Systems and Processes in Living Matter: Laboratory HandbookEditura Universității din București - Bucharest University Press, 1 ian. 2022 - 144 pagini This book offers a brief foray into the fascinating living world, by combining the theoretical concepts with the practice. Each section ends with references, but the text also contains recommended bibliography signalled as “Further reading”. Several chapters include a series of examples and solved problems/tests to get deep insights into some issues regarding the living matter. |
Cuprins
PREFACE | 9 |
L2 Laboratory Safety Rules | 25 |
L3 Preparing Laboratory Notebook | 33 |
L6 Remember molar concentration Serial dilutions | 39 |
L7 Homeostasis an important feature of living organisms | 59 |
L8 Investigation of some biostructures human head hair and living | 65 |
L9 Liposomes models of biomembranes Basic concepts | 85 |
Termeni și expresii frecvente
absorption spectra absorption spectrum AgNPs antioxidant artificial lipid bilayers Bacalum based on liposomes bio-inspired biocomposites Biohybrids Based biological membranes biomimetic biomimetic membranes Biophysics Bunghez Calculate Camelia Ungureanu carbon nanotubes cell membranes cell wall chlorophyll chloroplasts cholesterol colour containing coverslip Cryst cuvettes distilled water Faculty of Physics Figure fluidity fluorescence emission glass glucose glycine hair hydrophobic ISBN laboratory lipid bilayers lipid membranes lipid vesicles liposomes Lipozomii living matter M. E. Barbinta-Patrascu Magurele Marcela-Elisabeta microliters µL micropipette MLVs Modele de biomembrane molar concentration molecules monitor nanoparticles Nicoleta Badea notebook number of moles optical microscope Optoelectronics and Advanced phospholipids pipette prepare probe sonicator procaine proteins reagent rotary evaporator round bottom flask S. M. Iordache sample serial dilutions silver nanoparticles small unilamellar solvent soybean lecithin spectra of Chla spectral stock solution structure substances SUVs temperature Theoretical background Tugulea University of Bucharest UV-Vis absorption vesicles wavelength Zgura