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MEDICAL DEVICE INNOVATION - Medical Device Daily

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<strong>MEDICAL</strong> <strong>DEVICE</strong> <strong>INNOVATION</strong> 2010<br />

ThermoGenesis launches Res-Q,<br />

expands into bone marrow market<br />

A <strong>Medical</strong> <strong>Device</strong> <strong>Daily</strong> Staff report<br />

ThermoGenesis (Rancho Cordova, California) reported<br />

the launch of its Res-Q 60 BMC system, an automated<br />

cell processing medical device for the concentration of<br />

bone marrow-derived stem cells at the point of care.<br />

The company said that the Res-Q system processes<br />

bone marrow in minutes and delivers a high rate of stem<br />

cell recovery. The Res-Q system follows the late 2008<br />

launch of the MXP MarrowXpress system, a laboratory<br />

device also used to collect stem cells from bone marrow.<br />

According to the company, the Res-Q system is a microprocessor-controlled<br />

device and has a dedicated single-use<br />

disposable bag set for concentrating stem cells derived<br />

from bone marrow. It allows clinicians to automate blood<br />

volume reduction and facilitates cryopreservation of<br />

processed bone marrow aspirates. The bone marrow concentrates<br />

are used in spinal fusion procedures.<br />

The company said it plans to initially target the orthopedic<br />

regenerative medicine market through its orthopedic<br />

distribution partner Celling Technologies a subsidiary of<br />

SpineSmith (Austin, Texas). Celling is distributor of orthopedic<br />

products and also serves as a distributor of the MXP<br />

System.<br />

ThermoGenesis and Celling also reported an expanded<br />

collaboration between the two firms. Separately, the<br />

Company plans to expand Res-Q’s applications into the<br />

cardiovascular and other non-orthopedic regenerative<br />

medicine markets.<br />

As part of this expanded collaboration, ThermoGenesis<br />

and Celling will share in the funding for clinical studies to<br />

demonstrate the clinical effectiveness of both the MXP and<br />

Res-Q systems with Celling’s orthopedic applications.<br />

Incremental funding for clinical studies will be provided<br />

by ThermoGenesis and Celling as MXP and Res-Q sales<br />

grow. Celling will be responsible for coordinating the clinical<br />

trials.<br />

ThermoGenesis has also launched its Res-Q system, an<br />

automated cell processing medical device for the concentration<br />

of bone marrow-derived stem cells at the point of<br />

care. Celling will be the distributor for the Res-Q System in<br />

orthopedic applications. Celling will also continue distributing<br />

the MXP system for the company.<br />

Melville Engle, CEO of ThermoGenesis, said: “Celling<br />

has done an excellent job of supporting the MXP and we<br />

look forward to working with them with the launch of Res-<br />

Q and with this broader collaboration agreement. We<br />

expect that positive study results will accelerate the market<br />

adoption of our bone marrow processing technologies<br />

and should increase product sales.”<br />

He added that the introduction of this device will help<br />

the company access the growing regenerative medicine<br />

133<br />

market in a “meaningful way”.<br />

“We believe our Res-Q system has considerable advantages<br />

over competing products and should help surgeons<br />

realize the true value of autologous cellular therapy,” he<br />

said.<br />

To date the company has released a wide arsenal of<br />

products which include:<br />

• The BioArchive system, an automated cryogenic<br />

device, is used by cord blood stem cell banks in more than<br />

25 countries for cryopreserving and archiving cord blood<br />

stem cell units for transplant.<br />

• AXP AutoXpress Platform, a proprietary family of<br />

automated devices that includes the AXP and the MXP<br />

MarrowXpress and companion sterile blood processing disposables<br />

for harvesting stem cells in closed systems. The<br />

AXP device is used for the processing of cord blood. GE<br />

Healthcare is the exclusive global distribution partner for<br />

the AXP cord blood product except for Central and South<br />

America, China and Russia/CIS, where ThermoGenesis markets<br />

through independent distributors. The MXP is used for<br />

isolating stem cells from bone marrow.<br />

• The CryoSea FS system, an automated device and<br />

companion sterile blood processing disposable, is used to<br />

prepare fibrin sealants from plasma in about an hour. The<br />

CryoSeal FS system is approved in the U.S. for liver resection<br />

surgeries. The CryoSeal FS system has received the CE<br />

mark. Asahi <strong>Medical</strong> is the exclusive distributor for the<br />

CryoSeal.<br />

(This story originally appeared in the Aug. 10, 2009, edition<br />

of <strong>Medical</strong> <strong>Device</strong> <strong>Daily</strong>)<br />

To subscribe, please call <strong>MEDICAL</strong> <strong>DEVICE</strong> DAILY Customer Service at (800) 888-3912; outside the U.S. and Canada, call (404) 262-5547.<br />

Copyright © 2010 AHC Media LLC. Reproduction is strictly prohibited.

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