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Categorias: Todos - enzyme - damage - mutations - dna

por Retaj mohammed 2 anos atrás

197

EFFECT OF FREE RADICALS

Free radicals can cause significant damage to biological membranes and DNA through various mechanisms. One major consequence is the lipid peroxidation of membranes, where free radicals attach to double bonds in lipids, forming lipid peroxides.

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EFFECT OF FREE RADICALS

Free radicals can cause significant damage to biological membranes and DNA through various mechanisms. One major consequence is the lipid peroxidation of membranes, where free radicals attach to double bonds in lipids, forming lipid peroxides.

RED BLOOD CELL LIFE CYCLE

BIO311c Concept Map

Von Willebrand Disease (VWD) - Blood disorder where blood does not clot properly

INTRODUCTION TO BIOLOGY

EFFECT OF FREE RADICALS

PTN cross linking

cystine - lysine - methionine - histidine

enzyme inactivation :Sulfa-hydral enzyme

DNA damage

3- Mutations or cell Killing

2- single strand DNA

1- free radical with thymine =Oxidation

Non-peroxidative mito mem damage

Fenton reaction

Xanthene oxidase

lipid peroxidation of Membranes

free radical attach to double bond of mem form : Lipid peroxide

this LIPID peroxide: unstable & Reactive= extensive damage to All membranes

Mindomo

Mais Informações

Perguntas frequentes

EFFECT OF FREE RADICALS

Free radicals can cause significant damage to biological membranes and DNA through various mechanisms. One major consequence is the lipid peroxidation of membranes, where free radicals attach to double bonds in lipids, forming lipid peroxides.

RED BLOOD CELL LIFE CYCLE

BIO311c Concept Map

Von Willebrand Disease (VWD) - Blood disorder where blood does not clot properly

INTRODUCTION TO BIOLOGY

EFFECT OF FREE RADICALS

PTN cross linking

cystine - lysine - methionine - histidine

enzyme inactivation :Sulfa-hydral enzyme

DNA damage

3- Mutations or cell Killing

2- single strand DNA

1- free radical with thymine =Oxidation

Non-peroxidative mito mem damage

Fenton reaction

Xanthene oxidase

lipid peroxidation of Membranes

free radical attach to double bond of mem form : Lipid peroxide

this LIPID peroxide: unstable & Reactive= extensive damage to All membranes

Espalhe a idéia Mindomo

Mindomo

Mais Informações

Perguntas frequentes