UMIN試験ID | UMIN000046034 |
---|---|
受付番号 | R000041276 |
科学的試験名 | ウォーターグラディエント構造を持つデイリーズトータルワンの、涙液動態における優位性 |
一般公開日(本登録希望日) | 2021/11/11 |
最終更新日 | 2021/11/11 06:59:56 |
日本語
ウォーターグラディエント構造を持つデイリーズトータルワンの、涙液動態における優位性
英語
Superiority of tear flow dynamics in DAILIES TOTAL1 with three layered structure
日本語
ウォーターグラディエント構造を持つデイリーズトータルワンの、涙液動態における優位性
英語
Superiority of tear flow dynamics in DAILIES TOTAL1 with three layered structure
日本語
ウォーターグラディエント構造を持つデイリーズトータルワンの、涙液動態における優位性
英語
Superiority of tear flow dynamics in DAILIES TOTAL1 with three layered structure
日本語
ウォーターグラディエント構造を持つデイリーズトータルワンの、涙液動態における優位性
英語
Superiority of tear flow dynamics in DAILIES TOTAL1 with three layered structure
日本/Japan |
日本語
コンタクトレンズユーザー
英語
SCL user
眼科学/Ophthalmology |
悪性腫瘍以外/Others
いいえ/NO
日本語
デイリーズトータルワンを処方された被験者において、涙液動態の優位性を検討する
英語
We verify the superiority of tear flow dynamics with the subjects who were prescribed with DAILIES TOTAL1 by using the methods reported by the applicant.
有効性/Efficacy
日本語
英語
日本語
NIBUT(裸眼およびCL装用15分以上経過後の)
涙液層動態(ブレイクアップパターン)
眼表面涙液厚
ソフトコンタクトレンズ厚
涙液メニスカス高
英語
NIBUT
Tear Break up pattern
Tear film thickness
SCL thickness
Tear meniscus height
日本語
英語
観察/Observational
日本語
英語
日本語
英語
日本語
英語
日本語
英語
日本語
英語
日本語
英語
日本語
英語
日本語
英語
日本語
英語
日本語
英語
20 | 歳/years-old | 以上/<= |
110 | 歳/years-old | 以下/>= |
男女両方/Male and Female
日本語
活動性の眼表面疾患を有さない
英語
Without active ocular surface disease
日本語
活動性の眼表面疾患を伴う
英語
With active ocular surface disease
50
日本語
名 | 久貴 |
ミドルネーム | |
姓 | 藤本 |
英語
名 | Hisataka |
ミドルネーム | |
姓 | Fujimoto |
日本語
川崎医科大学
英語
Kawasaki Medical School
日本語
眼科学
英語
Department of Ophthalmology
701-0192
日本語
倉敷市 松島 577
英語
Matsushima 577, Kurashiki
0864621111
fujimoto-h@med.kawasaki-m.ac.jp
日本語
名 | 久貴 |
ミドルネーム | |
姓 | 藤本 |
英語
名 | Hisataka |
ミドルネーム | |
姓 | Fujimoto |
日本語
川崎医科大学
英語
Kawasaki Medical School
日本語
眼科学
英語
Department of Ophthalmology
701-0192
日本語
倉敷市 松島 577
英語
Matsushima 577, Kurashiki
0864621111
fujimohis@yahoo.co.jp
日本語
川崎医科大学
英語
Kawasaki Medical School
日本語
Kawasaki Medical School
日本語
日本語
英語
日本語
その他
英語
Alcon
日本語
日本アルコン
日本語
営利企業/Profit organization
日本語
日本
英語
日本語
英語
日本語
川崎医科大学
英語
日本語
川崎医科大学
英語
Kawasaki Medical School
日本語
倉敷市 松島 577
英語
Matsushima 577, Kurashiki
0864621111
fujimohis@yahoo.co.jp
いいえ/NO
日本語
英語
日本語
英語
2021 | 年 | 11 | 月 | 11 | 日 |
https://tvst.arvojournals.org/article.aspx?articleid=2777865
中間解析等の途中公開/Partially published
https://tvst.arvojournals.org/article.aspx?articleid=2777865
50
日本語
Results: TALB was significantly reduced in the delefilcon A group compared to the narafilcon A group (33.3% vs. 85.5% at v1; P < 0.0001 and 31.7% vs. 80.4% at v2; P < 0.0001).
英語
Results: TALB was significantly reduced in the delefilcon A group compared to the narafilcon A group (33.3% vs. 85.5% at v1; P < 0.0001 and 31.7% vs. 80.4% at v2; P < 0.0001).
2021 | 年 | 11 | 月 | 11 | 日 |
日本語
英語
日本語
This retrospective observational study included 50 regular SH-SCL asymptomatic users. The study was approved by the institutional review board of Kawasaki Medical School Hospital (approval number 3403). Informed consent was obtained from all the study participants, and the study adhered to the tenets of the Declaration of Helsinki and was performed according to Good Clinical Practice (GCP). The study end points were evaluated by the researchers in a masked manner. The identity of the sponsor of the study (Alcon) was masked to the assessors until the completion of the study. This study did not involve patients or the public in its design, participant recruitment, or conduct.
英語
This retrospective observational study included 50 regular SH-SCL asymptomatic users. The study was approved by the institutional review board of Kawasaki Medical School Hospital (approval number 3403). Informed consent was obtained from all the study participants, and the study adhered to the tenets of the Declaration of Helsinki and was performed according to Good Clinical Practice (GCP). The study end points were evaluated by the researchers in a masked manner. The identity of the sponsor of the study (Alcon) was masked to the assessors until the completion of the study. This study did not involve patients or the public in its design, participant recruitment, or conduct.
日本語
The study observation period was defined as the date from which the patient started receiving care at the study site until the last data point was measured and was between May 1, 2019, and February 29, 2020. To ensure uniform data collection, assessment, and compliance with GCP, onsite training was conducted. The patient data records were selected based on the study inclusion and exclusion criteria and the patients receiving care between May 1, 2019, and February 29, 2020, were included in the study. To minimize bias, the eligible patients were enrolled in one of the two study groups (delefilcon A and narafilcon A) allotted in a consecutive series.
英語
The study observation period was defined as the date from which the patient started receiving care at the study site until the last data point was measured and was between May 1, 2019, and February 29, 2020. To ensure uniform data collection, assessment, and compliance with GCP, onsite training was conducted. The patient data records were selected based on the study inclusion and exclusion criteria and the patients receiving care between May 1, 2019, and February 29, 2020, were included in the study. To minimize bias, the eligible patients were enrolled in one of the two study groups (delefilcon A and narafilcon A) allotted in a consecutive series.
日本語
The study observation period was defined as the date from which the patient started receiving care at the study site until the last data point was measured and was between May 1, 2019, and February 29, 2020. To ensure uniform data collection, assessment, and compliance with GCP, onsite training was conducted. The patient data records were selected based on the study inclusion and exclusion criteria and the patients receiving care between May 1, 2019, and February 29, 2020, were included in the study. To minimize bias, the eligible patients were enrolled in one of the two study groups (delefilcon A and narafilcon A) allotted in a consecutive series.
英語
The study observation period was defined as the date from which the patient started receiving care at the study site until the last data point was measured and was between May 1, 2019, and February 29, 2020. To ensure uniform data collection, assessment, and compliance with GCP, onsite training was conducted. The patient data records were selected based on the study inclusion and exclusion criteria and the patients receiving care between May 1, 2019, and February 29, 2020, were included in the study. To minimize bias, the eligible patients were enrolled in one of the two study groups (delefilcon A and narafilcon A) allotted in a consecutive series.
日本語
The background data included age, gender, power (diopter), Schirmer's test (mm), central corneal thickness (CCT; um), ophthalmic solution use, and the following data elements measured on the bare eye, namely TALB (%), NIBUT (seconds) by the tear interferometer DR-1α (Kowa, Tokyo, Japan), and video-corneal topographer Keratograph 5M (Oculus, Wetzlar, Germany), TMH (mm), subjective dryness estimated by the visual analog scale (VAS; minimum 0 and maximum 100), and ocular HOA. The post-baseline data were categorized as visit-1 (v1) and visit-2 (v2) for each patient based on the chronology of availability. For data based on the qualification tests, bare eye measurements, the time that SCLs were worn to the hospital, removed, and washed-out was set as 30 minutes. Data were collected for clinical v1 after tests and observation parameters were measured post-SCL wearing for 15 minutes. For clinical v2, data from tests and observation parameters measured after wearing SCLs for 5 hours, after 30 ± 5 days of wearing SCLs following v1, were collected. Between v1 and v2, SCLs were used 5 to 12 hours per day, and 5 to 7 days per week. Room temperature and humidity was maintained at 23 to 25°C and 30 to 40%.
英語
The background data included age, gender, power (diopter), Schirmer's test (mm), central corneal thickness (CCT; um), ophthalmic solution use, and the following data elements measured on the bare eye, namely TALB (%), NIBUT (seconds) by the tear interferometer DR-1 (Kowa, Tokyo, Japan), and video-corneal topographer Keratograph 5M (Oculus, Wetzlar, Germany), TMH (mm), subjective dryness estimated by the visual analog scale (VAS; minimum 0 and maximum 100), and ocular HOA. The post-baseline data were categorized as visit-1 (v1) and visit-2 (v2) for each patient based on the chronology of availability. For data based on the qualification tests, bare eye measurements, the time that SCLs were worn to the hospital, removed, and washed-out was set as 30 minutes. Data were collected for clinical v1 after tests and observation parameters were measured post-SCL wearing for 15 minutes.
日本語
英語
日本語
英語
主たる結果の公表済み/Main results already published
2019 | 年 | 02 | 月 | 16 | 日 |
2019 | 年 | 02 | 月 | 16 | 日 |
2019 | 年 | 05 | 月 | 01 | 日 |
2020 | 年 | 02 | 月 | 29 | 日 |
日本語
Kawasaki Medical School
英語
Kawasaki Medical School
2021 | 年 | 11 | 月 | 11 | 日 |
2021 | 年 | 11 | 月 | 11 | 日 |
日本語
https://center6.umin.ac.jp/cgi-open-bin/ctr/ctr_view.cgi?recptno=R000041276
英語
https://center6.umin.ac.jp/cgi-open-bin/ctr_e/ctr_view.cgi?recptno=R000041276
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