Issue 3 / 2024
Inner covers
Article: Discussion on key issues of carbon footprint quantification of silk products
Authors: LIU CAN, LI QIZHENG, LIU SHUYI, LI XIN, ZHANG YING, WANG LAILI
Pages: 251–258
DOI: 10.35530/IT.075.03.202345
Published online: June 2024
Abstract
In this study, to accurately calculate the carbon footprint of silk products, key issues were analysed and discussed,
including accounting boundary, accounting data, sequestration of greenhouse gases (GHG) and calculation of results.
The results support the feasibility of "cradle to gate" or "gate to gate" as the accounting boundary for the carbon footprint
of silk products. Accordingly, the quality of accounting data may be improved by determining the key emission sources
of GHG within the accounting boundary, selecting the appropriate data allocation methods and maintaining the
consistency of the allocation methods within the accounting boundary when necessary. The GHG sequestration of silk
is explained separately in the results, which report on the carbon footprint of silk products. The carbon-neutral actions
taken by silk enterprises are also discussed and quantified in the results of the carbon footprint calculation. Ultimately,
it is found that a consistent accounting boundary and emission factors constitute two key prerequisites for the feasibility
of carbon footprint quantification of various silk products.
Keywords: silk products, carbon footprint, accounting boundary, carbon neutralization, allocation
Citation: Can, L., Qizheng, L., Shuyi, L., Xin, L., Ying, Z., Laili, W., Discussion on key issues of carbon footprint quantification of silk products, In: Industria Textila, 2024, 75, 3, 251–258, http://doi.org/10.35530/IT.075.03.202345
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Article: Development of nano ferrite coated miniaturised jute antenna for wireless applications
Authors: M. PANDIMADEVI, R. TAMILSELVI, M. PARISA BEHAM
Pages 259–266
DOI: 10.35530/IT.075.03.202358
Published online: June 2024
Abstract
In this work, a microstrip patch antenna is designed using a novel Ytterbium doped Cu-Mn Nano ferrite coated jute
substrate for S band (2-4 GHz) applications. The prepared material is characterised by structural and electromagnetic
properties to examine and analyse the effect of material factors on antenna substrate suitability. The antenna is
designed and simulated using Computer Simulation Technology (CST) software. The antenna parameters such as gain
are improved by employing super formula and meander line techniques. The fabricated antenna also shows better
performance with return loss, Voltage Standing Wave Ratio (VSWR) and gain values.
Keywords: coating, composites, technical textiles, textile, thermal conductivity
Citation: Pandimadevi, M., Tamilselvi, R., Parisa Beham, M., Development of nano ferrite coated miniaturised jute antenna for wireless applications, In: Industria Textila, 2024, 75, 3, 259–266, http://doi.org/10.35530/IT.075.03.202358
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Article: Multimodal perception of digital protective materials
Authors: VICTORIA BOCANCEA, IRINA ELENA MARIN, CARMEN MARIA LOGHIN
Pages 267–274
DOI: 10.35530/IT.075.03.202378
Published online: June 2024
Abstract
The online clothing industry has gained popularity among consumers, and the perception of materials and equipment
plays a crucial role in their purchasing decisions. Therefore, accurately representing their appearance in real-time is
essential. This study aimed to subjectively evaluate 20 protective textile materials by translating their tactile
characteristics into virtual prototypes. This was accomplished by scanning physical materials with an x-Tex scanner and
processing them in KeyShot rendering software. Consequently, four scenarios featuring digital materials were created:
S1-image, S2-video animation, S3-3D object, and S4-physical materials. Digital visual subjective evaluations were
conducted for sensory analysis. Participants were asked to assess four visual and seven tactile characteristics using a
seven-point Likert scale. Statistical analysis was employed to evaluate the sensory data collected through subjective
testing. The results indicated that agreement values for the four scenarios ranged from 1.25 to 7.0, as illustrated in
boxplot diagrams representing the subjects' agreement with the perceptual attributes.
Pairwise comparisons of the S4-S1, S4-S2, and S4-S3 scenarios concerning the difference in means revealed that
attributes FR with values of 0.045 (S1), RM with values of 0.063 (S1), CR with values of 0.028 (S1), CR with values of
0.039 (S2), and 0.052 (S3) are closely aligned with the actual values, as the values obtained from these scenarios
closely approximate 0. In contrast, the values of the remaining attributes were close to 1, indicating the difficulty of
translating these attributes into digital format and achieving accurate perception. Assessing textile material properties
through digital images remains a challenging task that requires in-depth subjective analysis.
Keywords: scanning, digitization, rendering, subjective perception, tactile attributes, visual attributes
Citation: Bocancea, V., Marin, I.E., Loghin, C.M., Multimodal perception of digital protective materials, In: Industria Textila, 2024, 75, 3, 267–274, http://doi.org/10.35530/IT.075.03.202378
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Article: Green HRM practices in textile sector of Pakistan and its impact on green innovation and environmental sustainability
Authors: MUHAMMAD AWAIS-E-YAZDAN, MUHAMMAD SHAHZAD IQBAL, MUDASSAR MUSHTAQ, RAMONA BIRAU, VIRGIL POPESCU, PETRE VALERIU NINULESCU
Pages 275–282
DOI: 10.35530/IT.075.03.202383
Published online: June 2024
Abstract
The issue of Environmental sustainability is getting more attention from academia over the last few years. Green Human
Resource Management Practices (GHRM) are important in every aspect of environmental sustainability. This research
study examines the impact of Green Human Resource Management Practices on environmental sustainability through
the mediating role of green innovation in the textile sector of Pakistan. This study is quantitative in nature, and data was
collected through a survey questionnaire. The data was analysed with the help of SPSS and Smart PLS. The findings
indicate that GHRM practices significantly contribute to green innovations. Green innovations such as green product
innovation and green process innovation significantly contribute to environmental sustainability.
Keywords: green human resource management, green product innovation, green industry innovation, green process innovation, environmental sustainability
Citation: Awais-E-Yazdan, M., Iqbal, M.S., Mushtaq, M., Birau, R., Popescu, V., Ninulescu, P.V., Green HRM practices in textile sector of Pakistan and its impact on green innovation and environmental sustainability, In: Industria Textila, 2024, 75, 3, 275–282, http://doi.org/10.35530/IT.075.03.202383
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Article: A new approach for predicting seam strength
Authors: MOUNIR JAOUADI, SLAH MSAHLI, HANEN JEDDA
Pages 283–288
DOI: 10.35530/IT.075.03.202212
Published online: June 2024
Abstract
Owing to a high amount of stress, seam failure in workwear fabrics makes the fabric unsuitable although the fabric
strength is high. It is therefore important to predict the seam strength to ascertain the performance of the garments
during use and determine the required thread strength to match the required seam strength. An assembly is composed
of a sewing thread and a fabric. The thread forming the seam undergoes several stresses during its passage from the
sewing machine to the formation of the loop and when wearing the garment: these are mechanical stresses. Therefore,
it is necessary to evaluate the strength of the seam. But, in the bibliography, most researchers have studied the strength
of the seam concerning a single type of stitch. This work aimed to examine the seam's strength from the resistance to
the loop of the thread for all types of stitches. In all of the earlier predictive equations, seam strength is predicted from
thread loop strength with some multiplicative factors. The thread loop strength is measured without considering the stitch
type. During the sewing process, threads loop differently from one stitch to another, therefore, the standard thread loop
strength becomes unfit to predict the seam strength. In this paper, the effects of loop thread length and configuration are
studied on thread loop strength and seam strength. The seam strengths predicted from the loop strength before and
after considering the new loop configurations and the real seam strength are compared. So, new clamps for loop
strength are configured and carried out. It is observed that there is a closer match between experimental and predicted
seam strength with new loop configurations. The loop configuration has a significant effect on the thread loop strength
and improves the accuracy of seam-strength prediction.
Keywords: sewing thread, thread loop strength, seam strength, loop configuration, loop strength clamps
Citation: Jaouadi, M., Msahli, S., Jedda, H., A new approach for predicting seam strength, In: Industria Textila, 2024, 75, 3, 283–288, http://doi.org/10.35530/IT.075.03.202212
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Article: Application of Kansei engineering in the innovative design of traditional fashion elements
Authors: ZHONGHUA JIANG, JING GAN, YAN HONG, BO WU
Pages 289–301
DOI: 10.35530/IT.075.03.202370
Published online: June 2024
Abstract
Kansei engineering can quickly establish the relationship between human emotion and product composition, and it is
expected to be an important method for design evaluation. This paper investigates the application of Yungang Grottoes
Bodhisattva necklaces to modern attire, specifically the cheongsam, with a focus on the Kansei Engineering-based
design approach. The study introduces sensory evaluation to analyse the suitability of various types of Yungang
Grottoes Bodhisattva necklaces in cheongsam designs and the sensual style of high-fit cheongsam designs. Two
experiments were conducted, with Experiment 1 assessing the suitability of Yungang Grottoes Bodhisattva necklaces
on different traditional cheongsam, and Experiment 2 examining the overall style of cheongsam designs when combined
with Yungang Grottoes Bodhisattva necklace designs. Fuzzy logic was employed in Experiment 1 to evaluate the
suitability of each necklace element, while Experiment 2 incorporated sensory evaluation to determine the sensual style
of high-fit cheongsam designs, assessed through subjective ratings by 50 industry experts and 50 evaluators (women
aged 18 to 35). The investigation utilized standard procedures for subjective evaluation experiments, resulting in the
determination of the suitability of three mainstream cheongsam designs with 24 Yungang Grottoes Bodhisattva
necklaces, as well as the identification of high-fit cheongsam sensual styles. The paper concludes by providing
recommendations for the design of Yungang Grottoes Bodhisattva necklaces on the cheongsam, utilizing the relative
weight values of cheongsam designs as guidance for future applications. This research contributes to understanding the
integration of cultural artefacts in contemporary fashion, offering insights into design considerations and potential
enhancements of the cheongsam through the incorporation of Yungang Grottoes Bodhisattva necklaces.
Keywords: Yungang Grottoes, Bodhisattva necklace, cheongsam design, sensory evaluation
Citation: Jiang, Z., Gan, J., Hong, Y., Wu, B., Application of Kansei engineering in the innovative design of traditional fashion elements, In: Industria Textila, 2024, 75, 3, 289–301, http://doi.org/10.35530/IT.075.03.202370
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Article: Thermal transfer analysis of machines used for the treatment of textile materials
Authors: MARIUS DARIUS ȘUTEU, RAREȘ PANCU, TIBERIU VESSELENYI, GABRIELLA BOHM, LILIANA DOBLE
Pages 302–309
DOI: 10.35530/IT.075.03.202352
Published online: June 2024
Abstract
The present paper aims to introduce a comprehensive thermal analysis of the sizing-finishing machine (Squeezing
Pader Machine) to identify the overheating areas to organise maintenance activities. As there is no universal application
for checking the condition of a machine, specific methods must be used depending on the characteristics of the
machines being monitored, as machine condition monitoring is very important in terms of productivity, economic benefits
and maintenance. The thermal analysis of the equipment in this work paper, has an important role (for planning
maintenance activities), because this machine ensures optimal loading with different material treatment solutions,
intended for mattresses, according to customer requirements. In the present paper, the authors conducted research on
the whole technological flow to plan predictive maintenance activities using online monitoring methods. The
mathematical modelling of the data obtained from the thermal analysis of the engines carried out based on the
polynomial regression is used to predict the evolution of the temperatures along the analysed lines outside the
measurement interval for each engine analysed. In this sense, the authors propose online monitoring of the motors that
have the role of stretching and transporting the material, which is not included in the real-time temperature monitoring
in the machine software, as the rest of the motors are monitored. Regular monitoring of motors with the help of
thermography can help identify potential problems before they become serious, allowing preventive maintenance to
improve the equipment’s reliability and efficiency.
Keywords: maintenance, thermal imaging, FLIR SC 640, FLIR RESEARCH IR MAX 4.40 Software
Citation: Șuteu, M.D., Pancu, R., Vesselenyi, T., Bohm, G., Doble, L., Thermal transfer analysis of machines used for the treatment of textile materials, In: Industria Textila, 2024, 75, 3, 302–309, http://doi.org/10.35530/IT.075.03.202352
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Article: Decoding the shoes of Terracotta Warriors: in terms of restoration technology and functional performance
Authors: CHA NA, ZHOU JIN
Pages 310–318
DOI: 10.35530/IT.075.03.202391
Published online: June 2024
Abstract
The shoes of the Terracotta Warriors hold significant historical and cultural value as an important legacy of ancient
Chinese shoemaking craftsmanship. However, there is a dearth of research on terracotta shoes. Therefore, this study
aimed to restore the Terracotta Warrior’s shoes from the perspectives of clothing engineering and archaeology, and then
to assess the critical function of the restored shoes. Finally, we will explore why the soldiers of the Qin Dynasty (221–206
BC) were so successful in the military. In the restoration process, we utilized Augmented Reality ranging technology to
conduct field investigations in museums, obtaining the basic form of the shoe of the kneeling archer figurine No.05438,
and based on this, we studied its techniques and materials. Further, a quantitative analysis of the structural functionality
of the Qin Dynasty shoes was carried out. Results show that: (1) the shoe soles of the Terracotta Warriors were adorned
with neatly arranged circular patterns; the shoe sole was divided into three sections, with a ratio of 8:13:6 among the
three sections; (2) the production technique of the shoe sole was consistent with the Thousand-layer sole, and the
material used was red ramie; (3) we compared the replica shoes with two similar modern shoes and found that the
replica shoes not only exhibited excellent flexibility but also demonstrated better slip resistance in wet conditions.
Overall, we successfully reconstructed the shoe and evaluated its functionality using advanced archaeological
techniques. Our finding unveiled notable advantages in flexibility and slip resistance in the Terracotta Warrior’s shoes,
enhancing our understanding of ancient shoes. Additionally, this study also provides valuable practical experience and
methodology for archaeology in restoring ancient shoes.
Keywords: ergonomics, Qin Dynasty shoes, recovery technique, shoe material, shoe‘s flexibility, slip resistance
Citation: Na, C., Jin, Z., Decoding the shoes of Terracotta Warriors: in terms of restoration technology and functional performance, In: Industria Textila, 2024, 75, 3, 310–318, http://doi.org/10.35530/IT.075.03.202391
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Article: Selection of hand features based on Random Forest algorithm and hand shape recognition
Authors: XIN LI, XIAO-JUN DING, ZHOU-YAN PENG, XI-YAN LIN, FENG-YUAN ZOU
Pages 319–326
DOI: 10.35530/IT.075.03.202351
Published online: June 2024
Abstract
To obtain effective features applicable to hand morphology recognition, the method of obtaining effective feature
indicators based on the Random Forest (RF) algorithm to downscale hand morphology parameters is proposed. Firstly,
232 female university students collected three-dimensional hand information, constructed auxiliary point, line, and
surface standardised measurement methods, obtained 33 characteristic parts of human dimensions, and used k-means
clustering for hand morphology subdivision. Hand morphology can be divided into three categories: short, slender and
broad. The RF algorithm is used for feature index importance assessment and hand shape recognition model. The
accuracy of the feature metrics determined by the RF algorithm, PCA, and VC method applied to hand shape recognition
is compared and analysed to verify the effectiveness of the dimensionality reduction of the RF algorithm. The results
showed that the feature indexes used for hand shape recognition were five items: hand length, thickness at the
metacarpal, thenar width, the distance between the thumb and index finger, and distance from the root of the little finger
to the centre of the wrist. Using the RF algorithm to reduce the dimensionality is more effective; the average recognition
accuracy of the four hand shape recognition models is 93.78% on average, compared with PCA and VC reduction
methods, the average accuracy of hand shape recognition models is increased by 19.17%, and 14.86% respectively.
The study's results can provide methodological references for the objective selection of characteristic indicators and
morphological recognition of human body parts.
Keywords: 3D scanning, hand shape classification, Random Forest algorithm, feature selection, hand shape recognition
Citation: Li, X., Ding, X.-J., Peng, Z.-Y., Lin, X.-Y., Zou, F.-Y., Selection of hand features based on Random Forest algorithm and hand shape recognition, In: Industria Textila, 2024, 75, 3, 319–326, http://doi.org/10.35530/IT.075.03.202351
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Article: Application of Sodium silicate as a halogen-free flame-retardant and evaluate its effectiveness on the flame-retardancy of Polypropylene fabric
Authors: MAZYAR AHRARI, ERTUGRUL ERKOC, Y. DILEK KUT
Pages 327–337
DOI: 10.35530/IT.075.03.202377
Published online: June 2024
Abstract
A halogen-free flame-retardant was synthesized using Silica gel and Sodium hydroxide within the scope of the study.
The Polypropylene (PP) fabric was treated with the synthesized Sodium Silicate to investigate its thermal behaviour. The
limiting oxygen index (LOI) value of the Polypropylene fabrics dramatically increased after finishing with Sodium silicate
and the 50.4% noteworthy LOI value was achieved. The Sodium silicate-treated PP fabrics exhibited a 30.1% LOI value
even after washing, compared to the neat PP LOI value which was reported to be 16.4%. The surface modification of
the Polypropylene fabric following the plasma treatment was evaluated by elemental mapping, surface topography
images, and contact angle measurements and the homogeneity of the Sodium silicate coating was evaluated by
Scanning electron microscopy.
Keywords: flame-retardancy, intumescence, modification, polyolefins, poly(propylene) (PP)
Citation: Ahrari, M., Erkoc, E., Kut, Y.D., Application of Sodium silicate as a halogen-free flame-retardant and evaluate its effectiveness on the flame-retardancy of Polypropylene fabric, In: Industria Textila, 2024, 75, 3, 327–337, http://doi.org/10.35530/IT.075.03.202377
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Article: Unravelling the critical success factors for resilient supply chains – insights from the textile industry of Pakistan
Authors: MEHREEN KAUSAR AZAM, SYED MEHMOOD HASAN, SHEHERYAR MOHSIN QURESHI
Pages 338–346
DOI: 10.35530/IT.075.03.202373
Published online: June 2024
Abstract
This study focuses on developing a theoretical framework for the Resilient Supply Chain for analysing the various types
of resilience and the role-play of different managerial levels in developing them effectively. Data is collected from the
textile sector of Pakistan with the aid of semi-structured interviews, which were done with employees from different
managerial levels. Analytical Hierarchy Process (AHP) was used to define the importance of the multiple Critical
Success Factors (CSFs) which were derived from an extensive literature review. The identified CSFs are categorized
into Ecological, Engineering, Evolutionary, and Technological resilience. The weight of each criterion and their causeeffect
relationships are determined. The findings reveal that the Use of Modern Technology holds the highest weightage
at 24.1%, followed by the Development of Effective SCM Strategy (14.6%) and Reliable Supplier Development (9.6%).
Additionally, the study establishes connections between the CSFs and different managerial levels (Tactical, Strategic,
and Operational), facilitating employee understanding of their roles in mitigating disruptions and fostering resilient supply
chains. Overall, this research offers a comprehensive framework for enhancing Textile Supply Chain resilience,
providing practical insights for improving operational performance and addressing industry challenges.
Keywords: supply chain resilience, Critical Success Factors, textile industry, Analytical Hierarchical Process (AHP)
Citation: Azam, M.K., Hasan, S.M., Qureshi, S.M., Unravelling the critical success factors for resilient supply chains – insights from the textile industry of Pakistan, In: Industria Textila, 2024, 75, 3, 338–346, http://doi.org/10.35530/IT.075.03.202373
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Article: Does social compliance affect the remaining safety culture in supply chains? Framework in the textile industry
Authors: SERTAÇ TEMUR, BÜLENT MERTOĞLU
Pages 347–358
DOI: 10.35530/IT.075.03.202365
Published online: June 2024
Abstract
Social Compliance audits aim to ensure a safe and healthy working environment, focusing on child labour, occupational
health, safety, and discrimination. Safety culture, encompassing attitudes and behaviours promoting workplace safety
from top management to employees, is of paramount importance. This study examines the impact of social compliance
audits on safety culture in three textile factories located in different provinces of Türkiye, selected based on audit
effectiveness. Questionnaires were administered to 280 participants, and path analysis using SPSS v28 and SPSS
Amos v26 programs was conducted. The analysis reveals that social compliance significantly influences safety culture
through factors such as safety climate, performance, risk awareness, and fatalism. Audited factories demonstrate a
strong alignment with safety culture compared to non-audited ones, with safety performance being the most influential
aspect. Positive relationships between safety climate and performance are observed across all three factories.
In conclusion, this study highlights the responsibility of factory management for employee health, safety, social rights,
and quality of life. It emphasizes the positive impact of proactively fulfilling compliance measures on both employees
and the company. The authors suggest that making social compliance audits mandatory across various sectors, not just
textiles, could enhance product quality and employee satisfaction. Further research is needed to explore the significance
of these audits on management and employee performance.
Keywords: safety culture, social compliance, safety management, path analysis, textile
Citation: Temur, S., Mertoğlu, B., Does social compliance affect the remaining safety culture in supply chains? Framework in the textile industry, In: Industria Textila, 2024, 75, 3, 347–358, http://doi.org/10.35530/IT.075.03.202365
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Article: The influence mechanism of digital technology empowering green innovation of textile firms: a knowledge search perspective
Authors: XIUFAN ZHANG, ZHONGJU LIAO
Pages 359–367
DOI: 10.35530/IT.075.03.202380
Published online: June 2024
Abstract
Digital technology is a vital engine for the green innovation of textile firms. In recent years, knowledge search through
digital platforms has allowed for obtaining richer knowledge information. Using a data engine for data mining can
improve the efficiency of firm knowledge retrieval. Considering these factors, this paper collects data from 226 textile
firms and uses multiple regression analysis methods to analyse the impact mechanism and path of digital technology
empowering textile firms’ green innovation. The study found that digital technology has a positive impact on the green
innovation of textile firms through the mediating role of knowledge search. Environmental dynamism positively
moderates the relationship between digital technology and green innovation of textile firms. Based on this, the
management enlightenment of textile firms using digital technology to realize knowledge search and promote green
innovation is put forward.
Keywords: digital technology, textile firms, green innovation, knowledge search
Citation: Zhang, X., Liao, Z., The influence mechanism of digital technology empowering green innovation of textile firms: a knowledge search perspective, In: Industria Textila, 2024, 75, 3, 359–367, http://doi.org/10.35530/IT.075.03.202380
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Article: Examining the nexus between cotton and kapas of MCX market on stock prices of textile industry in India using ARDL model
Authors: BHARAT KUMAR MEHER, ABHISHEK ANAND, RAMONA BIRAU, SANTOSH KUMAR, IULIANA CARMEN BĂRBĂCIORU, LUCIA PALIU-POPA, DANIEL FRANK
Pages 368–380
DOI: 10.35530/IT.075.03.202387
Published online: June 2024
Abstract
This research study makes efforts to find the correlation between the prices of commodities in MCX and the prices of
stocks by considering the textile companies and allied commodities in the commodities market. The study examined
whether the price of cotton and kapas in the commodities market i.e., Multi Commodity Exchange (MCX), might have
an effect on the stock prices of textile companies in India using the ARDL Model. The secondary data related to cotton
and kapas prices are downloaded from the MCX website. Similarly, the data related to the closing prices of stocks of
India's top five textile companies based on market capitalization, are downloaded from the website of Kotak Securities.
All the ARDL models for the short run are considered as too weak as the coefficient of determination and adjusted
R-squared are too low.
Keywords: Autoregressive Distributed Lags (ARDL), MCX, textile industry, cotton, kapas
Citation: Meher, B.K., Anand, A., Birau, R., Kumar, S., Bărbăcioru, I.C., Paliu-Popa, L., Frank, D., Examining the nexus between cotton and kapas of MCX market on stock prices of textile industry in India using ARDL model, In: Industria Textila, 2024, 75, 3, 368–380, http://doi.org/10.35530/IT.075.03.202387
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Article: Application of negative wound pressure therapy to skin grafts after coverage of uncertain granular sites: a case series
Authors: BOGDAN-MIRCEA MACIUCEANU-ZARNESCU, MIHAI PANA, ALEXANDRU SCAFA-UDRISTE, SABINA GRAMA, ALEXANDRA GABRIELA ENE, ANA CHIMIREL, ALINA FLORENTINA VLADU, ALEXANDRU CHIOTOROIU
Pages 381–386
DOI: 10.35530/IT.075.03.202449
Published online: June 2024
Abstract
The split thickness skin graft (STSG) is one of the most popular tools used in reconstructive surgery. Developed for the
first time by Olier in 1872, with perpetually improving techniques, this graft has since facilitated the reconstruction of skin
defects. Negative wound pressure therapy (NPWT) is a therapeutic procedure that has been widely used for decades;
it stabilizes the wound environment, improves tissue perfusion by stimulating granulation and angiogenesis, and
reduces bacterial load and, consequently, wound edema. This case series of 3 patients aimed to show the advantages
of applying NPWT over STSGs after the coverage of uncertain granular sites. The intake rate was 95% on average, with
rapid wound healing, no hematoma formation, no need for regrafting, and no pain or signs of infection.
Keywords: split thickness skin graft, negative wound pressure therapy, uncertain granular sites
Citation: Maciuceanu-Zarnescu, B.-M., Pana, M., Scafa-Udriste, A., Grama, S., Ene, A.G., Chimirel, A., Vladu, A.F., Chiotoroiu, A., Application of negative wound pressure therapy to skin grafts after coverage of uncertain granular sites: a case series, In: Industria Textila, 2024, 75, 3, 381–386, http://doi.org/10.35530/IT.075.03.202449
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