Exam video meta

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efrain12
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297839
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Exam video meta
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2015-03-07 22:18:49
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  1. Which is the first NH3 carrier in urea cycle?
    Carbonyl po4
  2. What can acetyl coa become? (4)
    -ATP

    -ketones

    -fatty acids

    -cholesterol
  3. Beta oxidation of uneven carbon tails)
    If its uneven then propionyl coa will be made which is gluconeogenic because it is tuned into succinyl coa in tca cycle
  4. CHO > fats (8)
    - glucose goes through glycolysis which leads to private

    -private enters TCA cycle as acetyl coa to join ooa and create citrate

    -citrate comes out of mito

    -citrate splits into acetyl coa and ooa

    -acetyl coa is transformed into Maloney coa

    -Maloney coa is turned into fa

    -FA comes together with phosphorylated glycerol

    -triacylglycerol is created
  5. CHO > PRO (3)
    -glucose 6 phsoahte goes through glycolysis creating pyruvate

    -an AA can transaminate pyruvate to become alanine

    • -in liver, we can add palatine to a string of AA to create a pro
    • *albumin or transporter etc
  6. CHO > PRO II (3)
    -private enters Mito & becomes ooa

    -ooa gets sent to urea cycle

    -ooa gets trasnaminated to become aspartate by glutamate
  7. PRO > FAT (9)
    -primary structure of PRO are made of strings of AAs

    -hydrolyzs the peptide bonds to unleash aas

    -some ads acids can become acetyl coa

    -acetyl coa can become citrate

    -citrate splits into ooa and acetyl coa

    -acetyl coa is turned into amlonyl coa

    -Maloney coa undergoes FA synthesis

    -FA are combined with phosphorylated glycerol

    -triacylglycerol is made
  8. PRO > CHO (9)
    -primary structure of pro are made of strings of aas

    -some AA capable of becoming pyruvate

    -private is glucoenogenic

    -private > ooa

    -ooa > amalte

    -malate goes outside mito

    -malate > ooa

    -OOa > pep

    -PEP then undergoes the rest of gluconeogenic pathways to become glucose
  9. FAT > CHO (10)
    -glucagon is high

    -triacylglycerol gets broken down by hormonal sensitive lipase

    -glycerol is gluconeoginc

    -glycerol > DHAP

    -DHAP continues through glycolysis to become pyruvate

    -pryavte > ooa

    -ooa> malate

    -malate outside Mito tunri > ooa

    -OOa> PEP

    -pep then goes through the rest of gluconeogenic pathways to become glucose
  10. FAT > CHO II (9)
    - fatty acyl coa > carnitine FA

    -inside Mito, CAnritine coa > FA coa

    -FA coa will go through beta oxidation

    -if its odd #, then propinyl coa will be made

    -propinyl coa will be transformed into succinyl coa in tca cycle

    -succinyl coa > malate

    -malate leaves Mito then become ooa

    -ooa > pep

    -PEP goes through rest of gluconeogenic pathways
  11. FAT > Pro I (4)
    -triacylglycerol gets broken down

    -glycerol > DHAP

    -DHAP > pyruvate

    -trasnmiante pyruvate into alanine
  12. Fat > PRO II (8)_
    -triacylglycerol broken down

    -FA coa > carnitine fa

    -carnitine FA > FA coa

    -FA coa> beta oxidation

    -odd # carbons > propinyl coa

    -propinyl coa > succinyl coa

    -cuccinyl coa >ooa

    -ooa gets transaminated to aspartate

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