Clinical Trials Logo

Clinical Trial Summary

Enzymatic eschar removal with NexoBrid allows initiating and completing the phase of removal of the offending eschar earlier upon admission, enabling earlier visualization of the wound bed for assessment of burn wound depth as well as preservation of viable dermal tissues, as further elaborated and supported by previous clinical studies. The depth determination is important for the planning and execution of the post eschar removal stage of wound closure phase (grafting or spontaneous epithelialization).

Additional clinically meaningful attributes of NexoBrid enzymatic eschar removal is the ability to lower surgical burden as it allows to remove eschar in wounds that otherwise would have to undergo surgical excision as no other non-surgical treatment is available for early and effective eschar removal.

MediWound has completed the recruitment of patients to study MW2010-03-02 (DETECT Study). The timeline for patients' follow-up and potential for approval in 2021/2022, creates a significant gap in the ability of clinical practitioner's to maintain their knowledge and skills in using NexoBrid as they no longer treat eligible patients. The expanded access protocol will allow to expand treatment to additional patients in up to 30 US burn centers (DETECT sites and additional sites), until the completion of the BLA assessment and possible marketing authorization of NexoBrid in the US. The proposed protocol will allow product availability to eligible population and keep the clinical use of the product knowledge active in the burn care community introducing it to their routine burn care.

The purpose of this treatment protocol is to provide NexoBrid to patients with DPT and FT thermal burns on up to 30% TBSA.

This protocol is also designed to collect and evaluate the safety and clinical performance of NexoBrid in this patient population.


Clinical Trial Description

This is an Expanded Access (treatment) protocol to allow ongoing treatment of burn patients with NexoBrid following completion of the enrollment stage of protocol MW2010-03-02 (DETECT study).

This protocol is also designed to collect and evaluate the safety and clinical performance of NexoBrid in patients suffering from DPT and FT thermal burns.

Following the enrollment of a patient to the protocol, physicians will identify one or more target wounds (TWs) per patient according to the TW definition. All patient's DPT and FT burns that comply with the specified entrance criteria will be treated with NexoBrid and, therefore, must be designated as TWs. This will further allow an evaluation of the patient's systemic safety by allowing treatment of the patient's entire deep burns.

Prior to initiation of eschar removal treatment, patients will be medicated with appropriate analgesia and undergo wound cleansing and dressing of all wounds with antibacterial solutions according to product instruction for use in order to ensure clean and moist eschar covered wound bed for NexoBrid application. Vital signs (Blood Pressure, Heart Rate and temperature) measurements and pain assessment will be performed within 24 hrs before start of treatment as well as haematology, biochemistry blood tests & PTT/INR. Pressure measurements for circumferential extremity wounds will be performed 1 hour before start of treatment and will be closely monitored during treatment. Following wound cleansing and soaking treatments, patients will undergo the eschar removal process. TWs of up to 15% total body surface area (TBSA) will be treated with a single application of NexoBrid for 4 hours. Patients with TWs >15% TBSA and up to 30% TBSA will be treated with 2 consecutive applications of 4 hours each. NexoBrid should not be applied to more than 15% TBSA in one session. PK samples will be taken from sub-set of patients with TWs area >15% TBSA. Pressure measurements for circumferential extremity wounds will be performed after the removal of NexoBrid.

Post eschar removal completion, patients will undergo daily vital signs (Blood Pressure, Heart Rate and temperature measurements) and pain assessments for 1 week, starting on the morning following start of eschar removal. Blood tests (haematology and biochemistry) will be performed 24 ± 6 hrs post eschar removal as well as PTT/INR. Weekly assessments of wound healing progress including the dressings used until complete wound closure will be performed.

Cosmesis (scar quality) evaluation (using MVSS) will be performed at 3 and 12 months post wound closure confirmation visit. ;


Study Design


Related Conditions & MeSH terms


NCT number NCT04040660
Study type Expanded Access
Source MediWound Ltd
Contact Limor Klein, PhD
Phone 972-77-9714176
Email limord@mediwound.com
Status Available
Phase

See also
  Status Clinical Trial Phase
Recruiting NCT04368117 - STAT: Standard Therapy Plus Active Therapy N/A
Completed NCT05167461 - AutoMated BUrn Diagnostic System for Healthcare (AMBUSH)
Terminated NCT03148977 - Evaluating MMPs in Burns
Completed NCT02362386 - Feasibility of Obtaining ADRCs From Discarded Thermal Burn Eschar Tissue Using Investigational Celution® System N/A
Completed NCT04073030 - Burn Injury In a Child Due to Cyanoacrylate-Based Nail Glue- Case Report and Literature Review
Recruiting NCT04138394 - VItamin C in Thermal injuRY: The VICToRY Trial Phase 3
Withdrawn NCT03248154 - Biofilm Infection in Adults and Children Burn Injury N/A
Active, not recruiting NCT06223269 - Safety and Efficacy of realSKIN® to Provide Complete Wound Closure of Burn Wounds as an Alternative to Autografting Phase 3
Recruiting NCT05084183 - Evaluation of the Effectiveness of PermeaDerm® (PD) as Compared to Mepilex Ag® N/A
Completed NCT04500314 - Efficacy of Whole-body Vibration on Balance Control, Postural Stability and Mobility After Thermal Burn Injuries. N/A
Withdrawn NCT04684121 - Study of the Efficacy and Safety of Granexin® Gel to Improve Burn Wound Healing Phase 2
Terminated NCT03077087 - Single-Stage Integra Reconstruction in Burns N/A
Suspended NCT03435172 - Safety and Feasibility of ADRCs Treatment To Patients With Thermal Wounds N/A