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M. .. Materials,

.. .. Microalgae,

, Pulse Electric Field (PEF) conditions

, Characterization of reversible and irreversible pores using Sytox Green

.. .. Energetic,

, Characterization of reversible pores life duration

.. .. Results,

E. and .. .. ,

, Effect of biomass concentration on the permeabilization sensitivity

, Cell growth after reversible and irreversible permeabilization conditions

, Life time of reversible pores with different treatments

, Investigation towards pore size determination

.. .. Discussion,

.. .. Pef,

, Pore characterization: pore sizes

, Pore characterization: dynamics of pore resealing

.. .. Conclusions,

. Chapter, Studying and characterizing the impact of preatreatments on Chlamydomonas reinhardtii's structural properties and cell composition 189

.. .. Acknowledgements,

.. .. Conflict,

, 208 1.11 Declaration of authors agreement to authorship and submission of the manuscript, p.208

.. .. References,

.. .. Supplementary,

. .. , 212 2.Chlamydomonas reinhardtii's structural response to stress conditions, Pulsed Electric Fields and mechanical compressions for an efficient and controlled compound extraction

.. .. Abstract,

. Materials and . .. Methods,

.. .. Microalgae-strain,

.. .. Pretreatments,

C. and .. .. ,

C. Reinhardtii,

D. .. Results,

C. R. , 220 2.4.2 Impact of stress conditions on C. reinhardtii physiology and structure

.. .. Conclusions,

.. .. Acknowledgements,

.. .. References,

.. .. Conclusions,

. Chapter, Studying and characterizing the impact of preatreatments on Chlamydomonas reinhardtii's structural properties and cell composition

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