Cellular technologies in the treatment of scalded patients

Literature review

https://doi.org/10.53730/ijhs.v6nS8.13303

Authors

  • Ten Dmitriy Olegovich Fergana Medical Institute of Public Health, Ferghana, Uzbekistan

Keywords:

wound dressings, cellular technologies, thermal burns, skin substitutes, biotechnology

Abstract

Over the past decades, new methods of treating burn wounds based on biotechnology have appeared. The review presents the main materials for the treatment of burns, which were created using tissue engineering - biological wound dressings and skin substitutes.

Downloads

Download data is not yet available.

References

Abugaliev K.R. (2015). Surgical treatment of deep burns using the developed xenogenic wound dressing [Text] / K.R. Abugaliev, M.K. Akkanov // Mat. scientific-practical. conf. "Actual issues of treatment of thermal injury." - Yakutsk, - S. 13-15.

Akopyan S. R. (2006). Early necrectomy with simultaneous skin plasty in the treatment of deep burns [Text] / S. R. Akopyan // Ambulance: Ros. scientific-pract. magazine -SPb., -T. 7, № 3. - P. 139-140.

Aleinik D.Ya. (2015). Development and experimental use of cell-tissue complexes for the treatment of skin defects [Text] / D.Ya. Aleinik, K.V. Kulakova // Mat. scientific-practical. conf. "Topical issues treatment of thermal injury." - Yakutsk, P. 25-27.

Alekseev A. A. (2009). Ultrasonic treatment of burn wounds: method. Development of FGU [Text] / A. A. Alekseev, A. E. Bobrovnikov, M. G. Krutikov. -M. : in-t surgeon. them. A. V. Vishnevsky Rosmedtekhnologii, P.19.

Alekseev A.A. (2010). Influence of transplantation of allofibroblasts on the wound process and its outcomes in burned patients [Text] / A.A. Alekseev, N.N. Fistal. D.P. Podurets // Cellular technologies in biology and medicine. - - №1.- P. 36-39.

Alekseev A.A. (2012). Comprehensive treatment of deep burns based on the use of surgical necrectomy and modern biotechnological methods [Text] / A.A. Alekseev, K.3. Salakhiddinov, B.K. Gavrilyuk // Annals of Surgery. - №6. - P. 41-45.

Alekseev A.A. (2015). Sepsis markers in the diagnosis of adaptive inflammation in burn injury [Text] / A.A. Alekseev, T.A. Ushakova, M.G. Krutikov // Treatment and prevention. - -№2(14). - P. 84-91.

Almazov I.A. (2015). Dermabrasion in combustiology [Text] / I.A. Almazov, E.V. Zinoviev // Mat. scientific-practical. conf. "Actual issues of treatment of thermal injury" - Yakutsk, - P. 27-29.

Ankin L.N. (2004). Polytrauma (Organizational, tactical and methodological problems) [Text] / L.N. Ankin. -M.: "MEDpress - inform", - P. 173.

Aoki S. (2004). Bone marrow stromal cells, preadipocytes and dermal fibroblasts promote epidermal regeneration in their distinctive fashions [Text] / S. Aoki, S. Toda, T. Ando // Mol. Biol. cell. - Vol. 15. - P. 4647-4657.

Atiyeh B. (2005). New technologies for burn wound closure and healing— review of the literature [Text]/ B. Altiyeh, S.N. Hayek // Burns. - Vol.31, - №8. - P. 944-956.

Barinov E.F. (2003). Architectonics of intercytokine relationships in the treatment of deep skin burns [Text] / E.F. Barinov, A.E. Barinov // Bukovinian honey. Bulletin-Vol.7, № 1.- P. 118-123.

Berezenko E. A. (2007). Parameters of hemostasis and peroxidation in patients with deep burns [Text] / E. A. Berezenko, K. A. Voloshchenko, S. R. Akopyan // Mat. intl. Conf.: "New in plastic surgery and cosmetology".- SPb. P.16.

Bigunyak V.V. (2004). Thermal lesions [Text] / V.V. Bigunyak, N.E. Povstyanoy. - Ternopil.: Ukrmedkniga, - P.196.

Bigunyak V.V. (2007). The use of a combined genetically heterogeneous substrate in surgical dermoplasty [Text] / V.V. Bigunyak, V.V. Demyanenko, N.O. Vartanyan // Hospital surgery. №2. - P.52-55.

Bobrovnikov, A. E. (2008). New technologies for surgical treatment of burn victims [Text] / A. E. Bobrovnikov, A. B. Akimenko, S. A. Tusinova // Sat. scientific tr. II Congress of Combustiologists of Russia. - M., - P. 215-216.

Bogdanov S.B. (2016). Treatment of borderline burns of extremities at the present stage [Text] / S.B. Bogdanov, O.N. Afaunova //Innovative medicine of Kuban. - № 2. - P. 22-26.

Bottcher-Haberzeth S. (2010). Tissue engineering of skin [Text] / S. Bottcher Haberzeth, T. Biedermann, E. Reichmann // Burns. -Vol.36, №4.- P. 450-460.

Bowe S. T. (2018). Tissue engineering of skin and regencrative medicine for wound care [Text]/ S. T. Boyce, A. L. Lalley, and Burns Trauma. - -Vol. 24, №6. - P:4-6. doi: 10.1186/541038-017-0103.

Branski L.K. (2008). Amnion in the treatment of pediatric partial-thickness facial burns [Teext] / L.K. Branski, D.N. Herndon, M.M. Celis/Burns. - Vol.34, №3.- P. 393-399.

Burd A. (2002). Allogenic skin: transplant or dressing? [Text] / A. Burd, R.K. Lam // Burns.- Vol.28, - №3. - P. 358-366

Cell transplantation suppresses the inflammatory response and stimulates reparative processes in the burn wound [Text] / M.F. Rasulov [and 270 others] // Bulletin of Experimental Biology and Medicine. - 2006. - №142, - Vol.1. - P. 112-115.

Dantez E. (2007). Surgical treatment of severe burn with the VAC system and integra [Text]/ E. Dantez, E. Meaudre, P. Goutorbe // Abstracts of 12 th Congress of the European Burns Association: Budapest, .-P. 16.

Dmitriev G.I. (2008). Modern ideas about periodization and severity of burn disease [Text] / G.I. Dmitriev, A.V. Vorobyov, S.P. Peretyagin // I Congress of Combustiologists of Russia: Sat. scientific works. -M., - P.17-19.

Dynamics of endogenous intoxication in patients with extensive burns [Text] / S.B. Matveev (2013) [et al.] / Clinical laboratory diagnostics. - №2. - P. 10-12.

Fistal EI. (2003). The first experience of using cultured autofibroblasts in victims with deep burns [Text] E.Ya. Fistal, A.G. Popandopulo, O.M. Korchak // Transplantology. – Vol. 4. - №l. - P. 193-194.

Fu. X. (2009). Mesenchymal stem cells and skin wound repair and regeneration: possibilities and questions [Text]/ X. Fu, H. Li // Cell Tissue Res.-- Vol.335, -№2.-P. 317-321.

Gilevich I.V. (2017). Achievements of cell therapy in combustiology [Text] / I.V. Gilevich, G.V. Fedlorenko, E.A. Kolomiytseva // Innovative Medicine of Kuban. - Vol.6, - №2. - P. 6-14.

Grebenyuk A.N. (2008). Providing emergency medical care to victims of fires [Text] / A.N. Grebenyuk, V.A. Barinov, V.A. Basharin // Disaster Medicine. - №2. - P. 14-17.

Grigoryeva T.G. (2012). Clinical efficacy of embryonic cell transplantation in the treatment of subdermal burns and donor wounds in hard-burned [Text] / T. G. Grigorieva, Yu. O. Petrenko // Scientific Bulletin of Uzhgorod University series "Medicine". - № 27. - P. 93 - 99.

Gryazin A.E. (2004). Experimental substantiation of the use of skin cell cultures in early surgical treatment of burn wounds [Text] / A.E. Gryazin, E.B. Sigaev, E.V. Markelova // Problems of ecological and medical genetics and clinical immunology. .- Vol.9, № 62. - P. 339-347.

Gusak V.K. (2000). Immune competence of the skin as one of the mechanisms for the development of autoaggression in thermal injuries [Text] / V.K. Gusak, Yu.I. Nikolenko, E.Ya. Fistal / Bulletin of hygiene epidemiology. -- №4. - P. 256-261.

Gusak V.K. (2000). Assessment of the severity of endogenous intoxication and the choice and method of detoxification therapy for burned patients according to leukocytogram and biochemical monitoring [Text] / V.K. Gusak, E.Ya. Fistal, I.I. Speransky // Clinical laboratory diagnostics. - №10. - P. 36.

Haslik W. (2007). First experiences with the collagen-clastin matrix Matriderm as a dermal substitute in severe burn injuries of the hand [Text]/ W. Haslik, L.P. Kamolz // Burns.- -Vol.33. №3.-P.364-368.

Histioequivalent-bioplastic material of hyaluronic acid in surgery [Text] / ed. E.V. Zinoviev (2016). St. Petersburg: Own publishing house, - P. 206.

Kovalev A.S. (2008). Clinical evaluation of the effectiveness of the Breitman-Menzul moisture-saving dressing for the treatment of burns and wounds [Text] / A.S. Kovalev, V.A. Menzul, A.B. Shekhter // Medical Bulletin of the Ministry of Internal Affairs - №4. - P. 11-13.

Kovalevsky A. A. (2007). Modern principles of local treatment of burns [Text] / A.A. Kovalevsky.. A.N. Pyshenko // Clinical and fundamental aspects of critical conditions: conferences. -Omsk, - P. 63-66.

Lapotko V.P. (2001). Analysis of the causes of the way to reduce mortality in multifactorial thermal injury (thermotoxic injury) [Text] / [Lapotko V.P., Krichevsky A.L., Galeev I.K. [and etc.]. Kemerovo. : Method. center, - P. 35.

Ledovskoy S.N. (2008). Analysis of the clinical efficacy of the use of fetal and mature allogeneic diploid fibroblasts in the treatment borderline burns [Text] / S.N. Ledovskoy, Yu.E. Burda, V.A. Lazarenko // Successes of modern natural science. - №9. - P. 92-94.

Markelova E. V. (2012). Mesenchymal stem cells of the bone marrow, fibroblasts and autokeratinocytes in the treatment of post-burn wounds and rats [Text] / E. V. Markelova, T. G. Grigoryeva, E. A. Shcherelskaya / Experimental and Clinical Medicine. - № (54). - P. 30-35.

Medical and economic aspects of the treatment of severely burned [Text] / A.V. Vorobyov [and others] / Mat. II Congress of Combustiologists of Russia. - M., - 2008. - P. 15-16.

Morphofunctional allogeneic fibroblasts on the healing of burn wounds in white outbred mice and 72 Hrh/Hrer mutant mice [Text] / E.G. Kolokolchikova [et al.] // Cell technologies in biology and medicine. - 2011. - №4. - P. 222 - 229.

Nagaychuk V.I. (2005.). Biological method of treatment of deep burn wounds closed with mesh autodermal grafts with a perforation ratio of 1:4, 1:6 [Text] / V. I. Nagaychuk, N. D. Zheliba, V. A. Zelenko // Collection of scientific papers of the 1st Congress combustiologists of Russia. - Moscow, - P. 176-177.

of the consequences of thermal burns [Text] / A.B. Smolyaninov, A.S. Khrupin, Yu.V. Yurkevich, I.A. // Bulletin of the North-Western Medical University. I.I. Mechnikov. -Vol.5, - №4. - P. 7-12.

Ostrovsky N. V. (2007). Modern biotechnologies in the treatment of burn wounds [Text] / N. V. Ostrovsky, R. D. Bodun, A. B. Shipovskaya // Issues of reconstructive and plastic surgery (Tomsk: Tomsk State University). - №3-4. - P. 88-90.

Popandopulo A.G. (2005). The use of cultured fetal fibroblasts in the treatment of extensive burn wounds [Text] / A.G. Popandopulo, O.M. Korczak / Mat. XXI Congress of Surgeons of Ukraine. - Zaporozhye, - Vol.2. - P. 51-53.

Revenko E.B. (2004). Study of the possibility of biostimulation of healing and cryopreserved burn wounds with a suspension of freshly isolated mesenchymal embryonic cells [Text] / E.B. Revenko, A.Yu. Petrenko, E.I. Goncharuk I Problems of cryobiology. - № 4. - P. 34-40.

Saver S.A. (2006). The effect of several silver-containing wound dressings on fibroblast function in vitro using the collagen lattice contraction model [Text]) Sochrane, M. Walker, P. Bowler // Wounds.- Vol.18, - №2. - P. 29-34.

Smolyaninov A.B. (2013). The use of hydroxyethylcellulose as a carrier for allogeneic fibroblasts in the treatment

The value of the burn center of a multidisciplinary hospital in the provision of specialized medical care in emergency situations [Text] / S.V. Smirnov [et al.] // Mat. All-Russian conference "Providing emergency medical and emergency medical care to the wounded and injured during mass admission" - M., - 2016. - P. 72-73.

Treatment of deep burns in children with the use of allofibroblast culture [Text] / S.I. Vozdvizhensky [and others] // Pediatrics. - 1996. - № 4. - P. 50-56.

Vysotsky S.A. (2004). The first experience of using modern wound dressings in microautodermoplasty [Text] / S.A. Vysotsky, E.V. Zinoviev, K.N. Movchan // Nizhny Novgorod Medical Journal. № 2. - P.146-147.

Yurkevich Yu.V. (2012). Wound healing effect of cultured allofibroblasts as part of a gel-forming carrier during treatment thermal burns [Text] / Yu. V. Yurkevich, A.B. Smolyaninov, A.S. Khrupin 1 Mat. Vseros. scientific conf. with international participation "Health is the basis of human potential: problems and ways to solve them." - St. Petersburg: St. Petersburg State University, - P. 714-16.

Zhernov A.A. (2013). transfusion preparation of thermal trauma in early interventions [Text] / A.A. Zhernov, O.M. Kovalenko // Ukrainian Journal of Hematology and Transfusiology. - №4. - P. 35-38.

Zinoviev E.V. (2006). Surgical treatment of extensive deep burns [Text] / E.V. Zinoviev, K.N. Movchan, O.V. Chichkov // Traumatology and Orthopedics of Russia. - №2. - P. 126-127.

Zinoviev E.V. (2007). Medical and economic rationale for the use of high-tech types of medical care for burn victims in medical institutions of a separate region of the Russian Federation [Text] / E.V. Zinoviev, K.N. Movchan, O.V. Chichkov / Medical academic journal. -Vol .7. - №3. - P.218-219.

Zorin V.L. (2009). Dermal fibroblasts for the treatment of skin defects 1 V.L. Zorin, A.I. Zorina, O.S. Petrakova [Text] // Cell transplantology and tissue engineering. - №4. - P. 26-40.

Published

09-10-2022

How to Cite

Olegovich, T. D. (2022). Cellular technologies in the treatment of scalded patients: Literature review. International Journal of Health Sciences, 6(S8), 4786–4793. https://doi.org/10.53730/ijhs.v6nS8.13303

Issue

Section

Peer Review Articles