Results 111 to 120 of about 58,504 (287)
Endotracheal Tube is Not Necessary for Laryngeal Microsurgery [PDF]
, 1981 Edward A. Talmage
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The Laryngoscope, Volume 135, Issue 7, Page 2469-2471, July 2025.This study introduces a new technique in laryngeal microsurgery that combines subepithelial saline infusion with photoangiolysis to safely and effectively coagulate vocal fold vessels while minimizing thermal damage. By expanding the volume of the superficial lamina propria with saline, the method allows for precise targeting of vessels with reduced ...
Alexander Szymczak, James A. Burns
wiley +1 more source
The Laryngoscope, Volume 135, Issue 7, Page 2564-2573, July 2025.The 3D‐exoscope is an innovative viewing platform in microsurgery with the potential of offering improved ergonomics and surgical performance. This prospective study systematically evaluated the ergonomic characteristics, visualization, and subjective performance of an exoscope system compared to the microscope in lateral skull base surgery (cochlear ...
Nicole Crimi +7 more
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The Choice of Sterilizing Procedure According to its Potential Reversibility with Microsurgery
, 1979 Bernard Cantor, Frank Riggall
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Alfentanil/etomidate anaesthesia for endolaryngeal microsurgery [PDF]
, 1983 L Versichelen, G Rolly, J Beerens
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Electrophysiology of the Rabbit Oviduct Following Tubal Microsurgery
, 1979 David R. Archer +2 more
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Closed microsurgery for the sequelae of neovascularisation from veno-occlusive retinopathies [PDF]
, 1987 C R James +3 more
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Quantitative Proteomics of Cochlear Tissues: Bilateral Comparisons in Guinea Pigs and Rats
PROTEOMICS, Volume 25, Issue 13, July 2025.ABSTRACT The cochlea, an incredibly sensitive sensory system, detects sound waves and converts them into electrical signals the brain recognizes as sound. Damage to cochlear hair cells can release proteins, triggering biological responses that may impair hearing.
Motahare Khorrami +3 more
wiley +1 more source
Small Science, Volume 5, Issue 7, July 2025.This work introduces femtosecond real‐time precision opto‐control (fs‐RPOC), a technology enabling automated, chemically selective subcellular perturbation with precisely controlled laser dosage confined to designated targets. Fs‐RPOC achieves high spatial precision suitable for 3D sub‐organelle microsurgery.
Seohee Ma +5 more
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