Vulvox Biotechnology

Clean Energy Research Foundation

Biotechnology

Sulfuric acid hot springs

where bioleeching bacteria live

Bacterial Gold

Although it looks like a Salvadore Dali painting, its a photo of the Beauty Pool Geyser at Yellowstone National Park. Bacteria living in its waters thrive in near-boiling temperatures, and sulfuric acid .

We have plans to engineeer them to dissolve gold and copper in vat extraction of those ores. Upwards of a billion dollars of gold is processed with mining bacteria and several billion dollars worth of copper is processed every year. About a third of the total amount of those two metals is bioprocessed.

AGRICULTURAL

PRODUCTIVITY

BREAKTHROUGH

The Clean Energy Research Foundation Inc. is researching methods of designing GMO plants with as much as 50% higher productivity by genetically modifying their chloroplasts. It is a general method that can be applied to cotton, food and oilseed crops and to energy crops.

The genetic transformation on our drawing board is a novel method of reducing oxygen inhibition of Rubisco, which is a major factor limiting crop productivity.

We want an R&D partnership with corporate and government laboratories to research and develop our valuable technology. Please contact Neil Farbstein at vnbcinc@gmail.com

Vulvox has a breakthrough method of secreting all types of molecule from all types of eucaryotic cell. From plant cells cultured in the laboratory, from cells in people, or from other living organisms. If you are a research scientist with a problematic cell line ask us, we might have the answer. Or call us if you have a project that can utilize our technology.

Our research program has yielded an experimentally verified sequence of a primer useful for Moloney Murine Leukemia Virus (MoMuLV) reverse transcription studies. We plan to apply for patents on it. Our novel RNA molecules will be useful as nondegradable primers to calibrate real time PCR reactions.

Vulvox contract R&D, contact us for details

at VNBCINC@gmail.com

OUR BIOPOLYMER DEGRADATION

ACCELLERANT EXPERIMENTS

are under way! Results in 3 Months.

The Clean Energy Research Foundation is looking for R&D partners to develop formulations of our breakthrough technology which we call Accelerated Biodegradation of Polymers. Imagine disposable articles that biodegrade in half the time or less! Our national parks and roadsides will be cleaner and more beautiful. Half as much space in urban areas will be taken up by garbage dumps, solving a serious and growing problem.

Our patent pending technology is applicable to many different biopolymers including; polylactic acid, polycitric acid, polyphenols, polyesters, starch, cellulose, chitin, protein and other biopolymers and also some artificial biodegradable polymers such as polyesters.

The process and the additives are cheap and the additives are nontoxic.

Contact Neil Farbstein the President Of Clean Energy Research Foundation Inc. now, at vnbcinc@gmail.com to start R&D partnership negotiations to formulate polymers that undergo biodegradation much quicker. Partners will be given a percentage of patent royalties on the particular applications they help us develop.

The Clean Energy Research Foundation is looking for R&D partners to develop formulations of our breakthrough technology which we call Accelerated Biodegradation of Polymers. Imagine disposable articles that biodegrade in half the time or less! Our national parks and roadsides will be cleaner and more beautiful. Half as much space in urban areas will be taken up by garbage dumps, solving a serious and growing problem.

Our patent pending technology is applicable to many different biopolymers including; polylactic acid, polycitric acid, polyphenols, polyesters, starch, cellulose, chitin, protein and other biopolymers and also some artificial biodegradable polymers such as polyesters.

The process and the additives are cheap and the additives are nontoxic.

Contact Neil Farbstein the President Of Clean Energy Research Foundation Inc. now, at vnbcinc@gmail.com to start R&D partnership negotiations to formulate polymers that undergo biodegradation much quicker. Partners will be given a percentage of patent royalties on the particular applications they help us develop.