOM

[@jb1234love]

nom nom nom nom

[@Sbiccad]

4 people will fail the test

[@TheAnGryPOolMaN]

irate gamer copied avgn

[@DerRofflers]

OMNOMNOM I lol'd

[@SuperCheeseydude]

Nom Nom Glucose

[@SuperJdawgful]

yeast pee=booze!!!! ;P blahhh

[@25willp]

Booze

[@marikhan6963]

nice

[@DarthKraytofKansas]

2:58

[@bjarkepihl]

N00B

[@medieval_flail]

nom nom nom