PubMed · 14172128
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T B FITZPATRICK, A S BREATHNACH. 1963-05-18. [THE EPIDERMAL MELANIN UNIT SYSTEM].. https://pubmed.ncbi.nlm.nih.gov/14172128/
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The present work uses a scanning electrochemical microscopy technique to study systems containing the membrane-bound reaction center protein (RC) from the purple photosynthetic bacteria Rhodobacter spheroides to chromatophores (spherical reorganization of cell membrane following its mechanical rupture) and liposomes (reconstituted membrane systems at lower degree of complexity). Scanning electrochemical microscopy is a useful tool to investigate redox processes involving a RC, because the effective heterogeneous rate constants for the redox reaction with different mediators can be measured. The technique is also able to provide information on the role of the outer cell membrane permeation on the kinetics of the electron-transfer processes and to obtain more insight into the nature of the species involved.
The rapid growth in laser technology has led to an increasing number of conditions which are treatable with improved outcomes. Understanding the principles of lasers and the conditions which can potentially be treated allows the nurse to participate in all aspects of a laser practice from patient education to peri-operative care.
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