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Transpor Elektron dalam Katabolisme

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Rangkaian energi oksidatif

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Indonesia

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Transpor Elektron dalam Katabolisme
 

Transpor Elektron dalam KatabolismeOnline version

Rangkaian energi oksidatif

by Dinda Putri
1

Slide 1: Pengantar

Transpor elektron adalah rangkaian oksidatif yang menghasilkan energi untuk katabolisme sel melalui gradien proton.

2

Slide 2: Lokasi Utama

Proses ini terjadi terutama di mitokondria pada membran dalam, membentuk rantai elektron dan sintase ATP.

3

Slide 3: Donor Elektron

Elektron disalurkan oleh NADH dan FADH2 yang terbentuk dari respirasi seluler dan katabolisme karbohidrat, lemak, serta protein.

4

Slide 4: Tujuan Utama

Tujuan utama adalah memompa proton melintasi membran, menciptakan gradient proton untuk sintesis ATP.

5

Slide 5: Kompleks Utama

Rantai mencakup beberapa kompleks I–IV yang memindahkan elektron secara berurutan melalui koenzim.

6

Slide 6: Transport Elektron I

Kompleks I menerima elektron dari NADH, memompa proton dan memindahkan elektron ke ubiquinone (CoQ).

7

Slide 7: Transport Elektron II & CoQ

Kompleks II menerima elektron dari FADH2, memindahkan ke CoQ tanpa memompa banyak proton.

8

Slide 8: Transport Elektron III & IV

Kompleks III dan IV memompa proton lebih lanjut serta akhir elektron ditransfer ke oksigen membentuk air.

9

Slide 9: Sintase ATP

Gradient proton menggerakkan ATP synthase untuk mengubah ADP menjadi ATP selama respirasi oksidatif.

10

Slide 10: Kaitan Katabolisme

Transpor elektron mengubah energi kimia menjadi ATP, memfasilitasi berbagai jalur katabolisme seperti glikolisis, siklus asam sitrat, dan beta-oksidasi.

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