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全球介入肿瘤市场报告(2017-2021年)
Interventional oncology procedures involve the diagnosis and treatment of cancer and
cancer-related problems by using minimally invasive (MI) procedures performed under
image guidance. Interventional oncology uses X-ray, ultrasound, computed
tomography (CT) or magnetic resonance imaging (MRI) to guide accessories and
instruments, such as ablation electrodes, biopsy needles, guidewires, and
intravascular catheters that allow the treatment of a tumor located in some part of the
body. Interventional oncology treatments are regularly carried out by interventional
radiologists with appropriate settings and facilities. Interventional oncology is used to
treat primary or metastatic cancer, which includes liver cancer, lung cancer, kidney
cancer, bone cancer, breast cancer, and prostate and pancreatic cancer.
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全球介入影像引导系统市场报告(2017-2021年)
Medical imaging is the process of creating visual representations of the interior of a
body for clinical analysis and medical intervention. It is applied for both diagnostic
(screening and diagnosis) and treatment purposes (therapy and surgical purposes).
Medical imaging, which is used for treatment purposes, is commonly known as
interventional medical imaging. Various types of image-guided systems such as X-rays
and fluoroscopy, single-photon emission computed tomography (SPECT), positron
emission tomography (PET), ultrasound, computed tomography (CT), magnetic
resonance imaging (MRI), and endoscopes are used for the interventional procedures.
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全球放射治疗和放射治疗机器人市场报告(2017-2021年)
The report analyses radiosurgery and radiotherapy robotics, which is expected to
emerge as a major method of treatment for cancerous and non-cancerous tumors
during the forecast period. The sale of systems such as Gamma Knife, CyberKnife,
and linear accelerators is expected to increase due to the growing demand for noninvasive
surgeries. These systems have emerged as alternatives to treatments such as
brachytherapy, chemotherapy, tomotherapy, and immunotherapy.
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全球微型指南导管市场报告(2017-2021年)
Microcatheters have been used since early 1973 and have seen a drastic change in
catheterization of the narrow and complicated lumen, which are very difficult to access
for interventional vascular treatments. Micro guide catheters are widely used in
cardiovascular and neurovascular applications. The selection of micro guide catheters
depends on individual medical cases and also requires knowledge of engineering
concepts for specific procedures. In few cases, one wire may be needed for crossing,
and then it is exchanged to achieve safe and better device delivery. The majority of
occlusions are treated with proper wire choice and are manipulated to achieve the
desired results. The usage of microcatheters and embolic materials are interlinked
because the performance of embolic material is dependent on the distal access, which
is achievable with microcatheters and with the chemical and physical (potential)
interactions between them