BONUS BIOGROUP (TASE: BONS) is a biotechnology company applying proprietary, innovative technology to supply tissue-engineered viable bone grafts.
The company strives to become a world leader in the field of tissue engineering and live bone transplantation.
News and Press Release
- Sunday, 02 September 2018 17:24
Bonus BioGroup raises investment in the amount of NIS 18 million (USD 5 million), at a price of 60 Agorot per share
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- Wednesday, 08 August 2018 08:25
Bonus BioGroup Secures Exclusivity in the U.S. over Manufacturing and Commercialization of Live Bone Graft
Read >> - Friday, 02 March 2018 17:31
For the first time ever, arm and leg were healed using a bone graft grown outside patient’s body, in an orthopedic clinical trial for filling extensive critical bone void in limbs
Read >> - Wednesday, 20 December 2017 08:15
For the first time ever, bone graft grown outside patient’s body is implanted in his leg, in an orthopedic clinical trial for filling extensive critical bone defects in limbs
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Products
Bonus BioGroup has developed a novel method to grow bone grafts from cells derived from the patient's fat tissue. The graft is precisely fit to the injured bone site and rapidly integrates in the patient's body.
BonoFillTM products family
Exclusive 3D, high-density bone grafts, grown from the cells derived from the patient's fat tissue, obtained in a simple procedure. Heterogeneous population of cells are then cultured and expanded in a bioreactor system, on a supportive matrix (scaffold), and induced to generate the bone graft. The graft is precisely fit to the injured bone site and rapidly integrates in the patient's body.
Injectable bone graft
Anatomically pre-designed bone graft
Appropriate for defined defects, such as maxillofacialbone voids and cysts.
A cut to shape graft, match the dimensions of the patient's bone gap, determine using CT imaging
Clinical Trial
In April 2014, Bonus BioGroup commenced a clinical trial designed to test the safety and efficacy of the injectable BonoFillTM product in the repair of human maxillofacial bone deficiency, including upper or lower jawbone cavitation.
SCIENCE & TECHNOLOGY
Bone reconstruction is medically required to repair an injured bone arise in a multitude of situations of trauma and bone diseases. The ideal bone graft is biocompatible, functionally and structurally similar to the patient's bone, easily transplantable and cost-effective. Failure rates of current techniques have encouraged researchers to seek new biomaterials promoting bone regeneration.
Adipose tissue has significant advantages as a cell source for tissue engineering products. Human Adipose Tissue-Derived Cells (HATDCs) can differentiate along multiple cell lineage pathways to form various types of mature cells, and can be safely and effectively transplanted back into the patient.