Bacterial Ghosts (BGs) are empty, non-living bacterial envelopes of Gram-negative bacteria. They are produced by controlled expression of the cloned bacteriophage gene E, which forms a lysis-tunnel structure within the envelope of living bacteria. The remaining shell is a cell envelope which maintains all surface proteins of the original bacterium in its native state. Although non-living it is therefore the nature of BGs to express all the structural, immunogenic and bio-adhesive properties of the original ancestral bacterium.
BGs are highly sophisticated natural micrometer particles mimicking by their surface properties living bacteria and, therefore represent safe and effective candidates for vaccines and tumor therapy.
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BIRD-C is a pioneer in the applications of cutting-edge BG platform technology, offering scale-able solutions for delivery of biologically active substances (e.g. chemotherapeutic drugs), vaccines and adjuvants against emerging and existing infectious and life threatening diseases with an innovative focus on Bacterial Ghosts Cancer Immunotherapy (BGCI).
Founded by Prof. Werner Lubitz in 1998, the company has focused on development of a unique, internationally renowned and proprietary technology platform that allows for the generation of empty bacterial shells, so called Bacterial Ghosts (BGs).
Another platform is the production of bacteriophages (virus against bacteria) and their use for the control of bacterial pathogens and related infections.
Today BIRD-C engages in contract research and business partnerships for Pharma companies and collaborations with renowned academic research institutions worldwide. It is BIRD-C´s policy to actively support its product development partner and licensees during the product development, evaluation and production process to ensure a successful technology transfer and application of BG-based product.
Looking to explore our technology and get involved in a partnership?
BIRD-C (Biotech Innovation Research Development & Consulting) is a SME based in Vienna, Austria, working with a professional and skilled team of like-minded research personal and contract manufacturers all sharing a vision for success of the various applications of its proprietary Bacterial Ghost (BG) platform technology.
BIRD-C's aim is to set new standard in fields of advanced drug delivery, immobilized bio-catalysts, prevention and control of human and veterinary infectious diseases based on its BG platform and expertise in bacteriophage bio-control.
With many years of R&D experience in the different areas mentioned above and more recently in tumor therapy, we are presenting new strategies for an affordable cancer immunotherapy based on applications of the BG platform technology.
PIONEER AND GLOBAL LEADER IN BACTERIAL GHOST PLATFORM TECHNOLOGY
The principle of the Bacterial Ghost platform technology is that all BG applications are based on the use of BGs either in their most primal form as empty envelope structures or in their modified form as carriers for antigens enzymes, drugs, receptor ligands or therapeutic nucleic acids and combinations thereof.
BGs are perfectly suited as carriers for target antigens of diverse origin. Target antigens can be anchored within the inner and outer membrane, in the periplasmic space as well as in the inner lumen of bacterial ghosts. BGs can also be used as delivery vehicles for nucleic acid based vaccines. The interaction of its surface ligands with receptors on professional antigen presenting cells is most important for the adjuvant properties of BGs.
Most recently BGs have been used in personalized medicine for Cancer Immunotherapy (BGCI). BGCI represents a novel approach towards tumor vaccines, drug delivery and add-on adjuvants to conventional tumor immunotherapy representing an affordable valid alternative over existing oncologic products and technologies.
In addition, BGs can be loaded with biological active compounds, then representing ideal, target oriented drug delivery vehicles for use in medicine or for pesticide delivery in agriculture.
What is described for BGs as carriers of antigens is also true for BGs as carrier of enzymes or structural elements converting BGs into micro-reactors for the synthesis of chemical compounds in white biotechnology or technical capture particles for bio-remediation or aerosol condensation.
Phage Hunting and Production
BIRD-C has the skills and provides optimized phage isolation, identification and characterization of phages for specific bacterial pathogens in veterinary and human medicine or environmental pathogen control. Process development for scalability and formulation of high titer phages as deliverables for customers can be performed as contract research.BIRD-C can also assist in patent protection of newly isolated pathogen-specific phages.
Are you interested in this service please contact us.
Rapid Bacterial Detection System (RBDS)
BIRD-C is working on prototype of handheld and stationary RBDS devices available for field, community or hospital use and adapted to customers need. This system based on specific recognition of bacteria by bacteriophages which carry a fluorescent label. RBDS can detect MRSA and/or other pathogenic nosocomial infections well under 30 min.
If you looking for such kind of diagnostic kits, please contact us for more details and read more about the system itself.
BIRD-C also provides the following services below.
Our Management Team
BIRD-C is dedicated to bring BG technology to application.
Chief Technical Officer
“Knowledge is lock, and the key is question”
Questioning the effect of BGs on cancer micro environment lead us to new therapeutic area called Bacterial Ghost Cancer Immunotherapy (BGCI). What we do today here in BIRD-C can improve many peoples tomorrow.
Founder and CEO
"Why is the BG system tickling my mind? BGs provide a toolbox to inspire your imagination. You start with living bacteria (minute space ship particles) in micrometer size which for specific purposes can become furnished with nanometer equipment (e.g. new ligands, antigens, enzymes, drugs, nucleic acids, sensors etc) by genetic engineering or chemical modification"
Media & Press Updates
EuroTransBio (ETB) Project DESCAR granted.
Oct. 1, 2017
The project "scar treatment by restoration of skin structure and elasticity (DESCAR)" is funded by EuroTransBio through FFG - Austria via project number ETB-2017-32, DESCAR.
BIRD-C GmbH entered
into a research and development cooperation with PhagoMed Biopharma GmbH, Vienna Austria.
May 1, 2018
To circumvent the urgent medical need to develop alternatives to antibiotics, PhagoMed is accelerating the reintroduction of Phage therapy into western medicine. For more details please click here.
Get in Touch
We’re happy to hear from you. Contact us today to learn more about our business and how you can benefit from working with us.
Our laboratory and office are located at Biotech cluster in Vienna. (close to Vienna Biocenter). You can reach our office by using Vienna public transport tram line no. 18, stop Viehmarktgasse. Cross the street and ring at Viehmarktgasse 2 (you will see our BIRD-C logo on big glass doors).
If you are driving by car please enter following GPS coordinates into your cars navigation system. 48.190196, 16.401900
Dr. Bohrgasse 2-8/14/1
1030 Vienna, Austria
Commercial register: FN 193793s
Commercial court Vienna
UID-number: ATU 73826023