{"article":{"annotation":{"article_id":"umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026","available_at":"2026-10-15T23:48:47.757665Z","geography_revision":"ef6ee0010dda5fe7b240fd514749b43e214c57da73222d2e40ec83b276dd0977","id":"afa1a5731f926a9f510fc4a9cf5b9d6ddaf36d5befad68a2a66548fc53205ce3","input_sha256":"aaeb70ccb64356a655e0b1c370352da820a13c8cb0e0bbd875f7a0168f9aaa30","limitations":["Rule-derived subjects are candidates, not verified editorial labels or calibrated model probabilities.","Coverage is distinct from event location. 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Ein neuer Zuschuss des National Eye Institute über 2,35 Millionen US-Dollar unterstützt präklinische Laborarbeit an länger wirkenden Augenmedikamenten.","Das Projekt baut auf einer Studie von 2023 auf, in der ein Peptid aus 12 Aminosäuren die Verweildauer des Glaukommedikaments Brimonidin im Auge von acht auf bis zu 18 Tage verlängerte. Das neue Projekt hat noch keine klinisch getesteten Tropfen oder eine Behandlung hervorgebracht, die Injektionen ersetzt."],"sections":[]},"corrections":[],"country":"US","data":{"blocks":[{"description":{"ar":"ستستخدم ماريلاند وجونز هوبكنز منحة بقيمة 2.35 مليون دولار لتطوير ببتيدات مصممة بالتعلم الآلي لأدوية عينية أطول مفعولاً.","de":"Maryland und Johns Hopkins nutzen einen Zuschuss von 2,35 Millionen US-Dollar für maschinell entwickelte Peptide länger wirkender Augenmedikamente.","en":"Maryland and Johns Hopkins will use a $2.35 million grant to develop machine-learning-designed peptides for longer-lasting eye medicines.","es":"Maryland y Johns Hopkins usarán una subvención de 2,35 millones de dólares para diseñar con aprendizaje automático péptidos para medicamentos oculares de mayor duración.","fr":"Maryland et Johns Hopkins utiliseront une subvention de 2,35 millions de dollars pour concevoir par apprentissage automatique des peptides destinés à prolonger l’action de médicaments oculaires.","pt":"Maryland e Johns Hopkins usarão uma bolsa de US$ 2,35 milhões para desenvolver peptídeos projetados por aprendizado de máquina para medicamentos oculares de ação prolongada.","tr":"Maryland ve Johns Hopkins, daha uzun etkili göz ilacı taşıyıcı peptitleri makine öğrenimiyle geliştirmek için 2,35 milyon dolarlık hibeyi kullanacak."},"id":"research-announcement","items":[{"date":"2026-10-14","description":{"ar":"ستستخدم ماريلاند وجونز هوبكنز منحة بقيمة 2.35 مليون دولار لتطوير ببتيدات مصممة بالتعلم الآلي لأدوية عينية أطول مفعولاً.","de":"Maryland und Johns Hopkins nutzen einen Zuschuss von 2,35 Millionen US-Dollar für maschinell entwickelte Peptide länger wirkender Augenmedikamente.","en":"Maryland and Johns Hopkins will use a $2.35 million grant to develop machine-learning-designed peptides for longer-lasting eye medicines.","es":"Maryland y Johns Hopkins usarán una subvención de 2,35 millones de dólares para diseñar con aprendizaje automático péptidos para medicamentos oculares de mayor duración.","fr":"Maryland et Johns Hopkins utiliseront une subvention de 2,35 millions de dollars pour concevoir par apprentissage automatique des peptides destinés à prolonger l’action de médicaments oculaires.","pt":"Maryland e Johns Hopkins usarão uma bolsa de US$ 2,35 milhões para desenvolver peptídeos projetados por aprendizado de máquina para medicamentos oculares de ação prolongada.","tr":"Maryland ve Johns Hopkins, daha uzun etkili göz ilacı taşıyıcı peptitleri makine öğrenimiyle geliştirmek için 2,35 milyon dolarlık hibeyi kullanacak."},"label":{"ar":"تصميم ببتيدات لأدوية العين بالتعلم الآلي","de":"Maschinelles Lernen entwirft Peptide für Augenmedikamente","en":"Machine learning to design peptides for eye medicines","es":"Aprendizaje automático diseña péptidos para medicamentos oculares","fr":"L’apprentissage automatique conçoit des peptides pour médicaments oculaires","pt":"Aprendizado de máquina projeta peptídeos para medicamentos oculares","tr":"Göz ilaçları için makine öğrenimiyle peptit tasarımı"},"status":"occurred"}],"methodology":{"ar":"يتبع تاريخ الحدث تاريخ إعلان المؤسسة المصدر. وتقتصر النتائج على ما ورد في الدراسة أو تقرير المؤسسة؛ ولا تُعرض التطبيقات المحتملة كمنتجات مكتملة أو نتائج سريرية.","de":"Das Ereignisdatum folgt der Mitteilung der Quellinstitution. 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Os resultados limitam-se ao estudo ou relatório institucional; aplicações potenciais não são apresentadas como produtos concluídos ou resultados clínicos.","tr":"Olay, kaynak kurumun duyuru tarihidir. Metindeki sonuçlar çalışma veya kurum açıklamasında bildirilen kapsamla sınırlıdır; uygulama olasılıkları gerçekleşmiş ürün ya da klinik sonuç olarak sunulmaz."},"sourceUrls":["https://www.umiacs.umd.edu/news-events/news/how-ai-could-turn-invasive-eye-injections-simple-eye-drops"],"title":{"ar":"إعلان بحثي","de":"Forschungsmitteilung","en":"Research announcement","es":"Anuncio de investigación","fr":"Annonce de recherche","pt":"Anúncio de pesquisa","tr":"Araştırma duyurusu"},"type":"events","updatedAt":"2026-10-15T23:36:36Z"},{"description":{"ar":"ستستخدم ماريلاند وجونز هوبكنز منحة بقيمة 2.35 مليون دولار لتطوير ببتيدات مصممة بالتعلم الآلي لأدوية عينية أطول مفعولاً.","de":"Maryland und Johns Hopkins nutzen einen Zuschuss von 2,35 Millionen US-Dollar für maschinell entwickelte Peptide länger wirkender Augenmedikamente.","en":"Maryland and Johns Hopkins will use a $2.35 million grant to develop machine-learning-designed peptides for longer-lasting eye medicines.","es":"Maryland y Johns Hopkins usarán una subvención de 2,35 millones de dólares para diseñar con aprendizaje automático péptidos para medicamentos oculares de mayor duración.","fr":"Maryland et Johns Hopkins utiliseront une subvention de 2,35 millions de dollars pour concevoir par apprentissage automatique des peptides destinés à prolonger l’action de médicaments oculaires.","pt":"Maryland e Johns Hopkins usarão uma bolsa de US$ 2,35 milhões para desenvolver peptídeos projetados por aprendizado de máquina para medicamentos oculares de ação prolongada.","tr":"Maryland ve Johns Hopkins, daha uzun etkili göz ilacı taşıyıcı peptitleri makine öğrenimiyle geliştirmek için 2,35 milyon dolarlık hibeyi kullanacak."},"id":"reported-observations","items":[{"basis":"observed","label":{"ar":"منحة البحث المعلنة من NEI","de":"Angekündigte NEI-Forschungsförderung","en":"Announced NEI research grant","es":"Subvención NEI anunciada","fr":"Subvention de recherche NEI annoncée","pt":"Apoio de pesquisa NEI anunciado","tr":"Açıklanan NEI araştırma hibesi"},"measure":{"aggregation":"unspecified","frequency":"irregular","geography":"united-states","id":"umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026-grant","periodRole":"announcement-date","unitCode":"million-usd"},"period":"2026-10-14","unit":"million USD","value":2.35,"valueQualifier":"exact"}],"methodology":{"ar":"هذه منح أو مؤشرات دراسية أعلنها المصدر؛ والتاريخ يوم التقرير. المنح ليست إنفاقاً، وتظل نتائج التصنيف والكيمياء ضمن نطاق التجربة أو النموذج المعلن.","de":"Dies sind angekündigte Förderungen oder Studienkennzahlen; das Datum bezeichnet den Berichtstag. 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Hibe harcama değildir; sınıflandırma ve kimya bulguları bildirilen deney/model kapsamıyla sınırlıdır."},"sourceUrls":["https://www.umiacs.umd.edu/news-events/news/how-ai-could-turn-invasive-eye-injections-simple-eye-drops"],"title":{"ar":"المؤشرات الواردة في المصدر","de":"Von der Quelle berichtete Kennzahlen","en":"Source-reported indicators","es":"Indicadores de la fuente","fr":"Indicateurs de la source","pt":"Indicadores da fonte","tr":"Kaynakta bildirilen 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of Maryland Institute for Advanced Computer Studies","publishedAt":"2026-10-14","url":"https://www.umiacs.umd.edu/news-events/news/how-ai-could-turn-invasive-eye-injections-simple-eye-drops"}],"summary":"Maryland und Johns Hopkins nutzen einen Zuschuss von 2,35 Millionen US-Dollar für maschinell entwickelte Peptide länger wirkender Augenmedikamente.","text":"Maryland und Johns Hopkins nutzen einen Zuschuss von 2,35 Millionen US-Dollar für maschinell entwickelte Peptide länger wirkender Augenmedikamente.\n\nForschende der University of Maryland und Johns Hopkins wollen maschinelles Lernen nutzen, um Wirkstofftransport-Peptide zu entwickeln, die an Augenmelanin binden, Gewebe durchdringen und ungiftig sein sollen. Ein neuer Zuschuss des National Eye Institute über 2,35 Millionen US-Dollar unterstützt präklinische Laborarbeit an länger wirkenden Augenmedikamenten.\n\nDas Projekt baut auf einer Studie von 2023 auf, in der ein Peptid aus 12 Aminosäuren die Verweildauer des Glaukommedikaments Brimonidin im Auge von acht auf bis zu 18 Tage verlängerte. Das neue Projekt hat noch keine klinisch getesteten Tropfen oder eine Behandlung hervorgebracht, die Injektionen ersetzt.","title":"Maschinelles Lernen entwirft Peptide für Augenmedikamente","topics":[],"translations":[{"api_url":"https://newsverum.com/api/v1/articles/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026?lang=tr","language":"tr","url":"https://newsverum.com/tr/news/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026"},{"api_url":"https://newsverum.com/api/v1/articles/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026?lang=en","language":"en","url":"https://newsverum.com/en/news/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026"},{"api_url":"https://newsverum.com/api/v1/articles/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026?lang=ar","language":"ar","url":"https://newsverum.com/ar/news/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026"},{"api_url":"https://newsverum.com/api/v1/articles/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026?lang=fr","language":"fr","url":"https://newsverum.com/fr/news/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026"},{"api_url":"https://newsverum.com/api/v1/articles/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026?lang=es","language":"es","url":"https://newsverum.com/es/news/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026"},{"api_url":"https://newsverum.com/api/v1/articles/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026?lang=de","language":"de","url":"https://newsverum.com/de/news/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026"},{"api_url":"https://newsverum.com/api/v1/articles/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026?lang=pt","language":"pt","url":"https://newsverum.com/pt/news/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026"}],"url":"https://newsverum.com/de/news/umd-machine-learning-peptide-longer-lasting-eye-drug-delivery-2026"},"version":"1"}