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Mina Izadjoo

mina izadjoo phd
Videos
06/26/2023
In this video, Dr. Izadjoo presents research that is focused on novel and cost-effective antimicrobials, including antifungals, ranging from small molecules to recombinant proteins.
In this video, Dr. Izadjoo presents research that is focused on novel and cost-effective antimicrobials, including antifungals, ranging from small molecules to recombinant proteins.
In this video, Dr. Izadjoo...
06/26/2023
Wounds
Chronic wounds are difficult to treat due to infections and the presence of resilient biofilms. Patients with hard-to-treat wounds are often at risk of clinical complications which may le...
12/11/2019
Skin grafts are used when large areas of skin are damaged (e.g., burns, wounds, skin infections). Autologous skin grafts are often used for the grafting to be successful. A full-thickness...
12/11/2019
A composite dressing generating microcurrent has been developed for improved wound healing and for treating hard-to-treat wound infectious including antibiotic-resistant pathogens. The Am...
12/06/2019
In this study, we used a biomodulator technology which generates microcurrent, electrical impulses that are transmitted by electrodes in the device through the skin to interface with the ...
12/06/2019
The objective of this study was to evaluate the microbial barrier properties of two novel bioelectric composite dressings (CD). We studied the dressings after seven days of simulated use ...
12/06/2019
Background: Skin grafts are used when large areas of skin are damaged (ex. burns, wounds, skin infections). Autologous skin grafts are often used for the grafting to be successful. A...
08/19/2019
Background: Antibiotics are commonly used to treat infections caused by Propionibacterium acnes and Staphylococcus aureus in particular MRSA. Due to the recent reports of emergence o...
08/13/2019
Background: Chronic wounds are difficult to treat due to infections and presence of resilient biofilms. Patients with hard-to-treat wounds are often at risk of clinical complications...
08/13/2019
Background: Bacteria can form biofilms on the surfaces of medical equipment. Many of these surfaces are plastic, such as intravenous tubes and catheters.
08/12/2019