Fig. 4.1 (a) Scalpel N°15 and 11, (b) needle driver, (c) surgical and anatomic forceps, (d) small curved mosquito forceps, (e) Kocher’s forceps, (f) Mayo, curved, and straight iris scissors,…

Fig. 9.1 Endoscopic tools: (a) Telepack X LED (Storz®). (b) operating laryngoscope (HAVAS Operating Laryngoscope Storz® with light carrier) and one straightforward telescope 0° (Hopkins II® – Storz®). (c) three…

Fig. 5.1 Set of surgical instruments. a scalpel, b needle driver, c surgical and anatomical forceps, d small curved mosquito forceps, e Kocher’s forceps, f scissors, g suture threads, h…

Fig. 1.1 Transverse section of sheep neck. Clearly evidence of anterior and posterior compartments Similarly the human larynx has the function of air passage, phonation, and sphincter. It extends from…

Fig. 7.1 (a) Scalpel N°15 and 11, (b) needle driver, (c) surgical and anatomic forceps, (d) small curved mosquito forceps, (e) Kocher’s forceps, (f) Mayo, curved, and straight iris scissors,…

Fig. 2.1 Set of surgical instruments Fig. 2.2 Scalpels Fig. 2.3 Needle driver Fig. 2.4 Surgical and anatomic forceps Fig. 2.5 Curved mosquito forceps Fig. 2.6 Kocher’s forceps Fig. 2.7…

Figs. 8.1 and 8.2 Axial and frontal view of technical draw of the initial prototype of the larynx box Figs. 8.3 and 8.4 Technical draws of the outer footplate of…

Fig. 6.1 Identification of main landmarks of laryngeal framework Step 3 Superficial Layer Dissection Elevation of the cutaneous and subplatysmal flaps and identification of the strap muscles. The strap muscles…

Fig. 3.1 Set of surgical instruments Step 1 Skin Landmark Identification Recognizing the main landmarks on the skin (Fig. 3.2) is probably the most simple and fundamental step in all…