Biologica Technologies is debuting initial clinical data from spinal applications using its ProteiOS® growth factor derived from minimally manipulated allogeneic bone marrow. ProteiOS comprises angiogenic, mitogenic and osteoinductive proteins and what is reportedly the highest amount of non-recombinant BMP-2, and is designed for use with a surgeon’s preferred FDA-cleared scaffold.
ProteiOS entered limited launch in 4Q17, and is now available throughout the U.S.
Sources: Biologica Technologies, LLC; ORTHOWORLD Inc.
Biologica Technologies is debuting initial clinical data from spinal applications using its ProteiOS® growth factor derived from minimally manipulated allogeneic bone marrow. ProteiOS comprises angiogenic, mitogenic and osteoinductive proteins and what is reportedly the highest amount of non-recombinant BMP-2, and is designed for use with a...
Biologica Technologies is debuting initial clinical data from spinal applications using its ProteiOS® growth factor derived from minimally manipulated allogeneic bone marrow. ProteiOS comprises angiogenic, mitogenic and osteoinductive proteins and what is reportedly the highest amount of non-recombinant BMP-2, and is designed for use with a surgeon’s preferred FDA-cleared scaffold.
ProteiOS entered limited launch in 4Q17, and is now available throughout the U.S.
Sources: Biologica Technologies, LLC; ORTHOWORLD Inc.
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JV
Julie Vetalice is ORTHOWORLD's Editorial Assistant. She has covered the orthopedic industry for over 20 years, having joined the company in 1999.





