From 21f8d8ab8143a098a32db8e9ccd20913342d4f73 Mon Sep 17 00:00:00 2001
From: Peter Cock
Date: Thu, 13 Nov 2014 14:52:40 +0900
Subject: [PATCH] PubMed file with multi-line MESH terms (MH lines).
Downloaded using this Entrez call,
Entrez.efetch(db=pubmed, id=23039619, rettype=medline, retmode=text)
See issue #286.
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+
+PMID- 23039619
+OWN - NLM
+STAT- MEDLINE
+DA - 20121008
+DCOM- 20121205
+IS - 0094-2405 (Print)
+IS - 0094-2405 (Linking)
+VI - 39
+IP - 10
+DP - 2012 Oct
+TI - Effects of different parameters in the fast scanning method for HIFU treatment.
+PG - 5795-813
+LID - 10.1118/1.4748329 [doi]
+AB - PURPOSE: High-intensity focused ultrasound is a promising method for the
+ noninvasive treatment of benign and malignant tumors. This study analyzes the
+ effects of scanning path, applied power, and geometric characteristics of the
+ transducer on ablation using fast scanning method, a new scanning method that
+ uses high-intensity focused ultrasound at different blood perfusion levels.
+ METHODS: Two transducers, six scanning paths, and three focal patterns were used
+ to examine the ablation results of the fast scanning method using power densities
+ from 1.35 x 10(7) Wm(3) to 4.5 x 10(7) Wm(3) and blood perfusion rates from 2 x
+ 10(-3) mlmls to 16 x 10(-3) mlmls. The Pennes equation was solved using the
+ finite-difference time-domain method to simulate the heating procedure. RESULTS:
+ Based on the results of the fast-scanning method, the different scanning paths
+ exhibited small effect on the total treatment time supported by both simulation
+ and least-square fit. Similar-sized lesions can result from the five different
+ repeated paths, whereas a random path may lead to relative large fluctuations in
+ ablation volume because of asymmetry of the lesions. Higher power levels increase
+ the lesion volume and decrease the treatment time required for ablating a target
+ area using the fast scanning method, whereas increased blood perfusion has the
+ opposite effect on ablation volume and treatment time. A symmetric lesion can be
+ produced through fast scanning method using a 65-element and a 90-element
+ transducer. However, lesion production using the same operation scheme differs
+ between the two transducers. CONCLUSIONS: Unlike traditional scanning methods,
+ fast scanning method produces a planned lesion regardless of scanning path, as
+ long as the path consists of repeated subsequences. This attribute makes fast
+ scanning method an easy-operation scheme that produces relatively large symmetric
+ lesions in homogeneous tissues. Applied power is the most important factor;
+ however, high blood perfusion levels can limit or even hinder the full ablation
+ of the target area. Therefore, tissue perfusion and transducer type should be
+ given special attention to ensure the success and safety of ablation treatment.
+FAU - Qiao, Shan
+AU - Qiao S
+AD - School of Biomedical Engineering, Shanghai Jiao Tong University, Shanghai,
+ People's Republic of China.
+FAU - Shen, Guofeng
+AU - Shen G
+FAU - Bai, Jingfeng
+AU - Bai J
+FAU - Chen, Yazhu
+AU - Chen Y
+LA - eng
+PT - Journal Article
+PT - Research Support, Non-U.S. Gov't
+PL - United States
+TA - Med Phys
+JT - Medical physics
+JID - 0425746
+SB - IM
+MH - Blood Circulation
+MH - High-Intensity Focused Ultrasound Ablation/adverse
+ effects/instrumentation/*methods
+MH - Humans
+MH - Models, Biological
+MH - Sonication
+MH - Temperature
+MH - Time Factors
+MH - Transducers
+EDAT- 2012/10/09 06:00
+MHDA- 2012/12/10 06:00
+CRDT- 2012/10/09 06:00
+AID - 10.1118/1.4748329 [doi]
+PST - ppublish
+SO - Med Phys. 2012 Oct;39(10):5795-813. doi: 10.1118/1.4748329.