IT CONFORMS TO YOUR NEEDS. INTRODUCING MATRIXCELLECT™ 1 00 PUTTY 100% ALLOGRAFT BONE - NO EXTRINSIC CARRIERS. SIMPLE. SUPERIOR. STERILE. BME, the leader and innovator in Shape Memory Technologies, introduces an allograft material so superior; it will change the standards for selection. MatrixCellect 100 Putty is Demineralized Bone Matrix (DBM) entirely derived from 100% allograft bone that uses in-vivo assay for conrmation of osteodinductivity. • Histologically proven post sterilization to exhibit ve elements of bone formation • Osteoinductive — Process by which osteogenesis is induced — Testing for osteoinductivity is done in athymic rats, every lot, every time • Osteoconductive — Serves as a scaffold for new bone growth • Sterility assurance level (SAL) 10-6 in accordance with sterile “R” claim • Conforms to ll bone voids or gaps and resists irrigation MATRIXCELLECT 100 PUTTY PRODUCT Toll Free Fax Corporate Email MatrixCellect 100 Putty (Jar) 2.5cc MatrixCellect 100 Putty (Jar) 5.0cc MatrixCellect 100 Putty (Syringe) 10.0cc 14785 Omicron Drive Suite 205 San Antonio, TX 78245 www.bme-tx.com MatrixCellect 100 Putty (Syringe) 5.0cc • Available in jar or syringe for suitability — Arranged for implantation without extra preparation MatrixCellect 100 Putty (Syringe) 2.5cc • Room temperature storage ©2014 MatrixCellect™ 100 is a registered trademark of CellRight™ Technologies, LLC. 1808 Universal City Blvd., San Antonio, TX 78148. Distributed by BME.

Family of Matrix OI Products ® MATRIX OI BLOCK PRODUCT OSTEOINDUCTIVITY • In-vivo osteoinductivity testing is performed AFTER gamma sterilization on every donor lot • No other allograft product offers the Matrix OI benchmark for osteoinductivity for this unique family of shape memory products • Matrix OI uses a unique and proprietary process that preserves the inter-connected trabecular collagen structure and the influential “native” Bone Morphogenic Proteins (BMP’s) and growth factors • Osteoinductivity is defined by the confirmed presence of: chondrocytes, osteocytes, bone marrow, cartilage...