585 Burn Wound Care for Patients and Families through Video Education

2021 ◽  
Vol 42 (Supplement_1) ◽  
pp. S144-S144
Author(s):  
Beverly Beaucock

Abstract Introduction The treatment and care of a burn injury is specialized and can be very intimidating to the patient and family. It is the obligation of the burn team to educate the patient and caregiver at a level where they clearly understand and are comfortable. It is important to be mindful of how others comprehend whether it is visual, auditory, reading/writing, or kinesthetic. When attempting to learn something new, especially when compounded by a burn injury, can be quite challenging. Methods Videos of burn injury cleansing techniques and various applications of dressings were produced to enhance patient and family education. Results Our analysis of feedback from the patient and family indicates an appreciation for other learning platforms and is a complement to written instructions. Conclusions We concluded that by offering video education along with other educational tools, it has enhanced the patient and family experience in the burn center.

2020 ◽  
Vol 41 (Supplement_1) ◽  
pp. S194-S195
Author(s):  
Lisa C Vitale ◽  
Jennifer Livingston ◽  
Erica Curtis ◽  
Katherine Oag ◽  
Christina M Shanti ◽  
...  

Abstract Introduction For children who have suffered a burn injury one of the greatest challenges is managing pain with an adequate yet practical burn wound dressing that will ultimately be managed at home. Medical product companies have created a variety of wound care products available on the market. These products are advertised to be more superior over one another in categories such as decrease in wound infections, minimization of pain, ease of dressing application, increased dressing wear time, and better wound healing. With all the options for burn wound care there are many factors to consider when choosing a burn dressing such as cost, ease of dressing for families at home, comfort, and efficacy. At our ten year verified pediatric burn center we have tried many different burn wound care products, however we have found Xeroform and bacitracin to be the most practical and easy to use for our patient population. Methods A retrospective chart review was performed from 2016–2018 of all cascading scald injuries to children 0–5 years of age treated at our verified pediatric burn center. 179 patients were included in this review. Of those patients a total of 52 patients were excluded, 28 patients had no follow up, 21 patients received alternate dressings, and 3 patients had full thickness injuries requiring a split thickness skin graft (STSG). Charts were reviewed for total body surface area (TBSA), length of stay (LOS), discharge dressing type, complications, and time to healing. All patients included routinely received consistent application of the Xeroform and bacitracin. Results 127 patients discharged with Xeroform dressings were included in this study with an average age of 1.4 years old (range 0–5 years) and average TBSA of 2.5% (range 0.25–13%). The average LOS was 1.6 days (range 1–10 days). In this sample 32 (25%) patients were healed within 7 days. 77 (61%) patients were healed within 7–14 days. 11 (9%) patients were healed within 14–21 days. 7 (5%) patients were healed in greater than 21 days. There were no wound complications identified within this study group. Conclusions Using Xeroform as our standard of practice has streamlined the care provided to our patients. We have demonstrated consistent effective re-epithelization, protection from infection, and ease of dressings for families and burn providers. In our experience Xeroform has provided a versatile way to care for partial thickness burn injuries. Applicability of Research to Practice We suggest Xeroform and bacitracin dressings be used for partial thickness burn injuries in patients under 5 years of age. This dressing may be superior to other products because it allows for bathing while providing good wound epithelization and is easy to use.


Author(s):  
Thomas Edward Pidgeon ◽  
Federica D’Asta ◽  
Malobi Ogboli ◽  
Yvonne Wilson

Abstract This case report describes the clinical course of a child who developed staphylococcal scalded skin syndrome (SSSS) after a burn injury. The intent is to aid other units in recognizing the presentation of SSSS after a pediatric burn and to optimize subsequent management. The main clinical finding was of rapid, progressive, superficial epidermal loss at sites separate from the original burn, involving 55% of the total body surface area, 13 days after a 6% scald burn to the face, neck, and chest. Diagnosis was confirmed by multidisciplinary team clinical assessment and histopathology of an intraoperative skin biopsy. This confirmed epidermal cleavage at the granular cell layer. These findings were later supported by Staphylococcus aureus cultured from the burn wound, and a positive epidermolytic toxin A assay. Management was with general medical supportive care, clindamycin and flucloxacillin intravenous antibiotic therapy, and cleansing and dressing of the areas of epidermal loss. Key learning points from this case were that SSSS presented after a burn injury and that 13 days elapsed between the burn and SSSS. Factors differentiating it from toxic epidermal necrolysis are described, including the value of histopathology in confirming the diagnosis. The prompt use of antibiotics and attentive wound care are advocated as an effective management strategy.


2020 ◽  
Vol 18 (3) ◽  
pp. 98-103
Author(s):  
Yu.Yu. Kutlaeva ◽  
◽  
A.A. Golubkova ◽  
V.A. Bagin ◽  
◽  
...  

Objective. To assess epidemiological characteristics of purulent septic infections (PSIs) in the intensive care unit (ICU) of a burn center. Patients and methods. In this retrospective epidemiological study, we analyzed medical records of 399 patients with burn injuries and the results of laboratory testing (2,572 samples). The majority of ICU patients were men aged 30–39 years. Almost half of the patients were workers. Burns were primarily caused by an open flame and were mainly received at home. Of note, 45.4% of patients who had burns caused by an open flame also had respiratory tract lesions. More than half of the patients had deep burns. A total of 18.6% of patients (95% CI 14.8–22.7) died. Results. The incidence of PSIs in the ICU of the burn center was 533,8‰ (95% CI 483.5–583.6), which is 2.5 times higher than that in the official statistics (210,1‰ (95% CI 182.5–239.9)). More than half of PSIs (50.2% (95% CI 43.3–57.1)) were burn wound infections. Conclusion. The following factors were found to be associated with an increased risk of PSIs: burn area >40%, burn severity index >30, SOFA score >4, deep burns, surgery, stay in the ICU for >10 days, artificial ventilation for >1 day, and placement of a central venous catheter or an urinary catheter for >1 day. Most frequently, PSIs were caused by non-fermenting gram-negative bacteria such as Pseudomonas аeruginosa and Acinetobacter baumannii. Key words: burn injury, purulent septic infections, risk factors, infection control


2020 ◽  
Vol 41 (Supplement_1) ◽  
pp. S132-S132
Author(s):  
Carolyn B Blayney ◽  
Nicole S Gibran

Abstract Introduction Standardizing care has shown in the literature to be a means to improving the culture of safety in any field. Aligning burn surgeons, staff and ancillary services in the Burn ICU, Burn Acute Care floor, Burn Clinic who all have varying ideas, and plans of care creates toxic variation and communication challenges for bedside staff. While attending a medical center leadership development session, Burn Center Leadership collaborated on a project regarding burn center standardization. Methods A multidisciplinary Burn Center retreat in September 2017, launched the effort with a special emphasis on patient and family participation.We elicited feedback on what we did well and areas we could improve on. Using crowdsourcing methodology, the group selected 5 core QI/PI areas: resuscitation, wound care, pain/anxiety/delirium, physical mobility and psychosocial needs.Each multidisciplinary group, led by a non-physician chair and a Physician liaison established assigned tasks, rules of engagement and time frames. Work groups met weekly and reported progress to the Burn center QI committee.The project concluded with dissemination of the work products to staff. Patients and families were updated on the progress made to ensure we were still in alignment with our original goals. Results Burn Center orientation materials, standard operating practice documents and a Burn Center Standard of Care packet was developed. Documents were uploaded to a commonly accessible Burn Center Sharepoint website so there was one central source of information. The final BasECamP output was a daily checklist packet started on all BICU admits, that addressed key QI indicators and directives for care goals; 24 hr resuscitation guidelines, time to TF vs PO within 4 hrs of admit, daily weights, IV vs PO medication for wound care, time to first active mobility and a review of ICU and Hospital LOS per %TBSA. 71 adult burn patients >18 years admitted to the BICU between November 2018 and May 2019 were started on the pathway. Of the 71, 58 were admitted with a burn injury, 4 with TEN, 6 were burn post-ops and there were 3 deaths. The 58 new burn admits are reviewed below. Conclusions The BaSeCamP packet is turned in and reviewed with the team. Data shows significant improvement in knowledge of standard operating procedures, expectations and resource availability. With improved communication across the burn team, staff more clearly understand patient-specific expectations in burn care and are more easily able to educate patients and families about the plan. Applicability of Research to Practice This Process improvement project responds to patient and family feedback that burn teams must coordinate communication and eliminate variability in delivery of care.


2020 ◽  
Vol 41 (Supplement_1) ◽  
pp. S212-S212
Author(s):  
Mathangi A Chandramouli ◽  
Jamie Heffernan ◽  
Angela Rabbitts ◽  
Philip Chang

Abstract Introduction The undomiciled burned patient presents more challenges to the burn team with regards to safe disposition. Discharge planning is complicated by the lack of a safe, clean environment to perform requisite wound care, thus prolonging hospital stays. The purpose of our study was to analyze the homeless patients admitted to a major urban burn center. This data would then better help identify trends and characteristics that could inform development of support services for this unfortunate population. Methods Demographic and clinical data from inpatients was collected from a single urban ABA verified burn center over a 3 year period between 1/2016 and 12/2018. Simple descriptive statistical analysis was performed. Results 1985 patients were admitted over the 3 year period. 48 homeless patients were identified (2.4%). The average age of this population was 39.8±16.8 years (range 3 months to 63 years old). There were 5 children (10.4% of the homeless cohort) in this population (ranging from 3 months to 4 years of age). Only 2 homeless burn inpatients were greater than 60 years of age (2% of the homeless cohort). There were 15 females (31%) and 33 males (69%). The mean TBSA was 5.8±9.9%. The average length of hospital stay was 21.9±29 days. 27 of the 48 patients (56%) required operative treatment. The 3 most common etiologies of skin injury were flame burns (29%), scald burns (25%), and cold injury (19%). The vast number of patients (39 out of 48, 81%) were discharged back to “their previous condition” (i.e. homeless shelter or the streets). There was 1 mortality in this group. Conclusions Contrary to widespread assumptions about the homeless being overwhelmingly male and adult, a significant percentage of the homeless burn patients were female with a percentage of patients being pediatric as well. The length of stay was significantly longer for most patients given the relatively small average size of burn injury. Cold injury was more significant etiology in this population compared to the overall burn population. Applicability of Research to Practice This analysis of the undomiciled burn inpatient at a single urban burn center will help better describe this especially challenging population and help focus social support and discharge planning resources for this group.


2020 ◽  
Vol 6 ◽  
pp. 1
Author(s):  
Bertha Kawilarang ◽  

Marjolin’s ulcer is a rare malignancy found in nonhealing chronic wounds, with burn injury as the most common predisposing factor. It is an aggressive malignancy that has a long latency period, and it is diagnosed through clinical findings, histopathology, and imaging modalities. Prompt surgical treatment and proper burn wound care strategies are key to prevent further complications and increase in mortality.


2010 ◽  
Vol 43 (S 01) ◽  
pp. S23-S28 ◽  
Author(s):  
Ahmad Sukari Halim ◽  
Teng Lye Khoo ◽  
Shah Jumaat Mohd. Yussof

ABSTRACTThe current trend of burn wound care has shifted to more holistic approach of improvement in the long-term form and function of the healed burn wounds and quality of life. This has demanded the emergence of various skin substitutes in the management of acute burn injury as well as post burn reconstructions. Skin substitutes have important roles in the treatment of deep dermal and full thickness wounds of various aetiologies. At present, there is no ideal substitute in the market. Skin substitutes can be divided into two main classes, namely, biological and synthetic substitutes. The biological skin substitutes have a more intact extracellular matrix structure, while the synthetic skin substitutes can be synthesised on demand and can be modulated for specific purposes. Each class has its advantages and disadvantages. The biological skin substitutes may allow the construction of a more natural new dermis and allow excellent re-epithelialisation characteristics due to the presence of a basement membrane. Synthetic skin substitutes demonstrate the advantages of increase control over scaffold composition. The ultimate goal is to achieve an ideal skin substitute that provides an effective and scar-free wound healing.


1999 ◽  
Author(s):  
Hunter G. Hoffman ◽  
David R. Patterson ◽  
Gretchen J. Carrougher ◽  
Thomas A. Furness

2021 ◽  
Vol 42 (Supplement_1) ◽  
pp. S113-S114
Author(s):  
Marc R Matthews ◽  
Sara Calder ◽  
Areta Kowal-Vern ◽  
Philomene Spadafore ◽  
Karen J Richey ◽  
...  

Abstract Introduction Caloric intake has been a vital component for burn wound healing and recovery. The hypothesis was that caloric requirements are based on injury severity & post-burn week as predicated by indirect calorimetry (IC)/predictive equations. Methods This was a retrospective chart review of 115 burn patients (2012–2017). Caloric requirements were determined by the Curreri equation [which includes % total body surface area (TBSA)] and IC for a 5-week period provided mainly by enteral nutrition. Patients received supplements and total parenteral nutrition as needed. Results The mean ±sd age was 43±18 years, 41±18 % TBSA, Body Mass Index of 28±7 kg/m2, and mortality of 26 (23%). The major mechanisms of injury were flame/flash/explosions. There were 59 (51%) of patients with < 40 % TBSA burns, [median Injury Severity Score (ISS) 9; Apache score 14], and 56 (49%) with ≥40 % TBSA (median ISS 25; Apache score 21), p < .0001. The Respiratory Quotient (RQ) had a median of 0.94 (range 0.79 to 1.02). The median number of surgeries for the < 40 % TBSA group was 5 versus 12 for the ≥40 % TBSA, p < .0001. The Injury Factor did not differ from weeks 1–5 (1.8 for < 40 % TBSA and 2.0 for the ≥ 40 % TBSA). The Curreri equation calculation for this study was a median 3640 (range 2161–5950) calories. The Curreri equation resulted in significantly increased caloric recommendations for the ≥ 40 %TBSA compared to the < 40 %TBSA patients, p < .0001. The < 40 %TBSA group had caloric requirements ranging between 1500- 2700 calories compared to the ≥ 40 %TBSA group, whose calories ranged between 2000–3700. The total daily caloric recommendations were also significantly increased in the ≥40 %TBSA compared to the < 40 %TBSA patients. The maximum levels of resting energy expenditure (REE) from IC, total daily calories recommended by the dietitian and average calories ranged between 3000–4500 in the < 40 %TBSA group and 3600–6700 in the ≥ 40 %TBSA group. The caloric recommendations increased for all patients from week 1 to week 3 and leveled off during weeks 4–5. Conclusions Patient caloric requirements were dependent not only on the severity of the burn injury but also the post-burn hospitalization during which surgeries, debridement/grafting, and infectious complications occurred. They increased until the third week post-burn and leveled off in the recovery period. The study caloric recommendations and requirements were consistent with the REE and Curreri equation assessments.


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