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MEZZOintracellulare extracellulare Interstiziale plasma
http://testdimedicina.altervista.org/blog/il-liquido-extracellulare/
https://www.slideshare.net/ektabelwal/preparing-diluting-of-solutions-of-different-strengths-safety-measures-while-handling-them http://www.qedcat.com/archive_cleaned/121.html
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http://www.writeserve.com/functionalmaths/million-billion-trillion-making-sense-of-large-numbers/ http://slideplayer.it/slide/3663543/
https://www.slideshare.net/ektabelwal/preparing-diluting-of-solutions-of-different-strengths-safety-measures-while-handling-them
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http://jennarocca.com/van-t-hoff-factor-equation/ http://slideplayer.it/slide/7660/Due soluzioni separate da membrana sonoisoosmotiche se hanno la stessa osmolaritàisotoniche se non si verificano flussi di acquaNECESSARIO Per favore rivediti 2.2.1 Diffusione 2.2.2 Osmosi (figure 2.25 2.26 e 2.27) http://www.vivo.colostate.edu/hbooks/pathphys/topics/osmosis.html
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McGraw - Hill companies. PARETE CELLULAREMEMBRANA CELLULARE LETTUREPerché il mare è soprattutto NaCl?Fisiologia ambientale degli animali Willmer, Stone, Johnston. Zanichelli9 La vita marina 9.1.1 La chimica dell’ambiente marino
Monica Benincasa Università di Trieste
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http://www.nature.com/nature/journal/v496/n7445/full/nature12027.html?foxtrotcallback=true
UNICI
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§ 11.8.1 500 ml of water is needed per 1 g of N
50 ml of water to excrete 1 g of N1 ml per 1 g of N
§ 11.8 RISPARMIAREENERGIA ACQUA
Ammoniaca max 0.3 mM 500 mL /g N no ATP per sintesiUrea 50 mL/g N 4 ATP/UreaAcido urico 5 mL/ g N 12 ATP/(ac urico)
RICORDA!