• Bipolar scalpel
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Bipolar scalpel

Paediatric Surgery.Ukraine.2017.2(55):48-50; doi 10.15574/PS.2017.55.48

Kosakivska I. A.
Shupyk National Medical Academy of Postgraduate Education Kyiv, Ukraine

Introduction. When dissecting the soft tissues during the different operations, as a rule, a scalpel of various designs is used. The drawback of the traditional surgical techniques with the use of scalpel is bleeding during the cutting of tissues. Objective. To increase the efficacy of surgical interventions on human tissues by creating a bipolar high-frequency electroscalpel.

Material and methods. A high-frequency bipolar electroscalpel has been developed and successfully tested in the clinic for tissue dissection. The latter can be connected to a high-frequency current source.

Results. When applying the proposed device, no bleeding during tissue cutting, the operation time reduction, and the visual control of the tissue dissection site were provided with the limited access to the operating field.

Conclusions. The proposed bipolar scalpel allows to perform surgical interventions without bleeding and significantly improve the work of surgeon.

Key words: bipolar scalpel, otorhinolaryngology, surgery, high frequency current.


1. Kabatov YuF. (1981). Nozhi hirurgicheskie. Bolshaya meditsinskaya entseklopediya: v 30 t. AMN SSSR. Pod red BV Petrovskogo. 3-e izd. Moskva, Sovetskaya entsiklopediya: 17: 51–54.

2. Kosakovskyi AL, Semenov RH, Kosakivska IA, Semenov VR. (2010). Patent Ukrainy na korysnu model No.1933. MPK (2009) A61V17/00. Elektroskalpel. Zaiavleno 20.01.2010; Opubl. 10.08.2010. Biul. No. 15.

3. Kosakovskyi AL, Semenov RH, Kosakivska IA, Semenov VR. (2010). Patent Ukrainy na vynakhid No. 92559. MPK (2009) A61V17/00. Elektroskalpel. Zaiavleno 01.07.2009; Opubl. 10.11.2010. Biul. No. 21.

4. Paton BE, Ivanova ON. (2009). Tkanesohranyayuschaya vyisokochastotnaya elektrosvarochnaya hirurgiya. Atlas. Pod red BE Patona, ON Ivanovoy. Kiev, NVP «Vydavnytstvo «Naukova dumka» NAN Ukrainy»: 200.

5. Aesculap. HNO. Katalog, 1988. – S. 217–223.

6. Kosakivska I, Kosakovskyi A. (2013, 27-30 Apr). Bactericidal action of high frequency current. 2nd Meeting of European Academy of ORL-HNS and CE ORL-HNS Otorhinolaryngology & Head and Neck Surgery. Abstract book, Nice: 167.

7. Storz. (2004). Mir endoskopii. Endoskopyi i instrumentyi dlya LOR. 7-e izd. 1: 377–382.