hat
Konvèsyon Enèji se esansyèl nan fizyoloji selilè a ak pwodiksyon BIOENERGY. Kle pwosesis konvèsyon enèji selilè pran plas nan manbràn yo byolojik ak ankouraje yo patisipe transpò elèktron patrone pa swa limyè (fotosentèz) oswa enèji chimik (respirasyon). Pwosesis sa yo avèk efikasite te pote soti nan elèktron chenn transpò ke yo reyini ansanm ak yon seri konplèks manbràn. Òganizasyon an ak fizyolojik règleman nan elèktron chenn yo transpò yo se fondamantalman enpòtan pou amelyore konpreyansyon aktyèl nou an selilè metabolis enèji ak jeni selil pou devlopman biocarburant.
eng
Energy conversion is essential to the cell physiology and bioenergy production. Key cellular energy conversion processes take place in the biological membranes and involve electron transport powered by either light (photosynthesis) or chemical energy (respiration). These processes are efficiently carried out in electron transport chains that are assembled by a set of membrane complexes. The organisation and physiological regulation of the electron transport chains are fundamentally important for improving our current understanding of cellular energy metabolism and cell engineering for biofuel development.