Ceramics for Drug Delivery

Manzano, Miguel

doi:10.1002/9781118406748.ch12

Cited by 6 publications

(4 citation statements)

References 268 publications

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“…The use of AI-driven applications, such as predictive maintenance, has promise in reducing downtime and improving overall equipment effectiveness via the anticipation of equipment faults prior to their actual occurrence. The use of this proactive strategy not only serves to reduce interruptions in production, but also enhances the efficiency of resource allocation and decreases maintenance expenses (Manzano and Whitford, 2023). In addition, the use of artificial intelligence (AI) in conjunction with robotic automation and smart manufacturing systems allows for the efficient integration of data across the entire value chain.…”

Section: Ai In Pharmaceutical Manufacturingmentioning

confidence: 99%

Artificial Intelligence in the Pharmaceutical Sector of India: Future Prospects and Challenges

Kimta,

Dogra

2024

Preprint

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The pharmaceutical sector in India has emerged as a global leader, contributing significantly to the production of affordable generic drugs and vaccines. Despite its success, the industry faces challenges from early research and development stages to market deployment. This research paper explores the future prospects and challenges of integrating Artificial Intelligence (AI) into the Indian pharmaceutical sector. Methodologically, the research relies on secondary data from 2011 to 2019, collected from various published sources, primarily the Reserve Bank of India. The evaluation of performance was conducted using compound annual growth rate. AI has the potential to address longstanding issues, enhance operational efficiency, and reduce costs associated with drug discovery and development. Successful integration requires collaborative efforts from the public and private sectors, emphasizing resource allocation for education, infrastructure, regulatory reforms, and workforce development. The incorporation of AI presents a transformative opportunity for the Indian pharmaceutical sector, offering advancements in drug development, manufacturing, and quality control. Despite the promising prospects, the paper acknowledges challenges in implementing AI, including financial limitations, workforce competency, data security concerns, and regulatory complexities. The study emphasizes the need for strategic collaboration to ensure responsible and effective utilization of AI in the pharmaceutical industry.

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Section: Ai In Pharmaceutical Manufacturingmentioning

confidence: 99%

Artificial Intelligence in the Pharmaceutical Sector of India: Future Prospects and Challenges

Kimta,

Dogra

2024

Preprint

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“…Considering that in the case of bone cancer, the chemotherapeutic drugs should be administered and to reach the desired amounts of drug in the targeted tissue how much chemotherapeutic drug is in need. Without a doubt, systemic administration has devastating effects on other organs in the case of bone cancer [38]. On the other hand, localized controlled release can provide desired drug concentration in the targeted tissue and also it is able to enhance drug bioavailability [39,40].…”

Section: Localized Drug Deliverymentioning

confidence: 99%

Multifunctional Bone Scaffolds: From Regeneration to Bone Cancer Therapy

Foroughi

Bigham

Ghomi

et al. 2020

BJSTR

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Under the umbrella of bone scaffolds, there is a category called multifunctional scaffolds capable of addressing different bone-related issues-bone cancer and regeneration, simultaneously. Up to now, some techniques are being applied in clinics to deal with bone tumors. However, filling up a critical size bone defect caused by a tumor with a biomaterial to not only regenerate the defect, but also preventing recurrence of the tumor is still challenging. The present article is a mini-review introducing multifunctional scaffolds endowed with regeneration ability and more up-to-dated bone cancer therapies-hyperthermia, photothermal, and localized drug delivery.

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“…Aktywnym miejscem odpowiedzialnym za adsorpcję poprzez tworzenie wiązań wodorowych są powierzchniowe, strukturalne grupy hydroksylowe. Substancje lecznicze mogą ulegać adsorpcji zarówno na nanocząstkach hydroksyapatytu, granulkach oraz porowatych kształtkach [26,30]. Oczywiście, adsorpcja zależeć będzie od wielu czynników, między innymi od struktury związku adsorbowanego, powierzchni właściwej hydroksyapatytu, porowatości, pH, obecności innych jonów/substancji adsorbowanych.…”

Section: Wprowadzanie Substancji Leczniczejunclassified

“…Systemy uwalniania substancji leczniczych mogą być utworzone nie tylko z nieorganicznego hydroksyapatytu, ale także z kompozytów z polimerami [30]. W takich przypadkach można często wykorzystać obecność różnych grup funkcyjnych polimerów do utworzenia wiązań chemicznych z wprowadzaną substancją leczniczą.…”

Section: Wprowadzanie Substancji Leczniczejunclassified

Nowoczesne Systemy Dostarczania Antybiotyków Do Kości Na Bazie Hydroksyapatytu

Laskus¹,

Olmas²

2016

pps

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Wśród nowoczesnych materiałów stosowanych w implantologii i medycynie regeneracyjnej szczególne miejsce zajmuje hydroksyapatyt. Wykorzystuje się go m. in. jako materiał kościozastępczy, powłokę metalicznych implantów oraz składnik dokostnych biomateriałów kompozytowych. W ostatnich latach poszukuje się możliwości tworzenia na jego bazie implantów wielofunkcyjnych, które oprócz roli wypełniającej ubytek kostny mają za zadanie uwalniać substancję leczniczą bezpośrednio w miejscu implantacji. Celem tej pracy jest podsumowanie aktualnej wiedzy w zakresie otrzymywania i możliwości wykorzystania nowoczesnych apatytowych systemów dostarczających antybiotyki do kości.

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Ceramics for Drug Delivery

Cited by 6 publications

References 268 publications

Artificial Intelligence in the Pharmaceutical Sector of India: Future Prospects and Challenges

Artificial Intelligence in the Pharmaceutical Sector of India: Future Prospects and Challenges

Multifunctional Bone Scaffolds: From Regeneration to Bone Cancer Therapy

Nowoczesne Systemy Dostarczania Antybiotyków Do Kości Na Bazie Hydroksyapatytu

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