Memorize the alpha & beta receptors in under 60s!

[@megtakara2591]

this just saved me 3 hours of memorization if not more

[@user-sq8se9ou5d]

lolz goodluck

[@Fr3doskin]

Definitely more🤧

[@tenzintsering7483]

Here he is referring to Alpha Agonist and Beta Agonist when he used A B C D mnemonic

[@enjera1290]

thank you for saving me

[@option2303]

Yep so a beta ‘blocker’ will constrict the lungs
Which is why they are contraindicated in asthma

[@ZucchiZ]

Beta-3 has left the chat

[@GlobalSuperlativesTV]

Beta 3 are modified B 1 receptors

[@ZucchiZ]

@@GlobalSuperlativesTV it is made from an entirely different gene

[@user-gq5gi2ml5h]

For adipose tissue right? For example lypolysis in sympathetic nervous system

[@AB-dg4ve]

And also said to be in the bladder according to some new sources

[@grande001]

👏👌

[@vismayarajendran4761]

Beta 1 rec not dilates but increases heart rate and contractility

[@CassieV0616]

You are seriously a GODSEND ❤

[@user-sq8se9ou5d]

did u even fact check? lolz

[@syeduddin1984]

My whole life is now sorted by this video

[@ChersCorner]

THIS WAS SO HELPFUL.

[@umarkhayam7435]

Mr. Jacob.
You make it Really easy.

[@isaks3243]

I am a welder and you made it easy enough so even I can understand the part you were talking about.
The only problem is that I have no clue about what those receptors are, where they are or anything like that.

[@getsplash3d]

I'm a roofer, and I thought the same thing I'll never forget ac or bad day but idk what to do with it now

[@kookie2286]

😂😂😂

[@oluwadamilolarofiat9190]

😂😂😂😂

[@nataliesteiner]

As a carpenter, I approve this message.

[@okikempraisemetitiri8997]

Beta 1 constricts the heart though but this was really helpful

[@sakshibagora5990]

Brilliant
I was trying to memorise them so hard
you saved me
Thank you💕

[@soueesouee2576]

Thank you from deep of my heart

[@victoriadabash]

I am thanking god right now because i am cramming soo much rn!!!! THANK YOU

[@leenahmed147]

This is amazing thank you Jake

[@sandanirodrigo7384]

Love you for this ❤

[@DonIzNice1804]

This is actually pretty good.

[@Daft_Dhwelk]

Alpha 2 are presynaptic in Brain and post synaptic in Pancreas.

[@seskydoc]

This is wrong. Beta not always dilate. B1 causes increase in HR and contractility

[@AB-dg4ve]

Bruh constriction and contraction are not the same

[@AlexiaHarmonyyyyy7397]

Just Memorize B for Big!

[@PatientlyInevitable]

⁠@@AB-dg4vefacts

[@yuram94]

​@@AB-dg4veyeah but contraction of smooth muscle in vessels cause vasoCONSTRICTION

[@AB-dg4ve]

@@yuram94 Heart contractility is not the the same as smooth muscle contractions. And B2 relaxes the smooth muscle

[@silentgames1642]

Guys this video is incorrect. Alpha 2 does not constrict the lungs And alpha 1 and beta 1 agonist action on heart have similar effect.

[@septicaemiaussus5875]

Exactly. B2 causes bronchodialation not constriction

[@dr.poornaprajna]

@@septicaemiaussus5875 that's what it says. Beta dilates → B2 → Vasodilation of Lungs

[@septicaemiaussus5875]

@@dr.poornaprajna it doesnt i just checked again ;-;

[@anushrisantosh1811]

​@septicaemiaussus5875 correct me if I'm wrong but, beta 2 causes bronchial relaxation and he said beta always dilates, so it adds up?

[@obicyril2520]

Relaxation=dilate which is the same thing
So beta dilates(relaxes)

[@yowchoks5901]

Saved me time to memorize for my exam tom. I was struggling to memorize all those receptors and its uses😔

[@SonOfAKing921]

Hey no hate here I'm just not understanding. as alpha 1 is a vasoconstrictor alpha 2 vasodilates via negative feedback from alpha 1 and beta 1 causes positive inotropy and chronotropy while beta 2 broncho dialate. the memory trick you gave does not effectively address this unless I am missing something. Much love!

[@AlexiaHarmonyyyyy7397]

Alpha - Constrict
Beta - Dilate(B For Big) .It creates BIG Moments!

[@AkiraVill-xj2so]

OHHHH NOW I GET IT THX

[@Zaashia]

Thanks bro ❤

[@ChanceShane4]

Is there a longer video for this that I can watch?

[@alisalah1025]

الف رحمة على امخ وابوخ

[@hollyjackson5007]

OMG I love you💛 I have a Pharm test this morning and this is a huge help! Thank you so much! New subscriber here!

[@alimotbukola7683]

Wow, that's amazing

[@prosperajiri9629]

Thank you sir 😊

[@srijeta8741]

WHY DID I NOT SEE THIS THE NIGHT BEFORE MY PHARMACOLOGY EXAM NOOOO

[@marianesoria4630]

Amazing!!!❤

[@akandeelizabeth2963]

Wow❤
Thank you

[@user-jn6ih4rd5f]

THANKYOU SO MUCH

[@abdullahsakambwa4166]

Thank you very much sir

[@mosesjohn2295]

Thanks that really helped😊

[@thisminimallife]

Gosh I needed this

[@Ahmed.4411]

How do i memorize the 50 other drugs that come with it?

[@ramatouliebarry1007]

😂 da story of med school.
These short videos are my music now. My younger sister (grade 2) thinks am crazy

[@vialamesa9455]

Thank you

[@neokhosana]

that's cool, thank you

[@alanzeblade928]

-"Beta always dilates"
-Also, adrenaline on beta 1 --> positive inotropic effet (increased constriction)
UwU

[@AB-dg4ve]

Constriction isn't the same as contraction.

[@protegofiantoduri]

Beta would cause constrictions too since it increases renin release 😂

[@user-gq5gi2ml5h]

THANK YOU

[@Pooja-wk8qw]

Wow❤

[@Vaasycouture]

Helpful 👍🏻

[@babiswetaswain4037]

❤❤❤❤

[@dentistrysimplified130]

Thanks

[@StNektariosAegina]

Wrong. Alpha 2 agonists reduces sympathetic outflow. That causes vasodilation….

[@rebeccaakinyinka9617]

I love this 🎉🎉🎉🎉

[@user-fh7vh2wm9n]

Thank u

[@trishlajain9162]

Sooo cool man🎉

[@IDRISARAOYE]

I must learn to use mnemonics,for real!!!❤

[@yoyoschmo1]

Guess you haven’t come across guanfacine, an Alpha2a Agonist yet

[@Nurseslife4]

Wow

[@lubilo]

❤

[@user-mm6ii3yh9w]

What about the effects on insulin uptake 😵

[@tenkid840901]

This is wrong, Alpha 2 agonist does not constrict the lungs.

[@septicaemiaussus5875]

Lol, he even said Beta always dilates 🤦‍♂️

[@liyemamguzulwa3415]

Bro😢 how do you study..also a med student need tips

[@3ahr4]

I'm afraid this is my type

[@fcamakmz7045]

QISS

[@yakisumi]

WHERE WAS THIS SUNDAY....

[@felice98]

How does alpha 1 act on the heart?

[@mayassarahqader9733]

Woowwww....🎉

[@modurhameed3835]

That's incorrect alpha 2 reduce transmitter release so alpha indirectly might cause dilation, know your facts

[@Siiiuu370]

Alpha 2 dilates the lungs

[@jessa1895]

Sir this a wendys

[@alan30606]

how about Beta 1?

[@evangelinagarza7737]

dilates heart?

[@sab_the_sabotage]

Beta 1 constricts because that is what causes blood pressure to rise

[@Kosmologiikka]

Afla one, beta boy, zorro and then there was two others?

[@adityasrikanta7909]

❤❤

[@DOCTORJiddi]

❤❤❤❤💐

[@tapasgaikwad7655]

You just happen to save me from a bad day

[@Sir_Phuzy]

Things ain’t taught easily like this in school

[@alanzeblade928]

Bro really said alpha 2 constricts the lungs wtf please I hope you are not seriously a med student ???

[@andriioannou8167]

Bro he’s not wrong a2 adrenergic receptor can cause bronchoconstriction, how’s that wrong ?

[@alanzeblade928]

@@andriioannou8167 alpha 2 agonists inhibit the release of noradrenaline in the sympathetic system -> REDUCE VASOCONSTRICTION

[@alanzeblade928]

@@andriioannou8167 is that not how anti hypertensive drugs work ?

[@alanzeblade928]

And alpha 2 also release NO -> VASODILATION

[@tenkid840901]

@@andriioannou8167 source?

[@abdalrhmanalnsour6384]

Oh my gosh

[@razaiilahi]

Bestttt

[@user-ei3nv4ti8p]

Grg supremacy

[@AlexiaHarmonyyyyy7397]

Guys !WTF Is Wrong With U!
His Mnemonics is Precious!
Some Facts Are Exceptions & His Mnemonics Are For General!
Those 1 & 2 Make Me Clear in memorizing those Rs In ANS.

[@cyp2d653]

This is wrong 😂

[@jerrysamedi9322]

This is wrong lol

[@bonndell]

lmao people thanking you in the comments and they dont fact check. You are so wrong about the Beta receptors.

[@christopherhawkins7811]

GENUIS

[@nikitabadole7379]

Wrong wrong sangtess tuuu beta1 always dilate nhi hott

[@sab_the_sabotage]

you said Alpha 2 would constrict but you said Alpha 2 goes with beta 2 and you said beta 2 dilates.. the last example was confusing that you made, after your abcd

[@skipper7990]

How the fk does this help anyone remember it 😂. There’s no hope if this is too much to learn

[@dr_ais_h_u]

Ughhh

[@Zaashia]

Thanks bro ❤

[@Dr.HUDA_and_Dr.FATIMA]

Thanks

[@swaroopakatkar3987]

❤

[@shauryawarambhe4389]

❤