Category: Children

Successful wound healing

Successful wound healing

Should only be used for weeks. Jee SJ, Aound SY. Successful wound healing SYS Hyperglycemia causes. J Successvul Podiatr Med Assoc. Each wound-healing technology has been reviewed in Water weight reduction habits in medical literature [ 79 ]. A prospective, double-blind, randomized, controlled clinical trial comparing standard wound care with adjunctive hyperbaric oxygen therapy HBOT to standard wound care only for the treatment of chronic, non-healing ulcers of the lower limb in patients with diabetes mellitus: a study protocol.

Successful wound healing -

Next, we presented the knowledge network about the patents for the 29 applicants using their backward citation information. In the network, each node refers to the applicant, and the direction of the arc indicates the direction of knowledge flow.

If a patent of applicant A cites a patent of applicant B, the direction of knowledge flow goes from B to A. Furthermore, the width of the arc indicates the number of citations.

Fig 8. shows the knowledge flow between 29 nodes. We marked the topics for which each applicant has a high concentration under each node. Therefore, this citation network indicates the knowledge flows, with respect to patents, between applicants associated with each topic area.

We confirmed that there is usually a knowledge flow about patents in each topic area. As a result, the extent of the knowledge flow varied with the topic area. The knowledge flow was relatively active within the areas of Topic 6 NPWT and Topic 7 Film for dressing.

On the other hand, the knowledge flow was relatively weak for the areas of the other topics. The degree of centrality is suitable for examining the local centrality as a measure of the number of direct links to other nodes. The degree of centrality is also divided into indegree centrality and outdegree centrality.

The indegree centrality is determined by counting the number of inflow connections, whereas the outdegree centrality is determined by counting the number of outflow connections [ 25 ].

Therefore, we can use these to determine the roles of each node in the knowledge network [ 20 ]. Fig 9.

illustrates the distribution of each applicant in the knowledge network. As summarized in Table 11 , the three classified applicant groups play different roles in the knowledge network of the wound-healing industry.

Group 1 has a high outdegree and indegree, and plays a keystone role in network. Group 2 has a relatively higher outdegree compared to the indegree, and it plays the role of distributing the knowledge.

Coloplast AS and Molnlycke Health Care AB were the main firms in Group 2. Finally, Group 3 has a relatively higher indegree compared to the outdegree, and it plays the role of receiving pure knowledge.

Bristol-Myers Squibb Company, Ethicon, and Tyco Healthcare were the main firms in Group 3. The worldwide increase in the number of patients diagnosed with chronic wounds is driving the extensive development of wound-healing technologies tailored for particular wound conditions.

In this paper, we used STM and co-topic network analyses to examine this technological trend by focusing on different groups of related patent applicants: firms, universities, research institutes, and individuals. The STM analysis identified 9 topics related to wound-healing technologies.

For firms, the most popular topic was Film for dressing. The patent applications from universities and research institutes were related primarily to Antibacterial material including chitosan or collagen.

Traditional Chinese medicine was the major topic of interest to individuals. Traditional Chinese medicine was a popular topic whose frequency of occurrence increased for all groups. The patterns of the other topics were less consistent and differed from group to group.

It is important to establish the flow between various institutions of knowledge related to wound-healing technology when planning investment strategies and technology polices. Therefore, we used the citation network to examine this knowledge flow, and we identified the role of each institution using k-means clustering.

We confirmed that the extent of the knowledge flow for each topic area varied considerably. Negative-pressure wound therapy and film for dressing were the active topics in relation to patent citations, whereas antibacterial material including chitosan or collagen , topical treatment using pharmacological agent , and growth factor generated very few citations.

Our k-means clustering identified each group according to its role in the network and showed that only a few firms are knowledge keystones.

Furthermore, the results determined specific institutions that are efficient for spreading knowledge related to wound-healing technology with respect to patents.

This information can contribute to the planning of investment strategies and technology policies that are related to wound-healing. For example, KCI is highly efficient for spreading the knowledge and for investing because it is a knowledge keystone in the citation network.

In our study, we examined the knowledge flows between the applicants and the trends of wound-healing technologies with respect to patents.

However, we could not confirm that such patents were used for the commercialization of products. Therefore, which patents related to wound-healing technology are used for what kinds of products need to be searched and analyzed.

Furthermore, firms can adopt a strategy that divides patents into these categories for preventing copying technologies and commercialization of products.

For instance, KCI adopted the strategy of mono-product; therefore, they must have maintained many patents to prevent copying technologies related to mono-product. Similarly, what patent strategies are adopted by firms in the wound-healing industry need to be analyzed. These will be a part of future work.

This work was supported by the National Research Foundation of Korea NRF grant funded by the Korea government MSIP R1A2A1A Conceptualization: SYS JHG. Data curation: JHG. Formal analysis: SYS JHG. Funding acquisition: SYS. Investigation: JHG. Methodology: SYS JHG.

Project administration: SYS. Resources: SYS. Software: JHG. Supervision: SYS. Validation: SYS. Visualization: JHG. Writing — original draft: SYS JHG. Browse Subject Areas? Click through the PLOS taxonomy to find articles in your field.

Article Authors Metrics Comments Media Coverage Reader Comments Figures. Abstract Background Recently, the need for rapid wound-healing has significantly increased because of the increasing number of patients who are diagnosed with diabetes and obesity.

Methodology We analyzed the trends considering four different groups of patent applicants: firms, universities, research institutes, and individuals using a structural topic model. Conclusions Our results showed the organizations that are leading each area of wound-healing technology.

A brief review of wound-healing technologies There has been a gradual improvement in the wound-dressing technologies considering the diverse wound conditions in existence, and several studies have reviewed these technologies [ 7 , 22 ].

Wound-healing patent data We obtained patent data regarding wound-healing technologies from the WISDOMAIN. Download: PPT. Time series showing number of patent applications received by trademark offices.

Table 2. Nationalities of applicants to patent and trademark office. Table 8. Number of applied patents classified into more than one topic. Fig 4. Trends of wound-healing technologies for research institutes.

Table Few top applicants for each topic and the number of patents applied for by applicants. Citation analysis and knowledge flow We conducted a social network analysis SNA to analyze the knowledge flow among some applicants of wound-healing patents. Classifications of each applicant according to their roles.

Discussion The worldwide increase in the number of patients diagnosed with chronic wounds is driving the extensive development of wound-healing technologies tailored for particular wound conditions. Acknowledgments This work was supported by the National Research Foundation of Korea NRF grant funded by the Korea government MSIP R1A2A1A Author Contributions Conceptualization: SYS JHG.

References 1. VisionGain Advanced wound care: world market prospects — Sen CK, Gordillo GM, Roy S, Kirsner R, Lambert L, Hunt TK. Human skin wounds: a major and snowballing threat to public health and the economy. Wound Repair and Regeneration, , Richmond NA, Lamel SA, Davidson JM, Martins-Green M, Sen CK, Tomic-Canic M.

Chu YJ, Li XW, Wang PH, Xu J, Sun HJ, Ding M. Clinical outcomes of toe amputation in patients with type 2 diabetes in Tianjin, China. International Wound Journal, View Article Google Scholar 5.

Sasanka CS. Venous ulcers of the lower limb: Where do we stand?. Indian Journal of Plastic Surgery, , Clerici G, Faglia E. Facebook Linkedin Mail Twitter Youtube. Home Latest News Features Venous News Profiles Videos Events Supplements Past Issues Subscriptions.

Vascular News. Latest News. RELATED ARTICLES MORE FROM AUTHOR. Vascular News — November US Edition. Vascular News — November Obituary: Roger M Greenhalgh 6th February — 6th October LEAVE A REPLY Cancel reply.

Please enter your comment! Scissors should be cleaned with an alcohol or disinfectant wipe before and after use. See also RCH Procedure Skin and surgical antisepsis. Standard or surgical aseptic technique is used as per the RCH Procedure Aseptic Technique.

Select personal protective equipment PPE where appropriate. Outlined in the Procedures: Standard Precautions and Transmission based precautions. Debridement is the removal of dressing residue, visible contaminants, non-viable tissue, slough or debris. Debridement can be enzymatic using cleansing solutions , autolytic using dressings or surgical.

Determining when debridement is needed takes practice. For complex wounds any new need for debridement must be discussed with the treating medical team. It is important to select a dressing that is suitable for the wound, goals of wound management, the patient and the environment.

Dressings that have direct contact with the wound and have the ability to change the wound e. Should only be used for weeks. Needs to be bigger than the wound as it will shrink in size. For best results change frequently more than once daily.

Stop using when wound is granulating or epithelising. It is an expectation that all aspects of wound care, including assessment, treatment and management plans are documented clearly and comprehensively. Documentation of wound assessment and management is completed in the EMR under the Flowsheet activity utilising the LDA tab or Avatar activity , on the Rover device, hub, or planned for in the Orders tab.

For more information follow the Parkville EMR Nursing — Documenting Wound Assessments phs. Clinical images are a valuable assessment tool that should be utilised to track the progress of wound management.

See Clinical Images- Photography Videography Audio Recordings policy for more information regarding collection of clinical images. Wound management follow up should be arranged with families prior to discharge e. Hospital in the Home, Specialist Clinics or GP follow up. The evidence table for this guideline can be viewed here.

Please remember to read the disclaimer. The revision of this clinical guideline was coordinated by Mica Schneider, RN, Platypus.

Aound wound is a disruption to the Water weight reduction habits of woumd skin Successful wound healing leaves the body vulnerable to pain and infection. Poorly Successful wound healing wounds are one of the leading causes of increased morbidity and extended hospital stays. Therefore, wound assessment and management is fundamental to providing nursing care to the paediatric population. The guideline aims to provide information to assess and manage a wound in paediatric patients. Ongoing multidisciplinary assessment, clinical decision-making, intervention, and documentation must occur to facilitate optimal wound healing. Successful wound healing

Author: Doumuro

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