By G. Renger (auth.), Jiin-Ju Chang, Joachim Fisch, Fritz-Albert Popp (eds.)
It is now good tested that every one dwelling structures emit a susceptible yet everlasting photon flux within the obvious and ultraviolet diversity. This biophoton emission is correlated with many, if no longer all, organic and physiological features. There are symptoms of a hitherto-overlooked info channel in the dwelling process. Biophotons could set off chemical reactivity in cells, progress regulate, differentiation and intercellular conversation, i.e. organic rhythms. the fundamental experimental and theoretical framework, the technical difficulties and the broad box of functions within the nutrients undefined, medication, pharmacology, environmental technology and easy sciences are offered during this publication, which additionally contains the quickly growing to be literature.
This booklet is written by way of the main impressive foreign scientists acquainted with this subject who've been operating during this box for lots of years.
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C! <> 00 Figure 10. Emission of cultures of DK6 mini cells harvested after growth in medium with low (upper graph) or high (lower graph) emission and re-suspended in medium with low or high emission (measured in LSC) cells, but that it is in response to the medium conditions and involves some kind of adaptation to it, starting from the genetic level. 4. Measurements on bacteria of the lactic acid group Bacteria of the lactic acid group (all gram-positive) grow as well under aerobic as under anaerobic conditions.
In addition, we examined the response of the photon emission of the lysate on treatment with sodium dodecyle sulfate (SDS). SDS acts as a detergent and is the common agent to dissolve sphaeroplasts or membrane vesicles. A culture of E. 100 by phage infection shows no increase in photon emission for at least two hours after lysis occurred. Addition of SDS to the lysate, however, leads to a rapid decomposition of membrane vesicles and increases the emission of the lysate immediately (Fig. 19). These experiments point to the cell membrane as the location where the quenching WEAK LIGHT EMISSION FROM BACTERIA 43 occurs.
1 ENTEROCOCCUS FAECALIS We will first present results on Enterococcus faecalis. Figure 11 shows the emission curves in different culture media. 250, apparently linked to the growth of the cells, followed by a slow decrease. This pattern is well reproducible. 800 may be differently marked as medium preparations vary, but they are reliably reproduced if medium from one batch is used. Growing in M 17, Efaecalis shows two distinguishable phases of exponential growth, characterized by differing generation times.