POLITICAL MIMICRY OR ECONOMIC MIMICRY OR POLITICAL-ECONOMIC MIMICRY IS THE SAME THREE-PART OR THREE TEA-PARTY COMPLEX OR SIMPLEX IS THE SAME LAME THING - THEY NEED SOMETHING INVOLVING A ECONOMIC MODEL....A MIMIC OF THIS ECONOMIC MODEL AND A DUPE OR SEVERAL BILLION OF THEM

SEVEN BILLION OF DUPE'S OR ECONOMIC MORON'S IS A GOOD AND SOUND

STARTING POINT

OR ENDING

THIS NEW POLITICAL-ECONOMIC SHIT MIMICS THE OLD CAPITALIST MODEL

AND THUS DECEIVES THE DUPE'S

THAT CANNOT DISTINGUISH BETWEEN THE DEADLY COLORS

OF THE TWO ECONOMIC SYSTEMS

THEY ARE ATTRACTIVE FOR THE DUPE INVESTOR'S

THEY SEEM THE SAME ECONOMIC SHIT

BUT ONE IS PURE ENGLISH DUNG .....YOU KEEP OR UKIP THIS PURE ECONOMIC DUNG

AND GET THE SHIT THAT PRODUCES A SIMILAR ECONOMIC FRAGRANCE

TO THE CONTINENTAL DUDES

OR DUPE'S

AND IN THIS WAY THE ECONOMIC WAR OF LITTLE BENEFIT TO THE EUROPA DUPE'S

PROVIDE ECONOMIC REWARDS ELSEWHERE IN THIS GLOBAL VILLAGE

GLOBAL BUT WITH DIFFERENTIAL REPRODUCTIVE SUCCESS

THE OLD EUROPA OR EUROPE OR EUROZONE IS FULL OF OLD FARTS

AND OLD FARTS DON'T NEED YOUNG DUPE'S AROUND

FERMENTING OIL . THE MICROBIOLOGY OF SALTY OIL - Microbial Processes in Oil Fields: Culprits, Problems, and Opportunities Noha Youssef, Mostafa S. Elshahed, and Michael J. McInerney

Few studies have focused on isolating fermentative microorganisms from oil
reservoirs with elevated salinities.
 Fermentative halophilic oil reservoir isolates exclusively belong to the genus Haloanaerobium
(Order Haloanaerobiales) such as H. acetethylicum, H. salsuginis, H. congolese, and
H. kushneri (Bhupathiraju et al., 1994, 1999; Ravot et al., 1997).
Most Haloanaerobium spp. are saccharolytic and proteolytic, and produce H2, acetate,
and CO2 as end products of fermentation.
In spite of the general metabolic and phylogenetic diversity of mesophilic
fermentative microorganisms, few isolates that belong to this metabolic
group have been recovered from oil fields. In general, studies on the
isolation of mesophilic fermentative microorganisms from oil fields are
extremely sparse and are far from adequate to identify any global distribution
patterns or link members of any of the identified phylogenetic
groups to a specific ecological role in oil reservoirs.
Fermentative, mesophilic Firmicutes-affiliated isolates include Fusibacter paucivorans
, a new genus belonging to the order Clostridiales that utilizes a limited number
of carbohydrates and was isolated from an offshore oil field in Congo
(Ravot et al., 1999), Dethiosulfovibrio peptidovorans a proteolytic microorganism
that grows on peptones and individual amino acids but not
sugars (Magot et al., 1997b), and ‘‘Acetobacterium romashkovi,’’
 an acetogenic microorganism that is also capable of fermenting sugars and amino
acids (Davydova-Charakhch’yan et al., 1992b). In addition to Firmicutes, a
novel species within the genus Spirochaeta has been identified from oil
reservoirs (Magot et al., 1997a). A novel genus (Petrimonas) within the
phylum Bacteroidetes has recently been isolated from oil

THE BIODIVERSITY MASS DEFECT - SENILITY VERSUS IMMORTALITY IN BACTERIAL LIFEFORMS AND AFTER A WHILE A REMARKABLE NUMBER OF MUTANTS APPEAR IN THE NEAR EXTINCTION EVENTS OF THE XXITH CENTURY OR THE 65 MILLION BEFORE CHRIST THE DINOSAUR REDEEMER IN THE PRESENCE OF INORGANIC MATTER AND RADIATION BACTERIA ALWAYS PREVAIL THEIR DNA REPAIR SYSTEMS NEVER COLLAPSE IN FULL BECAUSE THEIR NAME ARE LEGION

UNFORTUNATELY BY TUNA TELL'S THAT HUMANS ARE NOT BACTERIA

WE SIMPLY DO NOT KNOW ENOUGH ABOUT THE SENESCENT HUMANS

AND THE PHYSIOLOGY OF BACTERIA  SENESCENT OR NOT

THAT IS IN THE FINAL JUDGMENT WERE MUTAGENS ARISE FROM DEGRADED RNA

STARVING BACTERIA MUTATE AND SURVIVE

STARVING HUMANS HAVE SLOW RATES OF MUTATION

THEY ARE MORIBUND CONTINUOUS CULTURES

GENETICS HAS OUTPACED PHYSIOLOGY SENILE CULTURES DIE

AND DON'T LEAVE VISIBLE SCARS IN THE EARTH

WE ARE THE FIRST TO LEAVE SCARS IN THIS EARTH

 SCARS THAT SCARE E.T'S FOR MILLENIA 

BUDDING ODESSAS SPLIT OVER THIS WORLD

SENILE BACTERIAS DON'T DIE?

SENILE HUMANS .......BELIEVE THEY ARE BACTERIA....