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Description of the Taxonomic Terminology of Lepidoptera Larvae
Piao, MeiHua,Lee, Chan Young 江原大學校 森林科學硏究所 1998 Journal of Forest Science Vol.14 No.-
본 논문에서는 나방류 유충의 형태를 상세히 관찰하고 비교연구때 Key가 되는 형질에 관하여 조사하였다. 1. 頭部 : 單眼, 觸角, 上脣, 下脣, 上顎, 下顎, 刺毛, 前額縫線, 副前額縫線, 中縫線. 2. 陶部 : 前背板, 氣門, 刺毛와 刺毛配列. 3. 腹部 : 尾背板, 腹脚의 crochets, 氣門, 刺毛와 刺毛配列. This paper gave detailed observation of the morphology of lepidoptera larvae, and viewed their character which is a key in the comparative study. 1. Head : ocelli, antenna, labrum, labium, mandible, maxilla, setae, frontal suture, adfrontal suture, and epicranial suture 2 Thorax . thoracic shield, spiracle, setae and setal map. 3 Abdomen anal shield, crochets of proleg, spiracle, setae and setal map.
Ki Young Huh,Sae Im Jeong,Hyounggyoon Yoo,Meihua Piao,Hyeongju Ryu,김희진,Young-Ran Yoon,Sook Jin Seong,SeungHwan Lee,Kyung Hwan Kim 대한임상약리학회 2022 Translational and Clinical Pharmacology Vol.30 No.2
Although wearable electrocardiograms (ECGs) are being increasingly applied in clinicalsettings, validation methods have not been standardized. As an exploratory evaluation,we performed a multicenter clinical trial implementing an approved wearable patch ECG. Healthy male adults were enrolled in 2 study centers. The approved ECGs were deployed for 6 hours, and pulse rates were measured independently with conventional pulse oximetryat selected time points for correlation analyses. The transmission status of the data wasevaluated by heart rates and classifed into valid, invalid, and missing. A total of 55 subjects(40 in center 1 and 15 in center 2) completed the study. Overall, 77.40% of heart rateswere within the valid range. Invalid and missing data accounted for 1.42% and 21.23%,respectively. There were signifcant diferences in valid and missing data between centers. The proportion of missing data in center 1 (24.77%) was more than twice center 2 (11.77%). Heart rates measured by the wearable ECG and conventional pulse oximetry showed a poorcorrelation (intraclass correlation coefcient = 0.0454). In conclusion, we evaluated themulticenter feasibility of implementing wearable ECGs. The results suggest that systemsto mitigate multicenter discrepancies and remove artifacts should be implemented prior toperforming a clinical trial.