MediWound to Produce Burn Treatment Formula for US Army

A unit of Moldavian soldiers push through a wall of fire Feb. 17 during fire-phobia training. As part of their pre-KFOR deployment, multinational and United States service members pass through the joint Multinational Readiness Center, where they must complete a rigorous series of training scenarios before moving on to the NATO KFOR operation. The KFOR MRE 21 is based on the current operational environment and is designed to prepare the unit for peace support, stability and contingency operations in Kosovo in support of civil authorities to maintain a safe and secure environment. (U.S. Army photo by Sgt. 1st Class Benjamin Cossel)A unit of Moldavian soldiers push through a wall of fire Feb. 17 during fire-phobia training. As part of their pre-KFOR deployment, multinational and United States service members pass through the joint Multinational Readiness Center, where they must complete a rigorous series of training scenarios before moving on to the NATO KFOR operation. The KFOR MRE 21 is based on the current operational environment and is designed to prepare the unit for peace support, stability and contingency operations in Kosovo in support of civil authorities to maintain a safe and secure environment. (U.S. Army photo by Sgt. 1st Class Benjamin Cossel)

Soldiers push through fire during a military exercise. Photo: Sgt. 1st Class Benjamin Cossel/US Army

Israeli biopharmaceutical company MediWound has received $6.7 million in additional funding to produce a non-surgical burn treatment for the US Army.

The award follows a 2023 contract to develop the firm’s proprietary NexoBrid field-care solution for the US Department of Defense in collaboration with the multinational biomedicine group Medical Technology Enterprise Consortium (MTEC).

The agreement increases the initiative’s overall budget to $14.4 million.

NexoBrid Technology

NexoBrid is a topically applied compound made of enzyme concentrates that can break down proteins.

This technology eases severe burns and related damage such as eschar, a condition leading to dermatological problems such as skin shedding and sepsis.

Soldiers with the 1st Battalion, 149th Infantry, Charlie Company conduct fire phobia Crowd Riot Control training (CRC) from their Slovenian instructors at the Joint Multinational Readiness Center (JMRC) in Hohenfels, Germany Feb. 11, 2022. Fire phobia training is meant to familiarize Soldiers with response to an improvised incindiery device, Molotov cocktail, in a riot control situation. (U.S. Army National Guard photo by Spc. Alexander Hellmann)Soldiers with the 1st Battalion, 149th Infantry, Charlie Company conduct fire phobia Crowd Riot Control training (CRC) from their Slovenian instructors at the Joint Multinational Readiness Center (JMRC) in Hohenfels, Germany Feb. 11, 2022. Fire phobia training is meant to familiarize Soldiers with response to an improvised incindiery device, Molotov cocktail, in a riot control situation. (U.S. Army National Guard photo by Spc. Alexander Hellmann)
A soldier conducting fire phobia training. Photo: Spc. Alexander Hellmann/US Army National Guard

“The additional funding will enhance our [chemistry, manufacturing, control] activities, expedite preclinical development, and facilitate the establishment of a [Good Manufacturing Practice] compliant aseptic production line for the temperature-stable formulation of NexoBrid,” MediWound CEO Ofer Gonen stated.

“This new award underscores our shared commitment to ensuring NexoBrid’s availability for military use and its potential to significantly change the early treatment approach for severe burns.”

‘Transformational Change’

NexoBrid will serve as an “easy-to-use and effective” pre-hospital treatment for warfighters inflicted with burn injuries once its modification for the US Army is completed.

MediWound noted that the formula supports MTEC’s objectives in bringing soldiers a rapidly available solution for post-injury scenarios with minimal preparation and training requirements.

“The military services require simple and effective non-surgical solutions to treat severe burn patients as close to the point of injury as possible,” MTEC Research Director Lauren Palestrini said during the project’s launch in 2022.

“This work could result in a transformational change to the current standard of care of burn injuries.”

Related Posts