Biochemical Engineering Patents
Biochemical-based technology inventions are always needed. Our patent firm has written a number of patents in the field of biochemical. We are ready to help you on a fixed fee basis (enabling us to help you at any budget).
Biochemical engineering is a discipline of chemical engineering or biological engineering for research, design, and building of processes that involve biological organisms or molecules. Biochemical engineering is a branch curriculum of chemical engineering or biological engineering. The background subject curriculum and disciplines of biochemical engineering are very similar to chemical engineering. Biochemical-engineering professional opportunities include research and development in the food, feed, pharmaceutical, biotechnology, and water treatment industries.
- Do you have new and novel ideas relating to bioreactors?
- Have you created the next sewage treatment process?
- Do you have a new and novel tissue cloning bioreactor process?
- Have you created the next generation photo bioreactor?
- Have you created the next generation of biofuel from algae?
Avoid the common patent mistakes do-it yourself filers make. Patent searching prior art is a prerequisite to determining the patentability of your valuable invention. Learn strategies for licensing and marketing your patent. Many inventors providing innovation in all fields should take advantage of Stoneman Volk Patent Group's boutique quality & low fixed fees.
If you find you have a new and novel idea relating to any of these engineering areas, you would be an inventor on the patent application. If you are interested in pursuing a patent to protect your idea, allow us to help you by utilizing our fixed fee business model and our experience, since 1961, to accomplish your goals.
Samples of our Work
Samples of applications/publications, written by our firm in the areas of engineering and business methods, are provided below. Additional work samples are
here for your review.
 |
System For Producing Enterocytozoon Bieneusi Live Organsisms (PDF  , Text Only, Figure 1)
Described is a system for efficiently
producing live Enterocytozoon bieneusi (E. bieneusi)
organisms using laboratory animals, preferably Mongolian
gerbils. Some important steps are: providing at least one
breeding pair; administering to each of such breeding pair a
sufficient antibiotic in sufficient dosage to destroy
essentially all parasites which might be passed to
offspring, especially Trichomonas; permitting such breeding
pair to produce and rear offspring as production animals;
preventing breeding by the production animals by separating
males from females in separate cages; immune-suppressing
each production animal sufficiently to permit propagation of
live E. bieneusi organisms; infecting each production animal
with love E. bieneusi organisms administered in an amount
sufficient for such organisms to propagate but insufficient
to kill the production animal; and, during a production
period following such infecting, collecting the feces of
each production animal. The collected fecal material is then
prepared for use.
|
|
|
Heel crack healing composition and method therefor (PDF , Text Only
Described is a system for efficiently
producing live Enterocytozoon bieneusi (E. bieneusi)
organisms using laboratory animals, preferably Mongolian
gerbils. Some important steps are: providing at least one
breeding pair; administering to each of such breeding pair a
sufficient antibiotic in sufficient dosage to destroy
essentially all parasites which might be passed to
offspring, especially Trichomonas; permitting such breeding
pair to produce and rear offspring as production animals;
preventing breeding by the production animals by separating
males from females in separate cages; immune-suppressing
each production animal sufficiently to permit propagation of
live E. bieneusi organisms; infecting each production animal
with love E. bieneusi organisms administered in an amount
sufficient for such organisms to propagate but insufficient
to kill the production animal; and, during a production
period following such infecting, collecting the feces of
each production animal. The collected fecal material is then
prepared for use.
|
 |
CATHETER SYSTEM FOR IMPLANTING EMBRYOS (PDF , Text Only, Figure 1)
Described is a catheter system (20) for implanting embryos into a woman's uterus. The catheter system utilizes a protective catheter sleeve (24) for introducing a catheter into the uterus without mucus contamination of an inner catheter (25). Once the sleeve containing the inner catheter is introduced into the uterus, the protected inner catheter, carrying the embryos, is pushed through a swivelable distal end cap (32) on the sleeve to a desired implanting location. The distal end of the inner catheter has a protective cap and a side opening for embryo release. Also, stiffness and indicia features of the outer sleeve and inner catheter assist in the physician's handling of the catheter system and in ensuring a desired uterus location for implanting.
|
|
