Titlebook: Advanced Intraoperative Technologies in Neurosurgery; R. E. Anderson,J. E. Boggan,R. E. Wharen,Victor Al Book 1986 Springer-Verlag/Wien 19

kidney

Kyi Lai Lai Khine,Thi Thi Soe Nyunt at the operation is essential. Ideally the dors of the laser controlled area should be latched shut by a remote interlock which comes into operation when laser is switched on; appropriate warning notices bearing the words, ., must be displayed at all points of access to the area.

Occipital-Lobe

Tembo Nakamoto,Ayaka Nomura,Yuichi Ikedauch surgery, in the limited effect on restricted areas and in the possibility to obtain a shrinkage of the mass by drying of the tissue. These properties consent a sharp dissection which is peculiar of the CO. laser; local cooling methods (N. gas, Freon gas, gauzes soaked with saline solution, chill

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Yuichi Ikeda,Hiroshi Iyetomi,Takayuki Mizuno surgery has been limited. The recent availabihty of high powered Ar lasers that can rapidly vaporize tissue, transmit light through fiberoptic delivery systems, and have variable and small spot diameters has allowed us to use the laser beneficially for a variety of neurosurgical procedures.

prosthesis

Yuichi Ikeda,Hiroshi Iyetomi,Takayuki Mizuno usefulness of the instrument in this application. One can speculate that had meningiomas rather that gliomas been chosen for the initial clinical applications of carbon dioxide laser in the early 60s, the subsequent history of laser in neurosurgery would have been drastically different. At present,

Magnificent

SLUMP

Indr? ?liobait?,Mykola Pechenizkiy,Jo?o Gama or vaporization of tissue, the use of much lower power densities (300–1,200 watts/cm.) and small focal spot size to achieve tissue welding effects promises to have great potential use in reconstructive microsurgery.

STAT

Real-World Big Data Analytics Case Studies,ng through new instruments, improved suture materials and better visualization. The development of the CO. laser as a surgical instrument for ablation is well accepted. A microsurgically adapted CO. laser can provide reconstructive and reparative capabilities. This chapter will highlight the applica

CONE

General-Purpose Big Data Processing Systems,cps to 100,000 megacycles per second (one megacycle is one million of cycles per second or one megahertz MHz). In this discussion, ultrasound in the higher frequency ranges only is considered: from 1 to 15 MHz per second.

Indolent

General-Purpose Big Data Processing Systems,al arteries and in the heart. Since then, the transcutaneous application of the method had become a standard medical procedure for noninvasive examinations of blood vessels, particularly those with stenoses and occlusions in the cervical region (Büdingen .. 1982, Spencer and Reid 1981).

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