Orthobiologics
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MAR22
Brian D. Giordano, MD - Treatment of Bone Marrow Lesion of the Hip With the IOBP™ System- File Type:
- Resource Type: Videos - Surgical Technique
- Ref. #: VID1-000060-en-US
- Version: A
- Language: English
- Revision Date: 03/12/2019
Brian D. Giordano, MD, (Rochester, NY) performs an IntraOsseous BioPlasty™ procedure to treat a bone marrow lesion in the hip. Several technique pearls are included with discussion related to mixing ratios using AlloSync™ Pure or gel and Angel® cPRP.
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MAR18
Brian J. Cole, MD, MBA - Particulated Osteochondral Autograft Using the GraftNet™ Device- File Type:
- Resource Type: Videos - Surgical Technique
- Ref. #: VID1-000063-en-US
- Version: A
- Language: English
- Revision Date: 03/11/2019
Brian J. Cole, MD, MBA, (Chicago, IL) demonstrates how to use the GraftNet™ autologous tissue collector to treat an articular cartilage lesion. The GraftNet instrument is a sterile, single-use device that may be used to collect autologous tissue such as articular cartilage. BioCartilage® extracellular matrix may be used to supplement the volume of collected tissue and ensure appropriate fill of the articular cartilage defect.
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MAR05
Orr Limpisvasti, MD - GraftNet™ Autologous Tissue Collector BTB Harvest Site Backfill- File Type:
- Resource Type: Videos - Surgical Technique
- Ref. #: VID1-000061-en-US
- Version: A
- Language: English
- Revision Date: 02/28/2019
Orr Limpisvasti, MD, (Los Angeles, CA) uses the GraftNet™ device to collect autologous bone graft during an ACL reconstruction. The autograft bone collected with GraftNet device may be used to backfill the BTB harvest sites or as needed to fill the bone tunnels.
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FEB28
JumpStart® Antimicrobial Wound Dressing- File Type:
- Resource Type: Brochures
- Ref. #: LB1-00001-EN
- Version: G
- Language: English
- Revision Date: 03/08/2019
JumpStart dressings are provided on an ultra-thin, lightweight, polyester substrate and contain laser-cut fenestrations to allow easy passage of wound exudate into the absorbent layer or a secondary dressing. The flexible design easily contours to the body. JumpStart dressings may be applied directly over sutures, staples, Steri-Strips™*, and liquid skin adhesives. The dot matrix pattern of embedded microcell batteries generates microcurrents on the dressing surface in the presence of a conductive medium, such as sterile saline, water-based gel, or wound exudate.
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FEB27
James L. Chen, MD - Revision ACL Femoral Tunnel Fill With AlloSync™ Pure Demineralized Bone Matrix- File Type:
- Resource Type: Videos - Surgical Technique
- Ref. #: VID1-00371-EN_A
- Version: A
- Language: English
- Revision Date: 02/21/2019
James L. Chen, MD, (San Francisco, CA) demonstrates the use of AlloSync™ Pure demineralized bone matrix mixed with concentrated bone marrow to fill an ACL socket in a revision surgery. The mixed putty is delivered into the socket using the BioXpress™ graft delivery device.
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FEB21
Wound Biofilm Formation and Disruption by Electric Field- File Type:
- Resource Type: Animations - Product Demonstration
- Ref. #: AN1-000025-en-US
- Version: A
- Language: English
- Revision Date: 02/15/2019
Eighty percent of wound infections are believed to be caused by bacteria with biofilm. Biofilm infections are extremely difficult to treat because they impede the body’s immune defenses and render bacteria highly resistant to antibiotics.1 Drug development cannot outpace the increase in antibiotic resistance. The WHO has called for new solutions to this global health threat. WATCH: How our JumpStart® antimicrobial wound dressing uses electric fields to combat biofilm.
Reference
1. Akers KS, Mende K, Cheatle KA, et al. Infectious Disease Clinical Research Program Trauma Infectious Disease Outcomes Study Group. Biofilms and persistent wound infections in United States military trauma patients: a case-control analysis. BMC Infect Dis. 2014;14:190. doi:10.1186/1471-2334-14-190.Related Pages