100% satisfaction guarantee Immediately available after payment Both online and in PDF No strings attached
logo-home

Summary

Summary Biochemistry Rapid Revision Krok 1

1 review
 220 views  54 purchases
  • Course
  • Institution

In this file you will find a Rapid Revision Summary for the Biochemistry part of Krok 1. A part of the summary is based on most frequent asked questions as well as ministery questions.

Preview 3 out of 7  pages

  • May 2, 2023
  • 7
  • 2022/2023
  • Summary

1  review

review-writer-avatar

By: harmdhal • 2 months ago

avatar-seller
Biochemistry
Rapid Revision KROK I




Minna Mamik
@ Medic Mukul

, Minna Mamik Monohydrofoic ->
Tetzahydrof. -DNA

Steatorchea
1) -
Fat instoo (Fat Bile] =




Dihydrofolate
7) Reductase =) helps in DNA Synthesis c Mononudeoti
Synthes
Biliary Tre Requires Bar Follic Acid
->



as cofacto


inhibited Methotrexate
->
by Dag
Bite is secreted ↳inhibits DNASyn. &Bg
liver
by Inhibits
Anti-Cancer
MAF- THE
drug
=>




Bile is stad & 0) Amatidine present =
in Mushroom, Causes
Mushroompoisining

i n Gall
concentzate
(Death (up) Inhibits RNA
polymerase II (inhibits transcription)
->

Bladder


9)Porphyria/Vampire
disease HEME
-



Synthesis
concentzate

stage of De maisicatesphinter te
-
open dag
->
takes place in Mitochondria &
Cytoplasm of liver
Bile ing of oddi
Duodenum URopophyzinogen co-II
Synthase enzyme deficien
->


on
A Maja papillae 4 U-p-co-
->
Pink wine
<opening)
Longitudinal
Folds present 10) Duchenne Muscular Dystrophy - Wheel chair
disease

Bile ductobstruction -
Bile problem =

NO FAT ↳ Absence of Dysteophin & Creatine Kinase 4tmm

Beckers Muscular
O FAT ABSORPTION
N

11) Dystrophy -
Bad
Dystrophin
Becomes 1 Fat Soluble Vitamin Messengel
10 hormones =




Essential (cannot absorb) ba that dus wat Pa
(musttake i it
A, D, E, K 12) Secondary Messengen [Amp] (transpat harmones from
(watchmen) 1-CAMP-Lipase,
-
etc. membrane to nucleur m
2) Galactosemia individual not able to metabolize Galactose 2 cGMD-NitricOxide & Azterial Natudic Fadez
-
-




(AN
A
Genetic Disorder-Galactose I phosphate Uridy Transferase 3-1P3 -
Iositol Tiphosphok (uses Cat
↳ (deficiency) ↳
Typical Galactosemia ee
Angioten Is
cause used
by e.g. Epinehren
O

Classical Galactosemia 7 -
Di
acys glycand in vasoconstride
ves




-> Oil Drop Catart is seen

3) Eructosemia Aldolase
Benzyme deficiency [FAB] B3) DNA Enzymes
=




n




mainly liven, kidney & intestine 1 Helicase
unwinding the 2 strands
->
in -
->




4)
Glycogenesis ->
Synthesis of Glycogen (Branched 2-Topoisomerase -
Super Colling
Basal alle
polysacharide a
storage form in animals)
3-ligase -
Helps in
joining Con dissue

genesis -




farming ↓ ↓

lysis-breakdown
->
Enzyme;Glysogen Synthese 4 - Endonuclease - DNA Repair
Regeneration
Insulin stimulates ↳ Endonuclease
->
glycogenesis, activates deficiency cause Xenoderma
pigmentosa
↳ Glucose
↓ By UV-midiation.



5) Glycogenolysis Breakdown of Glycogen (4) Phospholipase A2-> helps in Azachinoidic Acid
Synthesis
-




From phospholipids through Cox &
goes
->
Enzyme; Glycogen phosphaylase [Gp] 15) Antioxidants Lox
pathway
->
Glucagon stimulates Glycogendysis Vitamins - VitA
AsCE

MC ARDLES Disease
Deficiency
=



of GP in Muscles vit C

types glucogen stage
disease vitE (mostpotent antioxidant)

HER'S Disease
Deficiency
=


of Gp in liver (type 6)

Proteins -
1 Transferrin (transport
iron fel
C42+
6) Gluconeogenesis -

Formation of Glucose from other than Carbo- 2 Guloplasmin staes & transpats
copper from li
hydrate of body
into bloodstream to part
->

enzyme;
Glucose 6 phosphatase (mainly present ↳ deficiency-> Wilson Disease
in liver go-g5y)
VON GIRKE
Disease 3 Albumin-> most Abudant protein Blood
Type Iglucogen stage disease sy.
kidney in
-




->
Absence of Glucose 6 phosphatase ↳ fluid from leaking out of bloodves
prevent
&transpats, hamones, vit & enzymes
4 Glutathione detoxification->

, Enzymes 1
Super Oxide Dismudase Q incase of Wound, Oxidative
Recaboxylation -




Scoenzymes used
we will use H202 ↓
Liberate CO2
2
Hydrogen penoxidase <
(Thiamine
Tpp pyrophosphate) B,
Catalase
Hase, H20+02 >COA
(in skin)

3 active fam of Bs
↓ 00
fams bubbles
4 Glutadhione Denoxidase =
>lipoamide (lipoic Acid) -
inhibited
by
of bact.
anemy Sodium Azsenat
3 Glutathione Reductase >NAD Be
+




an >FAD
septic
B2

↳ Examples; alls-I
↓use
16) Blocked
ATP
=>Resting Membrane Potential will disappear Pyzuvate
Dehydrogenese complex (PDC)

Branched chain Kedo
17)
Jaundice Dehydrogenase(BckD
of Alpha keto Glutamate
Hemolytic jaundice -
Breakdown RBC
Dehydrogenase (A-kGDH
Aka prchepadic jaundice
I ·Unconjugated/indirect / Non soluble
Bildwin Enzymes &
Prosthetic Go
t

- Dack stod/Feces & Uzine Mostcommon -> Metals
(morganic ions)

Hepatic jaundice -


UDP Glucozyne Transferase enzyme e.g Tyzosinase
-
Cult
conjugation ↓
in liver
Cunconjugated J.) deficiency convents indirectbillizbin Carbonic anhydrase - Int
into direct bilizubin
Int
Carboxypeptidase -





e.g. Crigle Najlar Lyndrome Tratment Metalloenzymes CAg
phenobabitol
Carbonic
anhydrase
Obstructive
a Mechanical
Jaundice -
AKA


↳ ediology:Cholelidhiasis (FAT in stock) gallbladen
Posthepatic].

stone
Carboxy peptidase
Alcholo
Dehydrogenese
I all
enzymes



/
need en2t
Alkaline
-> Ma
Conjugated/soluble/Direct Billizubin phosphatase
. Ala Dehydrogenase
10) Methylation -
Done
by Methionine (Amino Acid) >Lactate
Dehydeogenase

(Methylatingagentasphetic
and Choline.
( Absence heads liven. >Kinases
I
to
->
Fatty Choline(
>Mutases need

Mgation
19) Carbon Labelled Glucose -


Palmitic Acid CIS
aids
Fabdy
Carbon
compounds
S Enolases

Glucose 6-phosphate
-
~
20) Enzymes -



Allenzymes are
proteins except Ribozymes



2
Apoenzyme -
of enzymes
proteinous part ~Tyzosinase
Cofacta, Coenzymes, prosthetic group Non
-

proteinous <Cytochrome Coxidase (complex(v)
part

Holoenzyme ->
protein Non
+


protein
part Lysyl oxidase all need




~
cuztion
Superoxide dismutase cooper




D
Enzymes &
Coenzymes By By
vitB, -Tpp >L- amino oxidase


D Dehydrogenase -
NAD+, FAD B -


FDP
By NAD
2) Kinases anthine
-




ATP X Oxidase
2
-




toofan
Transketolase (B,) sulfide
~allnedee
3) - Thiamine , Oxidase
BI
Carboxylase Biotin, VitH, ATP
4) -




>Dinitzogenase
5) Decarboxylase
↳ Simple Decarboxylation -




PLP (vitBs)
Histamine & GABA Synthesis
e.g
->



Histadine Histamine
Minna Mamik ,

The benefits of buying summaries with Stuvia:

Guaranteed quality through customer reviews

Guaranteed quality through customer reviews

Stuvia customers have reviewed more than 700,000 summaries. This how you know that you are buying the best documents.

Quick and easy check-out

Quick and easy check-out

You can quickly pay through credit card or Stuvia-credit for the summaries. There is no membership needed.

Focus on what matters

Focus on what matters

Your fellow students write the study notes themselves, which is why the documents are always reliable and up-to-date. This ensures you quickly get to the core!

Frequently asked questions

What do I get when I buy this document?

You get a PDF, available immediately after your purchase. The purchased document is accessible anytime, anywhere and indefinitely through your profile.

Satisfaction guarantee: how does it work?

Our satisfaction guarantee ensures that you always find a study document that suits you well. You fill out a form, and our customer service team takes care of the rest.

Who am I buying these notes from?

Stuvia is a marketplace, so you are not buying this document from us, but from seller minoo. Stuvia facilitates payment to the seller.

Will I be stuck with a subscription?

No, you only buy these notes for $0.00. You're not tied to anything after your purchase.

Can Stuvia be trusted?

4.6 stars on Google & Trustpilot (+1000 reviews)

50843 documents were sold in the last 30 days

Founded in 2010, the go-to place to buy study notes for 14 years now

Start selling
Free  54x  sold
  • (1)