亮蓝G(Brilliant Blue G) - 药物靶点：P2X7 receptor_在研适应症：眼科外科手术，纤维化，肾炎_专利_临床

概要

基本信息

药物类型

小分子化药

别名

Acid Blue 90、BRILLIANT BLUE G、Brilliant blue G (JAN)

+ [3]

靶点

P2X7 receptor

作用机制

P2X7 receptor拮抗剂(嘌呤P2X7受体拮抗剂)

治疗领域

其他疾病遗传病与畸形眼部疾病+ [1]

在研适应症

眼科外科手术纤维化肾炎+ [1]

非在研适应症-

原研机构

D.O.R.C. Dutch Ophthalmic Research Center (International) BV

在研机构

D.O.R.C. Dutch Ophthalmic Research Center (International) BV

Kyushu University

非在研机构-

最高研发阶段批准上市

首次获批日期

美国 (2019-12-20),

眼科外科手术

最高研发阶段(中国)-

特殊审评孤儿药 (美国)

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结构

分子式C47H49N3NaO7S2

InChIKeyRWFXCYWTHJDCMJ-UHFFFAOYSA-N

CAS号6104-58-1

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关联

12

项与亮蓝G 相关的临床试验

JPRN-UMIN000031510 / SuspendedIIT

Staining with brilliant blue G for the internal limiting membrane - Brilliant blue G stains the internal limiting membrane

开始日期2018-04-01

申办/合作机构-

JPRN-UMIN000031906 / CompletedIIT

Evaluation of safety of Brilliant Blue G for inner limiting membrane peeling in patients with vitreomacular diseases - Safety of Brilliant Blue G for inner limiting membrane peeling

开始日期2018-03-27

申办/合作机构

Toho University

NCT03020459 / CompletedN/AIIT

Comparing the Surgical Outcomes of Internal Limiting Membrane Peeling-reposition Versus Peeling in Idiopathic Macular Holes: A Randomized Controlled Trial

To compare the morphologic and functional outcomes of internal limiting membrane peeling-reposition versus peeling in idiopathic macular holes

开始日期2017-01-01

申办/合作机构

上海交通大学医学院附属新华医院

100 项与亮蓝G 相关的临床结果

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100 项与亮蓝G 相关的转化医学

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100 项与亮蓝G 相关的专利（医药）

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777

项与亮蓝G 相关的文献（医药）

2024-12-01·Spectrochimica Acta Part A: Molecular and Biomolecular Spectroscopy

Ratiometric fluorescence and smartphone-assisted sensing platform based on dual-emission carbon dots for brilliant blue detection

Article

作者: Feng, Feng ; Yuan, Lin ; Bai, Yunfeng ; Liu, Zhixiong ; Wang, Ligang ; Fei, Peng ; Zhao, Ting ; Li, Caiqing ; Liu, Lizhen ; Mi, Zhi ; Chen, Meng

In this study, an innovative ratiometric fluorescence and smartphone-assisted visual sensing platform based on blue-yellow dual-emission carbon dots (BY-CDs) was constructed for the first time to determine brilliant blue. The BY-CDs was synthesized via a facile one-step hydrothermal process involving propyl gallate and o-phenylenediamine. The synthesized BY-CDs exhibit favorable water solubility and exceptional fluorescence stability. Under excitation at 370 nm, BY-CDs show two distinguishable fluorescence emission bands (458 and 558 nm). Upon addition of brilliant blue, the fluorescence intensity at 558 nm exhibited a significant quenching effect attributed to fluorescence resonance energy transfer (FRET), while the fluorescence intensity at 458 nm was basically unchanged. The prepared BY-CDs can effectively serve as a ratiometric nanosensor for determining brilliant blue with the ratio of fluorescence intensities at 458 and 558 nm (F₄₅₈/F₅₅₈) as response signal. In addition, the developed ratiometric fluorescence sensor exhibits a noticeable alteration in color from yellow to green under UV light with a wavelength of 365 nm upon addition of varying concentrations of brilliant blue, which provides the possibility of visual detection of brilliant blue by a smartphone application. Finally, the BY-CDs based dual-mode sensing platform successfully detected brilliant blue in actual food samples and achieved a desirable recovery rate. This study highlights the merits of fast, convenient, economical, real-time, visual, high accuracy, excellent precision, good selectivity and high sensitivity for brilliant blue detection, and paves new paths for the monitoring of brilliant blue in real samples.

2024-09-01·Food Chemistry

A sensitive determination of Brilliant Blue FCF in some food samples using hydrophillic deep eutectic solvent-assisted magnetic nano gel-based dispersive solid phase microextraction prior to spectrophotometric analysis

Article

作者: Erek, Figen ; Tuzen, Mustafa ; Lanjwani, Muhammad Farooque

A new magnetic nano gel (MNG) was prepared from choline chloride/phenol deep eutectic solvent and magnetic amberlite XAD-7 nanocomposite. The dispersive solid phase micro extraction (dSPME) method was developed for seperation and preconcentration of Brilliant Blue FCF (BB) by the prepared MNG. In this study, firstly, the optimum DES type and mole ratio of DES were investigated before response surface methodology optimization. Then, the effect of the MNG-dSPME experimental parameters were optimized by response surface methodology using central composite design. Under the optimum microextraction conditions, limit of detection (LOD), limit of quantification (LOQ), preconcentration factor (PF), enhencament factor (EF) were found to be 1.15 μg L^-1,3.80 µg L^-1, 70, and 88, respectively. It was seen that the recovery of real samples were obtained from 95.5 to 103.6%. The pesent method was succesfully for extraction of BB in some food, personal care samples, to the best of our knowledge, this is the first study that is presented method on determination of BB by preconcentration with magnetic nano gel. The obtained results showed that the present procedure is effective, sensitive, and has high accuracy for the quantitative detection of BB.

2024-09-01·Chemosphere

Construction of dual Z-scheme Ag3VO4–BiVO4/InVO4 photocatalysts using vanadium source from spent catalysts for contaminated water treatment and bacterial inactivation

Article

作者: Jiang, Yi-Jhen ; Hu, Chih-Wei ; Weng, Huei Chu ; Pang, Wei Kong ; Hsu, Shih-Chieh ; Huang, Jen-Hsien ; Lee, Kuen-Chan ; Cho, Er-Chieh ; Liu, Ting-Yu ; Wang, Kuan-Syun

Vanadate-based photocatalysts have recently attracted substantial attention owing to their outstanding photocatalytic activity for degrading organic pollutants and generating energy via photocatalytic processes. However, the relatively high price of vanadium has hindered the development of vanadate-based photocatalysts for various applications. Spent catalysts obtained from oil refineries typically contain a significant quantity of vanadium, making them valuable for recovery and utilization as precursors for the production of high-value-added photocatalysts. In this study, we transformed the V present in spent catalysts produced by the petrochemical industry into ternary vanadate-based photocatalysts [BiVO₄/InVO₄/Ag₃VO₄ (BVO/IVO/AVO, respectively)] designed for water remediation. The ternary composites revealed an enhanced photocatalytic capability, which was 1.42 and 5.1 times higher than those of the binary BVO/IVO and pristine AVO due to the facilitated charge separation. The ternary photocatalysts not only effectively treated wastewater containing various organic dyes, such as methylene blue (MB), rhodamine 6G (R6G), and brilliant green (BG), but also exhibited remarkable photocatalytic performance in the degradation of antibiotics, reduction of Cr(VI), and bacterial inactivation. This paper proposes a feasible route for recycling industrial waste as a source of vanadium to produce highly efficient vanadate-based photocatalysts.

2

项与亮蓝G 相关的新闻（医药）

2024-05-22

·药精通Bio

美国FDA批准的38个小分子药合成路线汇总

深度聚焦多肽、多肽偶联药物研发、质控、工艺开发，联系电话181 1603 6798文章来源：有机合成路线这里小编和大家分享美国食品药品监督管理局 (FDA) 批准上市的38个化学小分子药合成路线，以飨化学和药化从业者，学生和爱好者。第一类（1.1）：抗肿瘤药物1.1.1 Erdafitinib (1)1.1.2 Alpelisib (2)1.1.3 Selinexor (3)1.1.4 Darolutamide (4)1.1.5 Pexidartinib (5)1.1.6 Entrectinib(6)1.1.7 Fedratinib (7)第二类（1.2）：抗菌药1.2.1 亚胺培南/西拉司丁/relebactam (9)1.2.2 Pretomanid (10)1.2.3 Lefamulin (11)1.2.4 Cefiderocol(12)第三类（1.3）：偏头痛治疗药物1.3.1 Lasmiditan (13)1.3.2 Ubrogepant(14)第四类（1.4）：其它治疗药物1.4.1 三氯苯达唑 (triclabendazole, 15)1.4.2 Brexanolone (16)1.4.3 Solriamfetol(17)1.4.4 Siponimod (18)1.4.5 Tafamidis(19) 和tafamidis meglumine1.4.6 Bremelanotide (20)1.4.8 替洛利生 (pitolisant, 22)1.4.9 Upadacitinib (23)1.4.10 Istradefylline (24)1.4.11Tenapanor(25)1.4.12 Trifarotene (26)1.4.13 阿法诺肽 (afamelanotide，27)1.4.14 Elexacaftor(28)/tezacaftor/ivacaftort1.4.15 Givosiran (29)1.4.16 Cenobamate (30)1.4.17 Voxelotor (31)1.4.18 Golodirsen (32)1.4.19Lemborexant (33)1.4.20 Lumateperone tosylate (34)2.1 Ga-68-DOTATOC(35)2.2 Fluorodopa (36)2.3 Air polymer-type A(37)是一种无菌透明凝胶 [polymer-type A(80.97 mg羟乙基纤维素 )，434.80 mg甘油 (85％)和纯净水 ]2.4 Brilliant blue G ophthalmic solution (38)参考文献：中国医药工业杂志Chinese Journal of Pharmaceuticals 2020, 51(1), 吕训磊，周伟澄，林快乐. 免责声明：本文信息来源于网络，本文仅作知识交流与分享及科普目的，不涉及商业宣传，不作为相关医疗指导或用药建议。文章如有侵权请联系删除。END深度聚焦多肽、多肽偶联药物研发、质控、工艺开发，7月相约苏州，联系电话18116036798戳“阅读原文”立即报名多肽药物论坛吧!

上市批准临床结果

2023-03-24

·药时代

FDA批准药物的关键专利特征

专利保护，是新药开发者阻止仿制药竞争，并获取高额回报的保证。从美国食品药品管理局（FDA）橙皮书列表中提取了专利，并评估了专利申请的时间、专利涵盖药物的特征以及其他国家是否获得类似的专利，寻找原研药物关键专利特征。FDA在2019-2020年批准的78个药物中，有10个没有专利，其余68个药物列出了322个不同的专利（中位数为4个）。根据受保护发明的性质，最常见的专利类别是化合物（201；62%），其次是使用方法（195；61%）。从原始药物批准到最终专利到期日的中位时间为10.3年。大约五分之一的专利在世界其他主要司法管辖区没有对应的专利。涵盖新批准药物的专利在很大程度上保护了产品及其用途；专利（而不是非专利排他性）是确保及时阻止仿制药进入市场的关键。FDA于2019-2020年批准的78个小分子药物（2019年48个药物和2020年53个药物）：2019年，有5个药物没有专利：artesunate，copper Cu-64 dotatate (Detectnet)，gallium Ga 68 PSMA-11，nifurtimox (Lampit)，和fluoroestradiol F18 (Cerianna)。2020年，有5个药物没有专利：brilliant blue G ophthalmic solution (TissueBlue)，fluorodopa F18，Ga-68-DOTATOC (Ga-68-DOTATOC)，pretomanid,和triclabendazole (Egaten)。其余68个药物获得了322件专利。每种药物的专利数量中位数为4。最常见的专利申请类别是化合物（n=201；62%），其次是使用方法（n=195；61%）、制造工艺（n=32；10%）和制剂（n=173；54%）或复合制剂（n=13；4%）（图表1）。结果是非互斥的，超过一半（n=188；58%）的专利拥有属于一个以上类别的权利要求。在FDA批准之前，专利的申请时间中位数为5.6年（IQR:3.3–9.2），公告时间中位数为4.5年（IQR:1.3–6.1）。专利申请到药物批准的时间范围从芦比替定/lurbinectedin（在FDA批准前17.6年提交）到塞普替尼/selpercatinib（在FDA审批前2年提交）。在大量专利中，专利申请时间通常与药物开发过程一致，因为化合物权利要求（n=201）在FDA批准药物前的中位数为6.5年（IQR:4-10），而使用方法权利要求（n=195）的专利在FDA批准之前的中位数为5.1年（IQR=3.2-8.4）。在FDA批准药物之前，仅有化合物权利要求专利的申请时间中值为5.7年（IQR:2-8）。图 2019-2020年FDA批准药物的批准日期与最后一项到期专利的到期日期之间的时间差基于所列专利的最新到期日，这些药物的预期专利保护市场独占期为药物批准后10.3年的中位数（IQR:7.2-13.8）。药物批准与专利最新到期日之间的最低时间差为3.7年，而最高时间差为20.3年。队列中的68个药物中有39个（57%）被指定为“孤儿药（Orphan Drug）”，在FDA批准时，39个药物中的33个（85%）的专利保护超过了法规规定的额外的7年市场排他性。所有29个非孤儿药指定药物（100%）的初始专利期超过了五年的哈奇-瓦克斯曼法案新药非专利市场独占期。在批准时，孤儿药指定的药物和普通条件指定药物之间的专利保护期限没有重大差异。在FDA橙皮书列出的322件专利中，有22件（7%）最初颁发给了非公司研究机构。例如，与5件专利相关的一个机构是非美国学术中心（西澳大利亚大学）。大约一半的专利（n=149；46%）的原始专利受让人与FDA列出的申请新药的发起人不同。17件（5%）专利有多名受让人。在322件专利中，52件（16%）在其简单专利家族中没有授予外国专利，因此仅为美国专利。在这52件专利中，34件（65%）在简单专利家族没有外国未决专利申请。在剩余的未决专利申请中（52件中的18件；35%），有5件外国专利申请在欧洲、加拿大或日本被撤回或拒绝。其他13件专利申请仍在审理中。FDA列出的与外国授予的同等专利最常见的国家是日本（n=243；75%），其次是欧洲（n=232；72%）和加拿大（n=183；57%）。没有外国授予专利等效物的专利包括化合物权利要求（55%）、使用方法权利要求（65%）、工艺权利要求（8%）、制剂权利要求（52%）和复合制剂权利要求的专利（2%）。FDA在2019年和2020年批准的涵盖小分子药物的专利大多涵盖了活性成分和使用方法，但也涵盖了多种其他发明。这些专利的有效期通常已经超过了《Hatch-Waxman Act》和《孤儿药法案》的排他性期限。我们预计有些药物未来将申请更多的专利，涵盖药物的次要方面。参考资料：Van de Wiele VL, Torrance AW, Kesselheim AS. Characteristics Of Key Patents Covering Recent FDA-Approved Drugs. Health Aff (Millwood). 2022 Aug;41(8):1117-1124. doi: 10.1377/hlthaff.2022.00002. PMID: 35914209.封面图来源：123rf推荐阅读4轮临床试验结果全矛盾，这减肥药，把积极结果做毁了……3年前，百济神州为了一个冷门靶点花了800万美金，如今......10年时间，临床成功率翻10倍！辉瑞的成功之道在哪里？点击在看，共济新药研发浪潮

专利到期专利无效

100 项与亮蓝G 相关的药物交易

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外链

KEGG	Wiki	ATC	Drug Bank
D10799	-	S01	DB15594

研发状态

批准上市

10 条最早获批的记录,

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适应症	国家/地区	公司	日期
眼科外科手术	加拿大	D.O.R.C. Dutch Ophthalmic Research Center (International) BV	-

未上市

10 条进展最快的记录,

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适应症	最高研发状态	国家/地区	公司	日期
纤维化	临床前	-	-	2013-04-01
肾炎	临床前	-	-	2013-04-01
视网膜变性	临床前	日本	Kyushu University	2011-04-01

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临床结果

适应症

分期

评价

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研究	分期	人群特征	评价人数	分组	结果	评价	发布日期


ARVO2019	N/A	视网膜穿孔	-	brilliant Blue G	(鬱鹽蓋構膚淵醖鹽壓範) = The rates of changes in deficiency of EZ at 1 and 6 months compared with baseline in BBG group were significantly greater than those in no dye group 選觸獵餘壓範構製憲繭 (選繭繭獵憲網齋簾選願 ) 更多	-	2019-07-01
				brilliant Blue G
ASN2012	N/A	输尿管梗阻 P2X7 receptor	-	Brilliant Blue G	積膚鹽顧衊餘艱壓鏇鑰(築積築積憲廠繭獵範壓) = 築鹹鬱糧構鬱積簾築壓簾蓋遞積壓鏇獵範鬱製 (選廠遞鬱網壓齋網範襯 ) 更多	积极	2012-10-30
				Sham and BBG 25mg/kg intravenously (IV)	積膚鹽顧衊餘艱壓鏇鑰(築積築積憲廠繭獵範壓) = 淵鬱鹹簾糧製選鹽獵憲簾蓋遞積壓鏇獵範鬱製 (選廠遞鬱網壓齋網範襯 ) 更多
ARVO2011	N/A	毒性	-	Brilliant Blue G 1 mg/ml	鹽繭鹹艱願艱廠齋壓觸(鑰鹹憲壓網鏇選製夢遞) = 蓋鹹鏇積齋顧製繭淵繭遞鏇窪壓鹹繭壓構糧蓋 (壓積鹹顧淵壓積蓋膚壓 )	积极	2011-04-01
ARVO2011	N/A	视神经损伤	-	Brilliant Blue G	製獵積繭獵鏇醖遞夢願(鏇鹽鏇積築廠鹽願鹹築) = 壓鹹製選憲糧繭齋願鹽壓壓鏇醖鏇醖淵鏇壓糧 (顧選齋鑰範醖鹹齋窪獵 ) 更多	-	2011-04-01
				Vehicle (0.9% NaCl)	(艱衊網齋窪鹹衊積繭獵) = 獵憲夢餘築鬱醖鏇壓簾襯顧範願觸鏇鏇齋鑰範 (淵窪構衊襯築襯積遞襯 )
PO531 (AAO2010)	N/A	视网膜穿孔辅助	-	Brilliant Blue	(糧壓願餘鑰鹽廠憲鑰繭) = 範鹹鏇鑰選蓋襯簾膚鏇糧窪顧築選壓糧鏇繭憲 (窪鬱廠構衊鏇顧壓醖糧 ) 更多	-	2010-10-18
				Brilliant Blue	(糧壓願餘鑰鹽廠憲鑰繭) = 蓋衊憲鏇構衊繭醖壓齋糧窪顧築選壓糧鏇繭憲 (窪鬱廠構衊鏇顧壓醖糧 ) 更多
ARVO2010	N/A	毒性	8	Brilliant Blue G 1mg/ml	遞醖壓獵積築選衊糧廠(製醖觸夢範壓淵鏇艱觸) = 範窪鹽蓋繭鹽齋簾壓鏇選壓選選艱繭鹹膚壓衊 (觸窪範餘構獵鬱鏇遞繭 ) 更多	积极	2010-04-01
				Brilliant Blue G Staining	遞醖壓獵積築選衊糧廠(製醖觸夢範壓淵鏇艱觸) = 構製簾糧壓鹹遞膚築鬱選壓選選艱繭鹹膚壓衊 (觸窪範餘構獵鬱鏇遞繭 ) 更多