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Stephen Davis
DERMATOLOGY & CUTANEOUS SURGERY | MEDICAL
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Title
09-2019
NOVEL CYCLIC LIPOPEPTIDES FOR TREATING COMPLICATED WOUND INF
NOVEL CYCLIC LIPOPEPTIDES FOR TREATING COMPLICATED WOUND INF
U S ARMY MED RESEARCH ACQUISITION ACT
09-2019
NOVEL CYCLIC LIPOPEPTIDES FOR TREATING COMPLICATED WOUND INF
NOVEL CYCLIC LIPOPEPTIDES FOR TREATING COMPLICATED WOUND INF
U.S. Army Medical Research Acquisition Activity (USAMRAA)
09-2019
NOVEL CYCLIC LIPOPEPTIDES FOR TREATING COMPLICATED WOUND INF
NOVEL CYCLIC LIPOPEPTIDES FOR TREATING COMPLICATED WOUND INF
U.S. Army Medical Research Acquisition Activity (USAMRAA)
09-2019
NOVEL CYCLIC LIPOPEPTIDES FOR TREATING COMPLICATED WOUND INF
NOVEL CYCLIC LIPOPEPTIDES FOR TREATING COMPLICATED WOUND INF
USAMRAA
08-2018
THE IN VITRO EFFECT OF TWO ANTIMICROBIAL FORMULATIONS - 3 DOSES - AGAINST METHICILLIN RESI
THE IN VITRO EFFECT OF TWO ANTIMICROBIAL FORMULATIONS - 3 DOSES - AGAINST METHICILLIN RESI
BIOMENDICS LLC
12-2015
To Examine the Barrier Properties of Different Dressings Against Staphylococcus aureus, Candida albicans and Pseudomonas Aeruginosa using a Catheter Model
To Examine the Barrier Properties of Different Dressings Against Staphylococcus aureus, Candida albicans and Pseudomonas Aeruginosa using a Catheter Model
MOLNLYCKE HEALTH CARE INC
09-2015
Treatments of Methicillin-Resistant Staphylococcus aureus Biofilm-Infected Wounds Using Antimicrobial Peptide KSL-W and Biofilm-Releasing Agents
Treatments of Methicillin-Resistant Staphylococcus aureus Biofilm-Infected Wounds Using Antimicrobial Peptide KSL-W and Biofilm-Releasing Agents
U S ARMY MED RESEARCH ACQUISITION ACT
09-2015
Treatments of Methicillin-Resistant Staphylococcus aureus Biofilm-Infected Wounds Using Antimicrobial Peptide KSL-W and Biofilm-Releasing Agents
Treatments of Methicillin-Resistant Staphylococcus aureus Biofilm-Infected Wounds Using Antimicrobial Peptide KSL-W and Biofilm-Releasing Agents
U S ARMY MED RESEARCH ACQUISITION ACT (DOA)
09-2015
Evaluation of a Nitric Oxide Formulation on the Proliferation of Mix Populations of Pseudomonas aeruginosa PA09-010 and Methicillin Resistant Staphylococcus aureus MRSA USA300 using a Deep Partial Thickness Porcine Model
Evaluation of a Nitric Oxide Formulation on the Proliferation of Mix Populations of Pseudomonas aeruginosa PA09-010 and Methicillin Resistant Staphylococcus aureus MRSA USA300 using a Deep Partial Thickness Porcine Model
NOVAN INC
06-2015
Hydrogel-based Long-duration ultrasound wound dressing to enhance cellular regeneration and rapid wound closure
Hydrogel-based Long-duration ultrasound wound dressing to enhance cellular regeneration and rapid wound closure
ZETROZ INC
05-2015
Determination of the Effects of a Novel Compound on the Proliferation of Pseudomonas aeruginosa using a Second-degree Burn Swine Model
Determination of the Effects of a Novel Compound on the Proliferation of Pseudomonas aeruginosa using a Second-degree Burn Swine Model
CSA BIOTECHNOLOGIES LLC
05-2015
Determination of the Effects of a Novel Compound on Preventing the Entrance of Pseudomonas aeruginosa
Determination of the Effects of a Novel Compound on Preventing the Entrance of Pseudomonas aeruginosa
NAWA HEILMITTEL GMBH.
05-2015
The Effect of Various Silver Agents on Reducing Burn Infections
The Effect of Various Silver Agents on Reducing Burn Infections
EXCITON TECHNOLOGIES INC
05-2015
The Effect of Various Silver Agents on Reducing Burn Infections
The Effect of Various Silver Agents on Reducing Burn Infections
EXCITON TECHNOLOGIES INC.
01-2015
Determination of the effects of a new topical agent (Compound X) on the proliferation of Methicillin Resistant Staphylococcus aureus (MRSA USA300) using a porcine deep partial thickness wound model.
Determination of the effects of a new topical agent (Compound X) on the proliferation of Methicillin Resistant Staphylococcus aureus (MRSA USA300) using a porcine deep partial thickness wound model.
HS PHARMACEUTICALS LLC
12-2014
Amendment 3 - To Examine the Effect of Nitric Oxide in Two Different Ointment Vehicles on Deep Partial Thickness Wounds Porcine Model
Amendment 3 - To Examine the Effect of Nitric Oxide in Two Different Ointment Vehicles on Deep Partial Thickness Wounds Porcine Model
NOVAN INC
10-2014
Determination of the Effects of NexoBrid on Methicillin Resistant Staphylococcus aureus in a Partial Thickness Porcine Wound Model
Determination of the Effects of NexoBrid on Methicillin Resistant Staphylococcus aureus in a Partial Thickness Porcine Wound Model
MEDIWOUND LTD
10-2014
A Study to Determine the Effects of Novel Epigenetic Formulation on Full Thickness Wound Healing using a Porcine Model
A Study to Determine the Effects of Novel Epigenetic Formulation on Full Thickness Wound Healing using a Porcine Model
EPIGENETIX INC
07-2014
CORRELATION OF SURFACE FREE ENGERY AND CYTOCOMPATIBILITY OF AMPHIPHILLIC BIOMATERIALS (BC/B&7)
CORRELATION OF SURFACE FREE ENGERY AND CYTOCOMPATIBILITY OF AMPHIPHILLIC BIOMATERIALS (BC/B&7)
ROCHAL INDUSTRIES INC
03-2014
Determination of the Effects of a Gallium Formulation on Wound Healing and Infection
Determination of the Effects of a Gallium Formulation on Wound Healing and Infection
ARIDIS PHARMACEUTICALS
03-2014
Nitric Oxide-Releasing Wound Dressing for Treating Burn Wound Infections
Nitric Oxide-Releasing Wound Dressing for Treating Burn Wound Infections
NOVAN INC
01-2014
To Examine the Effect of Drug Delivery System using a Deep Partial Thickness Wound Infection Porcine Model
To Examine the Effect of Drug Delivery System using a Deep Partial Thickness Wound Infection Porcine Model
EKSIGENT TECHNOLOGIES LLC
01-2014
To Examine the Effect of Nitric Oxide in Two Different Ointment Vehicles on Deep Partial Thickness Wounds Porcine Model
To Examine the Effect of Nitric Oxide in Two Different Ointment Vehicles on Deep Partial Thickness Wounds Porcine Model
NOVAN INC
12-2013
Determination of the Effects of a Novel Formulation on Wound Healing and Scarring using a Third-Degree Burn Porcine Model
Determination of the Effects of a Novel Formulation on Wound Healing and Scarring using a Third-Degree Burn Porcine Model
SYNEDGEN INC
12-2013
Development of Technologies that Control Scar Contracture After Burn Injuries
Development of Technologies that Control Scar Contracture After Burn Injuries
QUICKMED TECHNOLOGIES
10-2013
Determination of the Effects of a Novel Matrix of Full Thickness Wound Healing using a Porcine Model
Determination of the Effects of a Novel Matrix of Full Thickness Wound Healing using a Porcine Model
CELGENE CORP
07-2013
Nitric Oxide-Releasing Intranasal Gel To Decolonize Biofilm-embedded S. Aureus
Nitric Oxide-Releasing Intranasal Gel To Decolonize Biofilm-embedded S. Aureus
NOVAN INC
05-2013
NC-12-013: STUDY OF THE IRRIATION POTENTIAL OF PHARMACEUTICAL EXCIPIENTS ON DEEP PARTIAL THICKNESS WOUNDS USING A PORCINCE MODEL
NC-12-013: STUDY OF THE IRRIATION POTENTIAL OF PHARMACEUTICAL EXCIPIENTS ON DEEP PARTIAL THICKNESS WOUNDS USING A PORCINCE MODEL
NOVAN INC
04-2013
ANGIOGENIC SCFFOLDS FOR NEGATIVE PRESSURE WOUND THERAPY
ANGIOGENIC SCFFOLDS FOR NEGATIVE PRESSURE WOUND THERAPY
UNIV OF FLORIDA
04-2013
ANGIOGENIC SCFFOLDS FOR NEGATIVE PRESSURE WOUND THERAPY
ANGIOGENIC SCFFOLDS FOR NEGATIVE PRESSURE WOUND THERAPY
UNIV OF FLORIDA (SUSF)
04-2013
A study to Determine the effects of a Bi-Layer Extracellular Matrix Protein a Full Thickness Wound Healing using a Porcine Model
A study to Determine the effects of a Bi-Layer Extracellular Matrix Protein a Full Thickness Wound Healing using a Porcine Model
MOLNLYCKE HEALTH CARE INC
04-2013
DETERMINATION OF THE EFFECTS OF A POLYHEAL ON METHICILLIN RESISTANT STAPHYLOCOCCUS AUREUS AND PSEUDOMONAS AERUGINOSA IN A PARTIAL THICKNESS PORCINE WOUND MODEL
DETERMINATION OF THE EFFECTS OF A POLYHEAL ON METHICILLIN RESISTANT STAPHYLOCOCCUS AUREUS AND PSEUDOMONAS AERUGINOSA IN A PARTIAL THICKNESS PORCINE WOUND MODEL
MEDIWOUND LTD
02-2013
Accelerated Development of Synedgen Catasyn Wound Irrigant
Accelerated Development of Synedgen Catasyn Wound Irrigant
SYNEDGEN INC
01-2013
To Examine the Effect of Various OTC Products on Partial Thickness Wound Using a Porcine Model
To Examine the Effect of Various OTC Products on Partial Thickness Wound Using a Porcine Model
NAWA HEILMITTEL GMBH.
12-2012
A Study to Determine the Effects of Mepitel Dressing on Deep Partial Thickness Wound Healing using a Porcine Model
A Study to Determine the Effects of Mepitel Dressing on Deep Partial Thickness Wound Healing using a Porcine Model
MOLNLYCKE HEALTH CARE INC
12-2012
Novel PEG-fibrin based dressing for Wound Healing and Infection
Novel PEG-fibrin based dressing for Wound Healing and Infection
U S ARMY MED RESEARCH ACQUISITION ACT
12-2012
Novel PEG-fibrin based dressing for Wound Healing and Infection
Novel PEG-fibrin based dressing for Wound Healing and Infection
U S ARMY MED RESEARCH ACQUISITION ACT (DOA)
09-2012
Determination of the effects of a new formulation on Methicillin resistance Staphylococcus aureus in a Partial Thickness Porcine Wound Model
Determination of the effects of a new formulation on Methicillin resistance Staphylococcus aureus in a Partial Thickness Porcine Wound Model
SYNEDGEN INC
08-2012
Determination of the Effects of EASH & Aquacel Ag DressingS on the Proliferation of Pseudomonas aeruginosa Biofilms Using a Porcine Deep Partial Thickness Wound Model
Determination of the Effects of EASH & Aquacel Ag DressingS on the Proliferation of Pseudomonas aeruginosa Biofilms Using a Porcine Deep Partial Thickness Wound Model
CONVATEC
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Co-Investigator Network
Expertnet Author Network
Experts within Florida Expertnet that have co-authored works with Stephen Davis.
Predrag Cudic
Florida Atlantic University
Charles E. Schmidt College Of Science
pcudic@fau.edu
Works Co-Authored: 17
Renee Fleeman
University of Central Florida
Burnett School Of Biomedical Sciences - Academic Instruction, College Of Medicine
Renee.Fleeman@ucf.edu
Works Co-Authored: 30
Ivan Jozic
University of Miami
Dermatology & Cutaneous Surgery, Medical
i.jozic@miami.edu
Works Co-Authored: 58
Robert Kirsner
University of Miami
Dermatology & Cutaneous Surgery, Medical
rkirsner@miami.edu
Works Co-Authored: 41
Jiayu Li
University of Miami
Mechanical and Aerospace Engineering, Gables
jxl3106@miami.edu
Works Co-Authored: 140
Liang Liang
University of Miami
Computer Science, Gables
lxl897@miami.edu
Works Co-Authored: 11
Inactive Expert
Edith Sampson
Scientific Director
University of Florida
Dn-Microbiology, College-Dentistry
Works Co-Authored: 22
Gregory Schultz
Professor
University of Florida
Md-Obgyn-Wound Research Center, College-Medicine
schultzg@ufl.edu
Works Co-Authored: 390
Lindsey Shaw
Associate Professor Of Microbiology
University of South Florida
Cell Biology, Microbiology & Molecular Biology, College Of Arts and Sciences
shaw@usf.edu
Works Co-Authored: 31
Olivera Stojadinovic
University of Miami
Dermatology & Cutaneous Surgery, Medical
ostojadinovic@miami.edu
Works Co-Authored: 93
Rivka Stone
University of Miami
Dermatology & Cutaneous Surgery, Medical
rxs390@miami.edu
Works Co-Authored: 23
Marjana Tomic
University of Miami
Dermatology & Cutaneous Surgery, Medical
mtcanic@miami.edu
Works Co-Authored: 111
Tongyu Wikramanayake
Research Asst. Professor
University of Miami
Dermatology & Cutaneous Surgery, School Of Medicine
tcao@med.miami.edu
Works Co-Authored: 21
Websites
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Search Google Scholar for Stephen Davis
Contact Information
s.davis@miami.edu
+1 (305) 2434897
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